diff --git a/.github/workflows/gh-pages.yml b/.github/workflows/gh-pages.yml
index df555d6..a0b76ad 100644
--- a/.github/workflows/gh-pages.yml
+++ b/.github/workflows/gh-pages.yml
@@ -1,9 +1,13 @@
 name: GitHub Pages
 
 on:
+  # Allows you to run this workflow manually from the Actions tab
+  workflow_dispatch:
+  
+  # Also does automated updates on PR
   push:
     branches:
-      - master
+      - main
   pull_request:
 
 jobs:
@@ -14,15 +18,15 @@ jobs:
     concurrency:
       group: ${{ github.workflow }}-${{ github.ref }}
     steps:
-      - uses: actions/checkout@v3
+      - uses: actions/checkout@v4
 
       - name: Setup Node
-        uses: actions/setup-node@v3
+        uses: actions/setup-node@v4
         with:
-          node-version: "16"
+          node-version: "21"
 
       - name: Cache dependencies
-        uses: actions/cache@v3
+        uses: actions/cache@v4
         with:
           path: ~/.npm
           key: ${{ runner.os }}-node-${{ hashFiles('**/package-lock.json') }}
@@ -37,4 +41,4 @@ jobs:
         if: github.ref == 'refs/heads/master'
         with:
           github_token: ${{ secrets.GITHUB_TOKEN }}
-          publish_dir: ./dist
\ No newline at end of file
+          publish_dir: ./dist
diff --git a/data/export-definitions.js b/data/export-definitions.js
index 365d0b1..4af73e1 100644
--- a/data/export-definitions.js
+++ b/data/export-definitions.js
@@ -3,7 +3,7 @@ const exportDefinitions = {
     "term": "0x API",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The 0x API is the liquidity and data endpoint for DeFi. It lets you access aggregated liquidity from tens of on-chain and off-chain decentralized exchange networks, across multiple blockchains. It comes with many parameters to customize your requests for your application and your users:\n\nAPI References
   </>
@@ -41,7 +41,7 @@ const exportDefinitions = {
     "term": "1inch",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Decentralized exchange aggregator that aims to provide traders with the best price and lowest fees on their transactions.  1inch
   </>
@@ -79,7 +79,7 @@ const exportDefinitions = {
     "term": "3Box Labs",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The inventors and core developers of Ceramic, the first decentralized network for composable data. Ceramic makes it possible for developers to build data-rich Web3 applications without needing a traditional database, and in the process, unlocks data composability and portability across every application within the Web3 ecosystem\n\n3Box Labs
   </>
@@ -117,7 +117,7 @@ const exportDefinitions = {
     "term": "51% Attack",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     If more than half the computer power or mining hash rate on a network is run by a single person or a single group of people, then a 51% attack is in operation. This means that this entity has full control of the network and can negatively affect a cryptocurrency by taking over mining operations, stopping or changing transactions, and double-spending coins.
   </>
@@ -155,7 +155,7 @@ const exportDefinitions = {
     "term": "Aave",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Aave is an open source protocol to create non-custodial liquidity markets to earn interest on supplying and borrowing assets with a variable or stable interest rate.
   </>
@@ -193,7 +193,7 @@ const exportDefinitions = {
     "term": "Account",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Accounts are records or statements of financial expenditure and receipts that relate to a particular period or purpose.  \n\nIn the world of crypto, this is referred to as a cryptocurrency account. It gives you certain benefits, and it is a requirement in order to use just about any cryptocurrency exchange. A cryptocurrency account gives you access to hot wallets, which allow you to quickly buy, sell and trade cryptocurrencies, and it gives you an identity or a way through which you can hold onto your public keys when it comes to the aforementioned process. \n\nAccount
   </>
@@ -231,7 +231,7 @@ const exportDefinitions = {
     "term": "ACH transfer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ACH (Automated Clearing House) bank transfer is an electronic payment method that allows money to be transferred between bank accounts in the United States. It is a system that processes transactions in batches and is commonly used for direct deposit of paychecks, bill payments, and online money transfers.
   </>
@@ -269,7 +269,7 @@ const exportDefinitions = {
     "term": "address; public address; account address",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Used to send and receive transactions on a blockchain network, and to identify different users; also referred to as a 'public key'. An address is an alphanumeric character string, which can also be represented as a scannable QR code. In Ethereum, the address begins with 0x. For example: 0x06A85356DCb5b307096726FB86A78c59D38e08ee
   </>
@@ -307,7 +307,7 @@ const exportDefinitions = {
     "term": "Advanced",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'Advanced gas controls': it is an optional feature in the MetaMask wallet,  that gives you more control over the gas you pay in MetaMask.\n\nUsing advanced gas controls
   </>
@@ -345,7 +345,7 @@ const exportDefinitions = {
     "term": "aggregator",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An aggregator is a platform that aggregates liquidity from multiple decentralized exchanges (DEXs) or other sources of liquidity to provide users with the best prices and the most efficient execution for their trades.
   </>
@@ -383,7 +383,7 @@ const exportDefinitions = {
     "term": "Aggressive",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'gas fees', Aggressive is a category that enables you to be more forceful with your transaction, and have it completed as soon as possible. There are three categories available in MetaMask: Low, Market, Aggressive\n\nUsing advanced gas controls
   </>
@@ -421,7 +421,7 @@ const exportDefinitions = {
     "term": "Agoric",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Agoric is a Proof-of-Stake blockchain that functions as a smart contract platform, enabling developers to deploy decentralized applications. The platform is built on a variant of the JavaScript programming language, which is a widely used language for web development.
   </>
@@ -459,7 +459,7 @@ const exportDefinitions = {
     "term": "air-gapping",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A method for securing computers in which the device does not connect to the internet or any other open networks. Many hardware wallets use air-gapping as a security mechanism to keep users' private keys or Secret Recovery Phrase offline, and thus safer from any kind of attack.
   </>
@@ -497,7 +497,7 @@ const exportDefinitions = {
     "term": "airdrop",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.
   </>
@@ -535,7 +535,7 @@ const exportDefinitions = {
     "term": "airdrop (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.
   </>
@@ -573,7 +573,7 @@ const exportDefinitions = {
     "term": "AirGap Vault",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     AirGap Vault is a crypto wallet application that provides secure storage for digital assets. The wallet is designed to be used in conjunction with AirGap's other wallet app, AirGap Wallet, which is used for sending and receiving transactions.
   </>
@@ -611,7 +611,7 @@ const exportDefinitions = {
     "term": "AirSwap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     AirSwap is a decentralized exchange (DEX) platform for trading digital assets, operating on Ethereum and Layer-2s like Polygon, Arbitrum.
   </>
@@ -649,7 +649,7 @@ const exportDefinitions = {
     "term": "algorithm",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An algorithm is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation.
   </>
@@ -687,7 +687,7 @@ const exportDefinitions = {
     "term": "altcoin",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     As Bitcoin was the first cryptocurrency, the term 'altcoin' was created to refer to 'any cryptocurrency other than Bitcoin'. The term is less used in Ethereum or smart contract-enabled blockchain communities. Many altcoins are forks of Bitcoin with minor changes (e.g., Litecoin). See also 'fork'.
   </>
@@ -725,7 +725,7 @@ const exportDefinitions = {
     "term": "AML (Anti-Money Laundering)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A set of international laws enacted to diminish the potential for criminal organizations or individuals to launder money. These rules and laws are applied to cryptocurrencies with varying effects in different jurisdictions.
   </>
@@ -763,7 +763,7 @@ const exportDefinitions = {
     "term": "API",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Application Programming Interface. A software intermediary that allows two separate applications to communicate with one another. APIs define methods of communication between various components.
   </>
@@ -801,7 +801,7 @@ const exportDefinitions = {
     "term": "API (Application Programming Interface)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A predefined set of requests that one program can make to another in order to transfer information between them. When you hear someone saying that an application is 'getting information from' another source, it's often doing so through an API.
   </>
@@ -839,7 +839,7 @@ const exportDefinitions = {
     "term": "AppChain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blockchain network custom-made and optimized for a specific application's needs. An appchain is generally not a full-blown blockchain, but offers an optimized execution environment for the application, while still relying on an underlying blockchain for consensus. See also: 'blockchain trilemma', 'modular blockchain', 'Layer 2', 'Layer 3'.
   </>
@@ -877,7 +877,7 @@ const exportDefinitions = {
     "term": "Apple Pay",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Apple Pay is a mobile payment service by Apple Inc. that allows users to make payments in person, in iOS apps, and on the web.
   </>
@@ -915,7 +915,7 @@ const exportDefinitions = {
     "term": "Arbitrum",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Arbitrum is a layer 2 scaling solution for Ethereum, designed to improve the scalability and reduce the cost of transactions on the Ethereum network. It is an implementation of the Optimistic Rollup technology, which is a type of scaling solution that uses off-chain computation to reduce the load on the main Ethereum network.
   </>
@@ -953,7 +953,7 @@ const exportDefinitions = {
     "term": "ASIC (Application Specific Integrated Circuit)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ASICs are silicon chips designed to do a specific task. In ASICs used for mining cryptocurrencies, the ASIC will perform a calculation to find values that provide a desired solution when placed into a hashing algorithm.
   </>
@@ -991,7 +991,7 @@ const exportDefinitions = {
     "term": "asset provenance",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Asset provenance refers to the origin, history, and ownership of a particular digital asset on the blockchain. In the crypto context, asset provenance refers to the ability to trace the ownership and transfer of a specific cryptocurrency or token from its creation or minting to its current holder.
   </>
@@ -1029,7 +1029,7 @@ const exportDefinitions = {
     "term": "attestation",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Attestation in crypto refers to the process of verifying the authenticity or validity of a piece of information or a transaction on a blockchain network. Attestation is an important aspect of blockchain technology, as it helps to ensure the integrity and security of the network.\n\nIn general, attestation involves a trusted third-party, or attester, verifying the authenticity of a transaction or piece of information. This can include verifying the identity of users on the network, verifying the accuracy of data, or validating the authenticity of a digital signature.\n\nOne example of attestation in crypto is the use of digital signatures to authenticate transactions on a blockchain network. Digital signatures use public key cryptography to verify the identity of the sender and ensure that the transaction has not been tampered with.\n\nAnother example of attestation in crypto is the use of Proof of Stake (PoS) consensus mechanisms, which rely on validators to attest to the validity of transactions on the network. Validators are responsible for verifying transactions and adding new blocks to the blockchain, and they are rewarded with cryptocurrency for their efforts.\n\nFor more info, see Attestation in Ethereum.
   </>
@@ -1067,7 +1067,7 @@ const exportDefinitions = {
     "term": "Avalanche",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Avalanche is a decentralized blockchain platform designed to provide fast and secure transactions for digital assets and applications. The platform uses a consensus mechanism known as Avalanche consensus, which allows for high throughput, low latency, and customizable blockchains.
   </>
@@ -1105,7 +1105,7 @@ const exportDefinitions = {
     "term": "Axie Infinity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Axie Infinity is a non-fungible token-based online video game known for its in-game economy, which uses Ethereum-based cryptocurrencies.
   </>
@@ -1143,7 +1143,7 @@ const exportDefinitions = {
     "term": "Base fee",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Every block has a reserve price known as the 'base fee'. It is the minimum gas fee a user must pay to include a transaction in the next block.
   </>
@@ -1181,7 +1181,7 @@ const exportDefinitions = {
     "term": "Beacon Chain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Beacon Chain was one element built in the infrastructure being built to scale Ethereum. It was the foundation for a transition from a Proof of Work (PoW) consensus mechanism to Proof of Stake (PoS). For more information, see this guide.
   </>
@@ -1219,7 +1219,7 @@ const exportDefinitions = {
     "term": "Binance",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Binance is a centralized cryptocurrency exchange which operates in multiple countries, as well as two different blockchains, the BNB Chain and the BNB Smart Chain.
   </>
@@ -1257,7 +1257,7 @@ const exportDefinitions = {
     "term": "Bitcoin / bitcoin (BTC)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Bitcoin is a decentralized digital currency or cryptocurrency, which was created in 2009 by an unknown person or group using the name Satoshi Nakamoto. Bitcoin transactions are recorded on a public digital ledger called the blockchain, which is maintained by a network of computers worldwide. Bitcoin transactions are made directly between users without the need for intermediaries like banks or financial institutions. Users can send and receive Bitcoins using digital wallets.\n\nOne of the key features of Bitcoin is its limited supply. There will only ever be 21 million Bitcoins in existence, which helps to prevent inflation and maintain the value of the currency. The plural of bitcoin is just bitcoin; the abbreviation is BTC, with a space: I have 250 BTC.
   </>
@@ -1295,7 +1295,7 @@ const exportDefinitions = {
     "term": "block (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     If we think of a blockchain as consisting of a ledger that is being constantly synced between any number of different nodes (indeed, 'distributed ledger technology' is another phrase used to describe it), imagine that after a certain number of transactions have been added to the ledger and consensus has been reached among the nodes that the transactions are valid, then they are cryptographically locked into a 'block' and officially recorded; this 'block' forms the basis for the next one; in this way, they are all linked together in a chain, hence--blockchain.
   </>
@@ -1333,7 +1333,7 @@ const exportDefinitions = {
     "term": "block explorer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be “readable by anyone”, finding the specific information you’re interested in may require indexing data off the blockchain–that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.
   </>
@@ -1371,7 +1371,7 @@ const exportDefinitions = {
     "term": "block height",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The number of blocks connected together in the blockchain. For example, Height 0 would be the very first block, which is also called the Genesis Block.
   </>
@@ -1409,7 +1409,7 @@ const exportDefinitions = {
     "term": "block reward",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The reward given to a miner or validator after it has successfully hashed a transaction block. Block rewards can be a mixture of coins and transaction fees. The composition depends on the policy used by the cryptocurrency in question, and whether all of the coins have already been successfully mined. The current block reward for the Bitcoin network is 12.5 bitcoins per block.
   </>
@@ -1447,7 +1447,7 @@ const exportDefinitions = {
     "term": "block time",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     When we talk about 'block time', we're referring to how long it takes for a block of transactions (see 'block') to be confirmed by the network, either by miners under PoW or by validators under PoS. See also 'Proof of Work', 'Proof of Stake'.
   </>
@@ -1485,7 +1485,7 @@ const exportDefinitions = {
     "term": "blockchain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A digital ledger comprised of unchangeable, digitally recorded data in packages called blocks. Each block is ‘chained’ to the next block using a cryptographic signature. Ethereum is a public blockchain, open to the world; its digital ledger is distributed, or synced, between many nodes; these nodes arrive at consensus regarding whether a transaction is valid before encrypting it, along with a number of other valid transactions, into a block. For more on blockchain technology, see here. See also 'block'.
   </>
@@ -1523,7 +1523,7 @@ const exportDefinitions = {
     "term": "Blockchain explorer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be 'readable by anyone', finding the specific information you're interested in may require indexing data off the blockchain--that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.
   </>
@@ -1561,7 +1561,7 @@ const exportDefinitions = {
     "term": "blockchain trilemma",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Tradeoffs facing those building public blockchain networks vis-a-vis three elements: decentralization, security, and scalability (or speed). These three elements are either necessary or desireable in public distributed networks, and often, designing a system that optimizes for one compromises on another.
   </>
@@ -1599,7 +1599,7 @@ const exportDefinitions = {
     "term": "BNB Chain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Build N Build (BNB) Chain is a distributed blockchain network upon which developers and innovators can build decentralized applications (DApps) as part of the move to Web3. BNB chain
   </>
@@ -1637,7 +1637,7 @@ const exportDefinitions = {
     "term": "bounty / bug bounty",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A reward offered for exposing vulnerabilities and issues in computer code.
   </>
@@ -1675,7 +1675,7 @@ const exportDefinitions = {
     "term": "brain wallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blockchain account generated from a seed phrase or password or passphrase of your choosing. Humans are not capable of generating enough entropy, or randomness, and therefore the wallets derived from these phrases are insecure; brain wallets can be brute forced by super fast computers. For this reason, brain wallet are insecure and should not be used. See also 'Seed phrase / Secret Recovery Phrase'.
   </>
@@ -1713,7 +1713,7 @@ const exportDefinitions = {
     "term": "Brave",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Brave is a free and open-source web browser developed by Brave Software, Inc., based on the Chromium web browser. It has a built-in crypto wallet that allows users to connect to the web3 ecosystem.
   </>
@@ -1751,7 +1751,7 @@ const exportDefinitions = {
     "term": "Bridge",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A bridge is a tool built to move assets from one network to another. It’s also a verb, used to describe that action: “I bridged my ETH from Ethereum mainnet to Arbitrum.” Not all bridges are created equal, and you should be informed about what you’re doing before you use one. \nField Guide to bridges \n\nSee also MetaMask Bridge
   </>
@@ -1789,7 +1789,7 @@ const exportDefinitions = {
     "term": "BTC",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Abbreviation for Bitcoin
   </>
@@ -1827,7 +1827,7 @@ const exportDefinitions = {
     "term": "BUIDL",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Ostensibly coined (see what we did there) by Gitcoin's Kevin Owocki. It reflects the Ethereum-focused mindset of not just investing in a cryptocurrency as a store of value, but rather investing in it as an ecosystem and a platform for public goods and software; it complements, in this sense, the now-infamous HODL.
   </>
@@ -1865,7 +1865,7 @@ const exportDefinitions = {
     "term": "bytecode",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Bytecode is a 'low-level' computer language, that is, meant to be processed by a computer, rather than a 'high-level', more human-readable, language. In Ethereum, higher-level Solidity is compiled into Ethereum bytecode, which is read by the Ethereum Virtual Machine (EVM).
   </>
@@ -1903,7 +1903,7 @@ const exportDefinitions = {
     "term": "Byzantine fault tolerance",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A Byzantine fault, or failure, is one of the most difficult failures to deal with in computer systems; this is because it takes into account the possibility that the information used to determine the current state of the system may--or may not--be reliable. While applicable in many realms of technology, this becomes of particular interest in public blockchain systems: how do we ensure that we can agree on the current state of the network when there is an incentive, often a significant financial incentive, to subvert the state of the network for one's own profit? On a more basic level, if we're coordinating a network running around the world on all kinds of different hardware and software, there are all kinds or problems that can occur that hinder the network's ability to reach consensus on its current state. Therefore, a network that has been designed and implemented to be resistant to these sorts of failures, either due to malicious intent or technical failure, is said to be Byzantine Fault Tolerant.
   </>
@@ -1941,7 +1941,7 @@ const exportDefinitions = {
     "term": "Byzantium fork",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A 'hard fork' in the Ethereum network that occurred in October of 2017. For detailled information, see here; see also 'hard fork'.
   </>
@@ -1979,7 +1979,7 @@ const exportDefinitions = {
     "term": "Celo",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Celo is a platform designed to allow mobile users around the world to make simple financial transactions with cryptocurrency. The platform has its own blockchain and two native tokens: CELO and cUSD
   </>
@@ -2017,7 +2017,7 @@ const exportDefinitions = {
     "term": "Centralized exchange (CEX)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A centralized exchange (CEX) is a cryptocurrency exchange that is operated and controlled by a centralized entity. In a CEX, the exchange company or organization acts as an intermediary between buyers and sellers, holding and managing the assets on behalf of its users.\nCentralized exchanges typically offer a wide range of trading pairs, with many popular cryptocurrencies available for trade. They also usually have high liquidity and offer advanced trading features such as margin trading, order types, and charting tools.\nHowever, centralized exchanges also have several drawbacks. They are often targeted by hackers, as the centralized nature of the exchange makes them a single point of failure. They also require users to trust the exchange to hold their funds securely and execute trades fairly, which can be a source of concern for some users.
   </>
@@ -2055,7 +2055,7 @@ const exportDefinitions = {
     "term": "CEX",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'Centralized Exchange'.
   </>
@@ -2093,7 +2093,7 @@ const exportDefinitions = {
     "term": "chain ID",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A chain ID is a unique identifier that represents a blockchain network. We use it to distinguish different blockchain networks from each other and to ensure that transactions and messages are sent to the correct network.\nEthereum networks have two identifiers, a network ID and a chain ID. Although they often have the same value, they have different uses.\n\nPeer-to-peer communication between nodes uses the network ID, while the transaction signature process uses the chain ID
   </>
@@ -2131,7 +2131,7 @@ const exportDefinitions = {
     "term": "Chrome",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Internet browser.
   </>
@@ -2169,7 +2169,7 @@ const exportDefinitions = {
     "term": "client (Ethereum or other compatible blockchain)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In computing in general, a 'client' is a program, running on a local computer, that is accessing data made available by a remote computer. In public blockchain networks, a 'client' is the software that actually does the work of syncing block data, confirming transactions, and participating in network consensus. A client usually includes a cryptocurrency software wallet. ConsenSys has supported efforts to maintain the Ethereum clients of Besu and Teku; see an up-to-date list of Ethereum clients here.
   </>
@@ -2207,7 +2207,7 @@ const exportDefinitions = {
     "term": "Codefi",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Derived from “Commerce & Decentralized Finance”, Codefi, part of ConsenSys, builds applications for commerce and financial use cases. Currently known as Consensys Staking
   </>
@@ -2245,7 +2245,7 @@ const exportDefinitions = {
     "term": "coin",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The term 'coin' has some nuances. Strictly speaking, a 'coin' could be defined as: A fungible token (all of them identical) issued on a blockchain, either as the network's transactional token, or through a smart contract deployed to that network. Some people may use 'coins' as shorthand for 'bitcoin'; the immortal aphorism 'not your keys, not your coins' refers to bitcoins. Another thing to keep in mind is that, while coins are put forward as some sort of representation of value, that value can vary wildly from one 'coin' to another. A coin may represent the value of the computational resources of the network, or it may be 'pegged' to represent fiat currency value, or it may float according to the value placed on immaterial resources like NFTs, membership, or digital goods, to name a few.
   </>
@@ -2283,7 +2283,7 @@ const exportDefinitions = {
     "term": "Coinbase Pay",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Coinbase Pay is a payment feature that allows you to buy or transfer supported crypto on Coinbase.com directly from self-custody wallets (like MetaMask) and dapps.
   </>
@@ -2321,7 +2321,7 @@ const exportDefinitions = {
     "term": "cold storage",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     cold wallet/cold storage: An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub:\nHardware Wallet Hub
   </>
@@ -2359,7 +2359,7 @@ const exportDefinitions = {
     "term": "cold wallet / cold storage",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub.
   </>
@@ -2397,7 +2397,7 @@ const exportDefinitions = {
     "term": "Community Platform",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A community platform is a dedicated virtual space where people who share the same goals, interests, or motivations can connect and build relationships.\n\nMetaMask's community platform can be accessed here:\nMetaMask Community
   </>
@@ -2435,7 +2435,7 @@ const exportDefinitions = {
     "term": "Compiling",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     There are many languages in computing and software programming. In general, 'low-level' languages are those actually processed by the computer's operating system or processor, while 'high-level' languages are those typed in by software developers making programs. Compiling, then, is converting code written in a high-level programming language (e.g., Solidity) into a lower-level language (e.g., EVM bytecode).
   </>
@@ -2473,7 +2473,7 @@ const exportDefinitions = {
     "term": "Compound",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Compound is a decentralized, blockchain-based protocol that allows you to lend and borrow crypto — and have a say in its governance with its native COMP token.
   </>
@@ -2511,7 +2511,7 @@ const exportDefinitions = {
     "term": "confirmation",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A confirmation happens when a network has verified a blockchain transaction. Under a Proof of Work (PoW) consensus mechanism, this happens through a process known as mining; under Proof of Stake (PoS), the process is known as validation. Once a transaction is successfully confirmed, it theoretically cannot be reversed or double spent. The more confirmations a transaction has, the harder it becomes to perform a double spend attack.
   </>
@@ -2549,7 +2549,7 @@ const exportDefinitions = {
     "term": "consensus",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The process used by a group of peers, or nodes, on a blockchain network to agree on the validity of transactions submitted to the network. Dominant consensus mechanisms are Proof of Work (PoW) and Proof of Stake (PoS).
   </>
@@ -2587,7 +2587,7 @@ const exportDefinitions = {
     "term": "Consensus client",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A consensus client is a component of a blockchain node that is responsible for validating and verifying transactions and blocks in the network. It communicates with other nodes to reach consensus on the current state of the blockchain and to ensure that all nodes have a consistent copy of the ledger.\n\nThere are various types of consensus mechanisms used in blockchain networks, including proof of work (PoW), proof of stake (PoS), and delegated proof of stake (DPoS). The consensus client implements the specific consensus mechanism used by the network and ensures that all nodes follow the rules and reach agreement on the current state of the blockchain.
   </>
@@ -2625,7 +2625,7 @@ const exportDefinitions = {
     "term": "Consensus layer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The consensus layer is responsible for validating and verifying transactions and blocks, and for coordinating communication between nodes to achieve consensus. In a blockchain network, the consensus layer is implemented by the consensus protocol or algorithm that defines how new blocks are added to the chain and how the network reaches agreement on the current state of the ledger.
   </>
@@ -2663,7 +2663,7 @@ const exportDefinitions = {
     "term": "Consensus mechanism",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Consensus mechanisms (also known as consensus protocols or consensus algorithms) allow distributed systems (networks of computers) to work together and stay secure.
   </>
@@ -2701,7 +2701,7 @@ const exportDefinitions = {
     "term": "Consensys",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Short for Consensus Systems, ConsenSys is the software engineering leader of the blockchain space.
   </>
@@ -2739,7 +2739,7 @@ const exportDefinitions = {
     "term": "Constantinople fork",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     One of the 'hard forks' made to the Ethereum network, in February 2019. For more detailed information, see here; see also 'hard fork'.
   </>
@@ -2777,7 +2777,7 @@ const exportDefinitions = {
     "term": "contract",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See smart contract
   </>
@@ -2815,7 +2815,7 @@ const exportDefinitions = {
     "term": "Contract account",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An account containing code that executes whenever it receives a transaction from another account (EOA or contract).
   </>
@@ -2853,7 +2853,7 @@ const exportDefinitions = {
     "term": "CoolWallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A crypto hardware wallet for Bitcoin, Ethereum, Litecoin, Bitcoin Cash, and ERC20 Token.
   </>
@@ -2891,7 +2891,7 @@ const exportDefinitions = {
     "term": "crypto asset",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.
   </>
@@ -2929,7 +2929,7 @@ const exportDefinitions = {
     "term": "crypto bounties",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Crypto bounties are an important rewards mechanism that blockchain projects utilize in order to secure the successful accomplishments of certain tasks required by the network. Initially, bounties were intended as a marketing tool to attract users to participate in performing validation services for blockchain projects. Today, crypto bounties have developed significantly beyond the purpose of a simple marketing tool. crypto bounties
   </>
@@ -2967,7 +2967,7 @@ const exportDefinitions = {
     "term": "crypto fund",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A crypto fund is a type of investment fund that focuses on investing in cryptocurrencies or companies involved in the cryptocurrency industry. These funds are designed to give investors exposure to the crypto market without the need for them to directly buy and hold cryptocurrencies themselves.
   </>
@@ -3005,7 +3005,7 @@ const exportDefinitions = {
     "term": "crypto wallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A crypto wallet is a device, physical medium, program or a service which stores the public and/or private keys for cryptocurrency transactions.\nCrypto wallets come in different forms, including software wallets, hardware wallets, and paper wallets.
   </>
@@ -3043,7 +3043,7 @@ const exportDefinitions = {
     "term": "crypto-",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Even though this prefix is originally Greek, our current usage comes from cryptography. Technologies that are referred to with the blanket term of 'crypto' tech are underlain by cryptographic tools and processes (such as public/private key pairs) that enable innovative functionality and security. Of course, 'cryptocurrency' often gets shortened to simply 'crypto', so this emerging field is full of instances where something 'crypto' is being added to or shortened. With the emergence of the term 'Web3', arguably a distinction has begun to be made between 'crypto', referring to DeFi and other financial use cases of the technology, while 'Web3' refers to the transition of Internet-based activities to more decentralized practices and platforms.
   </>
@@ -3081,7 +3081,7 @@ const exportDefinitions = {
     "term": "crypto-compliance",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blanket term used to refer to ensuring crypto projects conform with applicable regulations and laws.
   </>
@@ -3119,7 +3119,7 @@ const exportDefinitions = {
     "term": "cryptoassets",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.
   </>
@@ -3157,7 +3157,7 @@ const exportDefinitions = {
     "term": "cryptocurrency",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Digital currency that is based on mathematics and uses encryption techniques to regulate the creation of units of currency as well as verifying the transfer of funds. Cryptocurrencies operate independently of a central bank, and are kept track of through distributed ledger technology.
   </>
@@ -3195,7 +3195,7 @@ const exportDefinitions = {
     "term": "cryptoeconomics",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The economic analysis of decentralized finance; notably, the MIT Cryptoeconomics Lab.
   </>
@@ -3233,7 +3233,7 @@ const exportDefinitions = {
     "term": "cryptography",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In its broadest sense, cryptography is the art of 'hidden writing' -- using some sort of code to encrypt writing. In modern times, it often refers to the application of this concept within computing, communication, and data transfer through computers and computer networks. Cryptography has been protected as free speech in the United States, and provides the technological foundation that allows blockchain networks to be public: despite the ledger being open and accessible by all, control over the state of the ledger and the ability to move assets on it is mediated through cryptographic tools, such as the Secret Recovery Phrase.
   </>
@@ -3271,7 +3271,7 @@ const exportDefinitions = {
     "term": "Curve",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Curve is a decentralized exchange for stablecoins that uses an automated market maker (AMM) to manage liquidity.
   </>
@@ -3309,7 +3309,7 @@ const exportDefinitions = {
     "term": "custody (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of cryptocurrencies, custody refers to the safekeeping and management of digital assets on behalf of a client by a third-party service provider. Custody services are an important aspect of the cryptocurrency industry because cryptocurrencies are digital assets that require secure storage and management to prevent loss, theft, or unauthorized access.\n\nCrypto custody services are typically offered by specialized companies that provide secure storage solutions for cryptocurrencies. These companies use various security measures such as multi-signature authentication, cold storage, and insurance to protect their clients' assets.
   </>
@@ -3347,7 +3347,7 @@ const exportDefinitions = {
     "term": "D'CENT",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Hardware wallet.
   </>
@@ -3385,7 +3385,7 @@ const exportDefinitions = {
     "term": "DAI",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     DAI is an Ethereum-based stablecoin whose issuance and development is managed by the Maker Protocol and the MakerDAO decentralized autonomous organization.
   </>
@@ -3423,7 +3423,7 @@ const exportDefinitions = {
     "term": "DAO",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'Decentralized Autonomous Organization'.
   </>
@@ -3461,7 +3461,7 @@ const exportDefinitions = {
     "term": "dapp",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'decentralized application'
   </>
@@ -3499,7 +3499,7 @@ const exportDefinitions = {
     "term": "decentralization",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The transfer of authority and responsibility from a centralized organization, government, or party to a distributed network.
   </>
@@ -3537,7 +3537,7 @@ const exportDefinitions = {
     "term": "decentralized application",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An open-source software application with backend (not user-facing) code running on a decentralized peer-to-peer network, rather than a centralized server.  You may see alternate spellings: dApps, DApps, Dapps, and Đapps.
   </>
@@ -3575,7 +3575,7 @@ const exportDefinitions = {
     "term": "Decentralized Autonomous Organization (DAO)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A Digital Decentralized Autonomous Organization (DAO, pronounced like the Chinese concept) is a powerful and very flexible organizational structure built on a blockchain. Alternatively, the first known example of a DAO is referred to as The DAO. The DAO served as a form of investor-directed venture capital fund, which sought to provide enterprises with new decentralized business models. Ethereum-based, The DAO’s code was open source. The organization set the record for the most crowdfunded project in 2016. Those funds were partially stolen by hackers. The hack caused an Ethereum hard-fork which lead to the creation of Ethereum Classic.
   </>
@@ -3613,7 +3613,7 @@ const exportDefinitions = {
     "term": "decentralized exchange (DEX)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A decentralized exchange (DEX) is a platform for exchanging cryptocurrencies based on functionality programmed on the blockchain (i.e., in smart contracts). The trading is peer-to-peer, or between pools of liquidity. This is in contrast with a centralized exchange, which is more akin to a bank or investment firm that specializes in cryptocurrencies. Additionally, there are so-called on-ramp providers, who could be compared to currency brokers, exchanging traditional “fiat” money for cryptocurrencies, and do not hold customer’s funds “on deposit” the way a centralized exchange does. There are important technical and regulatory differences between these, which are constantly evolving.
   </>
@@ -3651,7 +3651,7 @@ const exportDefinitions = {
     "term": "decentralized finance",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     If cryptocurrency is web3’s monetary system, its financial system is DeFi. This includes familiar concepts like loans and interest-bearing financial instruments, as well as so-called “DeFi primitives”, novel solutions like token swapping and liquidity pools.
   </>
@@ -3689,7 +3689,7 @@ const exportDefinitions = {
     "term": "decentralized web",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The decentralized web, also known as web3, is a concept that refers to a new type of internet architecture that aims to provide a more open, secure, and privacy-preserving internet experience by removing the need for centralized intermediaries and giving users more control over their data.\n\nIn contrast to the current centralized web, where most online activities are controlled by a few large corporations and their servers, the decentralized web relies on a network of distributed nodes and peer-to-peer protocols to store and transmit data. This means that there is no central authority controlling the internet, and users can interact directly with each other without the need for intermediaries.
   </>
@@ -3727,7 +3727,7 @@ const exportDefinitions = {
     "term": "deposit",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In most web3 contexts, 'depositing' refers to the act of transferring some amount of token(s) to an address other than one's own, most often to a smart contract controlled by a 'protocol', such as a decentralized exchange, video game or multiverse, DAO, etc. Generally, the user will receive something in return for their deposit, and the deposit can be claimed at the user's discretion, or upon completion of given conditions. Compare with 'stake'.
   </>
@@ -3765,7 +3765,7 @@ const exportDefinitions = {
     "term": "derive / derivation",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     To derive something is to obtain it from an original source. In the context of crypto-technology, we often discuss 'deriving' wallets and accounts from seed phrases (aka Secret Recovery Phrases, or SRPs). This is literally true: the SRP represents a cryptographic key which is used to derive account addresses deterministically, meaning they will be derived the same way each time. Another, more technical, way of referring to this technology is to refer to 'hierarchical deterministic' wallets.
   </>
@@ -3803,7 +3803,7 @@ const exportDefinitions = {
     "term": "dev",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Abbreviation of developer.
   </>
@@ -3841,7 +3841,7 @@ const exportDefinitions = {
     "term": "Devcon",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     This is shorthand for the Ethereum Developers’ Conference.
   </>
@@ -3879,7 +3879,7 @@ const exportDefinitions = {
     "term": "Developer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A person that creates new products, especially computer products such as software.
   </>
@@ -3917,7 +3917,7 @@ const exportDefinitions = {
     "term": "DEX",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'decentralized exchange'.
   </>
@@ -3955,7 +3955,7 @@ const exportDefinitions = {
     "term": "difficulty",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The concept outlining how hard it is to verify blocks in a blockchain network during Proof of Work mining. In the Bitcoin network, the difficulty of mining adjusts every 2016 blocks. This is to keep block verification time at ten minutes.
   </>
@@ -3993,7 +3993,7 @@ const exportDefinitions = {
     "term": "difficulty bomb",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The difficulty bomb, along with the Beacon Chain and others, was a key element of Ethereum's upgrade to Ethereum 2.0 and a Proof of Stake (PoS) consensus mechanism. As the name indicates, the difficulty bomb was a software mechanism that increased block verification difficulty, making it more expensive and difficult--eventually, prohibitively so--to mine a new block. Through economic incentive, and later, the raw limitations of computing power, this forced the shift to PoS consensus. See also 'Proof of Stake', 'the Merge'.
   </>
@@ -4031,7 +4031,7 @@ const exportDefinitions = {
     "term": "digital asset",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A digital commodity that is scarce, electronically transferable, and intangible with a market value.
   </>
@@ -4069,7 +4069,7 @@ const exportDefinitions = {
     "term": "digital identity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An online or networked identity adopted by an individual, organization, or electronic device.
   </>
@@ -4107,7 +4107,7 @@ const exportDefinitions = {
     "term": "Digital signature",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A short string of data a user produces for a document using a private key such that anyone with the corresponding public key, the signature, and the document can verify that (1) the document was 'signed' by the owner of that particular private key, and (2) the document was not changed after it was signed.
   </>
@@ -4145,7 +4145,7 @@ const exportDefinitions = {
     "term": "Distributed Denial of Service (DDoS) Attack",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A type of cyber-attack in which the perpetrator continuously overwhelms the system with requests in order to prevent service of legitimate requests.
   </>
@@ -4183,7 +4183,7 @@ const exportDefinitions = {
     "term": "distributed ledger",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as 'crypto' has come to mean 'cryptocurrency', 'web3' is the collective community, and 'blockchain', after all, is 'just' the data structure used to sync the distributed ledger itself.
   </>
@@ -4221,7 +4221,7 @@ const exportDefinitions = {
     "term": "Distributed Ledger Technology",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as ‘crypto’ has come to mean ‘cryptocurrency’, ‘web3’ is the collective community, and ‘blockchain’, after all, is “just” the data structure used to sync the distributed ledger itself.
   </>
@@ -4259,7 +4259,7 @@ const exportDefinitions = {
     "term": "DLT",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'distributed ledger technology'.
   </>
@@ -4297,7 +4297,7 @@ const exportDefinitions = {
     "term": "double spend",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The 'double spend' is the benchmark security concern of blockchain networks: how do we ensure that someone doesn't send the same transaction to two different entities, essentially 'spending their money twice'? This is the cornerstone of the consensus mechanism, ensuring that all nodes of the network are 'in agreement' about which assets are allocated to which addresses, on an ongoing basis, to prevent malicious actions such as a double spend.
   </>
@@ -4335,7 +4335,7 @@ const exportDefinitions = {
     "term": "ecosystem",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'web3 ecosystem'; 'blockchain ecosystem'. See 'web3'; See 'blockchain'
   </>
@@ -4373,7 +4373,7 @@ const exportDefinitions = {
     "term": "Edge",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'Edge computing': it is an emerging computing paradigm which refers to a range of networks and devices at or near the user. Edge is about processing data closer to where it's being generated, enabling processing at greater speeds and volumes, leading to greater action-led results in real time.\nThe term can also refer to Microsoft's browser or the crypto software wallet
   </>
@@ -4411,7 +4411,7 @@ const exportDefinitions = {
     "term": "EIP-1559",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     EIP (Ethereum Improvement Proposal)\n\nThe EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559.\nEIP-1559 will change Ethereum’s fee market mechanism. Fundamentally, EIP-1559 gets rid of the first-price auction as the main gas fee calculation. In first-price auctions, people bid a set amount of money to pay for their transaction to be processed, and the highest bidder wins. With EIP-1559, there will be a discrete “base fee” for transactions to be included in the next block. For users or applications that want to prioritize their transaction, they can add a “tip,” which is called a “priority fee” to pay a miner for faster inclusion.
   </>
@@ -4449,7 +4449,7 @@ const exportDefinitions = {
     "term": "encrypted vs unencrypted keys",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     As discussed elsewhere, public and private cryptographic key pairs are one of the technologies that underpins cryptocurrencies and 'crypto' tech in general. In MetaMask, an unencrypted private key is 64 characters long, and it is used to unlock or restore wallets. An encrypted key is also 64 letters long and is a regular private key that has gone through the process of encryption. Usually, encrypted private keys are kept within the extension or device they are encrypted by, and they remain out of sight from the user. This is meant to add another layer of security to keep a user’s wallet information safe. By way of example: if the world ‘Apple’ was your private key, then it was encrypted three letters down the alphabet, your new encrypted key would be ‘Dssoh’. Since you know the way to encrypt this key, you could derive the original private key from it by reversing the method of encryption.
   </>
@@ -4487,7 +4487,7 @@ const exportDefinitions = {
     "term": "encryption",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Encrpytion, literally 'in a hidden place', is the art and science of encoding information to control who can read it, or how it is to be read. Encryption occurs in natural (human) languages, as well as in machine and computer languages. Highly complex, and therefore difficult to decipher, encryption is an essential element enabling blockchain networks to be simultaneously public and secure.
   </>
@@ -4525,7 +4525,7 @@ const exportDefinitions = {
     "term": "ENS",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet's DNS.
   </>
@@ -4563,7 +4563,7 @@ const exportDefinitions = {
     "term": "Enterprise Ethereum Alliance (EEA)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A group of Ethereum core developers, startups, and large companies working together to commercialize and use Ethereum for different business applications. Website here.
   </>
@@ -4601,7 +4601,7 @@ const exportDefinitions = {
     "term": "entropy",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of cryptography, 'entropy' refers to 'randomness'; generally, the more random something is (the more entropy it has), the more secure it is.
   </>
@@ -4639,7 +4639,7 @@ const exportDefinitions = {
     "term": "epoch",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An epoch, in general, is a measure of time, or of blockchain progression, on a given blockchain. In Ethereum Proof of Stake, an epoch consists of 32 slots, each lasting 12 seconds, for a total of 6.4 minutes per epoch. There is additional functionality built upon the epoch measure in the Beacon Chain to help ensure security and proper operation of the Chain.
   </>
@@ -4677,7 +4677,7 @@ const exportDefinitions = {
     "term": "ERC",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Ethereum Request for Comment, or ERC, is a bit of a misnomer, as it is used to refer to suggestions for modifications that have already made it through the Ethereum Improvement Protocol (EIP) process and have been made standard on Ethereum. An ERC is, essentially, a set of standards for a given operation or topic on the Ethereum network. The authoritative list can be found here.
   </>
@@ -4715,7 +4715,7 @@ const exportDefinitions = {
     "term": "ERC-1155",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A token standard for creating semi-fungible tokens, meaning you can launch both fungible and non-fungible tokens within a single smart contract.
   </>
@@ -4753,7 +4753,7 @@ const exportDefinitions = {
     "term": "ERC-20 Token Standard",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ERC is the abbreviation for Ethereum Request for Comment and is followed by the assignment number of the standard. ERC-20 is a technical standard for smart contracts which is used to issue the majority of tokens (in particular, cryptocurrency tokens) extant on Ethereum. This list of rules states the requirements that a token must fulfill to be compliant and function within the Ethereum network.
   </>
@@ -4791,7 +4791,7 @@ const exportDefinitions = {
     "term": "ERC-721",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ERC-721 Token Standard\n\nAnother standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.
   </>
@@ -4829,7 +4829,7 @@ const exportDefinitions = {
     "term": "ERC-721 Token Standard",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ERC-721 Token Standard\n\nA standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.
   </>
@@ -4867,7 +4867,7 @@ const exportDefinitions = {
     "term": "ETH",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'ether'
   </>
@@ -4905,7 +4905,7 @@ const exportDefinitions = {
     "term": "ether (denominations)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     There are a number of denominations of the currency we know as 'ether' or ETH; for the definitive explanation, see the original Ethereum Homestead documentation Ethereum Homestead documentation here.
   </>
@@ -4943,7 +4943,7 @@ const exportDefinitions = {
     "term": "ether (ETH)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Ether is the native cryptocurrency of the Ethereum blockchain network. Ether—also referred to as ETH (pronounced with a long “e”, like “teeth” without the “t”)—functions as the fuel of the Ethereum ecosystem, by quantifying the work performed by the network, and as a form of payment for participants securing the network.
   </>
@@ -4981,7 +4981,7 @@ const exportDefinitions = {
     "term": "Ethereum",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A public blockchain network and decentralized software platform upon which developers build and run applications. As it is a proper noun, it should always be capitalized.
   </>
@@ -5019,7 +5019,7 @@ const exportDefinitions = {
     "term": "Ethereum 2.0",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     a.k.a The Merge\n\nFinalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.
   </>
@@ -5057,7 +5057,7 @@ const exportDefinitions = {
     "term": "Ethereum Improvement Proposal (EIP)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole; the official repository is here. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559. Keep in mind that as it is an iterative, lengthy process, some EIPs never get fully approved, and some do, and many end up somewhere in a gray area of 'partially implemented'.
   </>
@@ -5095,7 +5095,7 @@ const exportDefinitions = {
     "term": "Ethereum Name Service (ENS)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet’s DNS.
   </>
@@ -5133,7 +5133,7 @@ const exportDefinitions = {
     "term": "Ethereum Public Address",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum public address, also known as an Ethereum account address, is a string of 42 characters (including letters and numbers) that is used to receive or send Ethereum and other Ethereum-based tokens on the Ethereum network.\n\nEach Ethereum public address is unique and is associated with a private key that allows the owner of the address to sign and authorize transactions. The public address is derived from the private key using a mathematical algorithm, and it can be shared with others to receive payments or tokens.\n\nWhen sending Ethereum or tokens, users need to specify the recipient's public address as the destination for the transaction. Once the transaction is confirmed by the network, the Ethereum or tokens are transferred to the recipient's address.
   </>
@@ -5171,7 +5171,7 @@ const exportDefinitions = {
     "term": "Ethereum Virtual Machine (EVM)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The EVM is a virtual machine that operates on the Ethereum network. It is Turing complete and allows anyone, anywhere to execute arbitrary EVM bytecode. All Ethereum nodes run on the EVM. It is home for smart contracts based on the Ethereum blockchain.
   </>
@@ -5209,7 +5209,7 @@ const exportDefinitions = {
     "term": "Etherscan",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A popular website for analyzing activity on the Ethereum blockchain. See ‘blockchain explorer’.\n\nhttps://etherscan.io/
   </>
@@ -5247,7 +5247,7 @@ const exportDefinitions = {
     "term": "EVM",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'Ethereum Virtual Machine'.
   </>
@@ -5285,7 +5285,7 @@ const exportDefinitions = {
     "term": "exchange",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A place to trade cryptocurrency. Centralized exchanges, operated by companies like Coinbase and Gemini, function as intermediaries, while decentralized exchanges do not have a central authority.
   </>
@@ -5323,7 +5323,7 @@ const exportDefinitions = {
     "term": "Execution client",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Execution clients are tasked with processing and broadcasting transactions, as well as with managing Ethereum's state. They run the computations for each transaction in the Ethereum Virtual Machine to ensure that the rules of the protocol are followed. Today, they also handle proof of work consensus. After the transition to proof of stake, they will delegate this to consensus clients.
   </>
@@ -5361,7 +5361,7 @@ const exportDefinitions = {
     "term": "Execution layer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Ethereum's execution layer is the network of execution clients.
   </>
@@ -5399,7 +5399,7 @@ const exportDefinitions = {
     "term": "Extended Private Key (XPRIV)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See 'private key'; see 'Hierarchical Deterministic (HD)' wallet. An extended private key, or xprv, is a private key which can be used to derive child private keys as part of a Hierarchical Deterministic (HD) wallet.
   </>
@@ -5437,7 +5437,7 @@ const exportDefinitions = {
     "term": "Extended Public Key (XPUB)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See 'public key'; see 'Hierarchical Deterministic (HD)' wallet. An extended public key, or xpub, is a public key which can be used to derive child public keys as part of a Hierarchical Deterministic (HD) wallet.
   </>
@@ -5475,7 +5475,7 @@ const exportDefinitions = {
     "term": "Extension",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.
   </>
@@ -5513,7 +5513,7 @@ const exportDefinitions = {
     "term": "Fantom",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Fantom is a public blockchain platform that aims to facilitate fast and low-cost transactions for dapps and smart contracts. It was launched in 2018 and is based on the Ethereum codebase, but with several key enhancements.\n\nOne of the main features of Fantom is its consensus mechanism, known as Lachesis, which is a variant of Directed Acyclic Graphs (DAGs) that allows for high transaction throughput and low confirmation times. This means that transactions on the Fantom network can be processed quickly and at a low cost, making it an attractive platform for developers looking to build dApps that require fast and efficient transactions.
   </>
@@ -5551,7 +5551,7 @@ const exportDefinitions = {
     "term": "faucet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A faucet is an application, sometimes a very simple website, other times more complex, that dispenses cryptocurrency. While some networks, especially those in early launch stages, offer “real Mainnet” tokens via faucets, it is much more common for a faucet to be present on a test network, or testnet. These faucets are used by developers to test out dapps or smart contracts before deploying them on Ethereum Mainnet, or users who want to practice an action on the blockchain with no risk. Tokens dispensed by a test faucet stay on the test networks and cannot be exchanged for mainnet equivalents.
   </>
@@ -5589,7 +5589,7 @@ const exportDefinitions = {
     "term": "fiat currency",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Government-issued currency. For example, US Dollars (USD), Euros (EUR), Yuan (CNY), and Yen (JPY).
   </>
@@ -5627,7 +5627,7 @@ const exportDefinitions = {
     "term": "final, finality",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A transaction is considered 'final' once it can no longer be changed. In a sense, this happens once there are sufficient confirmations of the transaction, but for all intents and purposes, a transaction is final once the block that contains it is mined or validated. Keep in mind that this reflects a fundamental rule of blockchains: unlike traditional financial systems where charges can be 'reversed', there is no 'undoing' a transaction on the blockchain. Once finality is reached, the transaction is immutable.
   </>
@@ -5665,7 +5665,7 @@ const exportDefinitions = {
     "term": "Finality Rate",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See 'finality'
   </>
@@ -5703,7 +5703,7 @@ const exportDefinitions = {
     "term": "financial technology (FinTech)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The integration of technology into offerings by financial services companies in order to improve their use and delivery to consumers.
   </>
@@ -5741,7 +5741,7 @@ const exportDefinitions = {
     "term": "finney",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A denomination of ether. See ether (denomination).
   </>
@@ -5779,7 +5779,7 @@ const exportDefinitions = {
     "term": "Firefox",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Internet browser.
   </>
@@ -5817,7 +5817,7 @@ const exportDefinitions = {
     "term": "Firewall",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In computing, a firewall is a network security system that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A firewall typically establishes a barrier between a trusted network and an untrusted network, such as the Internet.
   </>
@@ -5855,7 +5855,7 @@ const exportDefinitions = {
     "term": "Flask",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.\n\nWhat is MetaMask Flask, and how is it different from normal MetaMask
   </>
@@ -5893,7 +5893,7 @@ const exportDefinitions = {
     "term": "fork",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Forking' is a term that comes from the world of collaborative software development, and refers to the action of copying an existing application or set of code and modifying it to create an alternate version. At the blockchain protocol level, a 'fork' creates an alternative version of a blockchain. Forks are often enacted intentionally to apply upgrades to a network. Soft Forks render two chains with some compatibility, while Hard Forks create a new version of the chain that must be adopted to continue participation. In the instance of a contentious Hard Fork, this can create two versions of a blockchain network. See also 'hard fork'.
   </>
@@ -5931,7 +5931,7 @@ const exportDefinitions = {
     "term": "Fractional Ownership",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of NFT ownership: \nA fractional NFT (F-NFT) is an entire NFT broken into smaller fragments, allowing several people to claim ownership of a piece of the same NFT. Fractional NFTs
   </>
@@ -5969,7 +5969,7 @@ const exportDefinitions = {
     "term": "Fraud proof",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A security model for certain layer 2 solutions where, to increase speed, transactions are rolled up into batches and submitted to Ethereum in a single transaction. They are assumed valid but can be challenged if fraud is suspected. A fraud proof will then run the transaction to see if fraud took place. This method increases the amount of transactions possible while maintaining security.
   </>
@@ -6007,7 +6007,7 @@ const exportDefinitions = {
     "term": "full node",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.
   </>
@@ -6045,7 +6045,7 @@ const exportDefinitions = {
     "term": "Ganache",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Ganache is a personal blockchain for Ethereum development that developers can use to deploy contracts, develop applications, and run tests. It is part of the Truffle Suite ecosystem.
   </>
@@ -6083,7 +6083,7 @@ const exportDefinitions = {
     "term": "gas",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A measure of the computational steps required for a transaction on the Ethereum network. This then equates to a fee for network users paid in small units of ETH specified as gwei. For more on gas, see MetaMask’s user guide here:\n\nUser Guide: Gas
   </>
@@ -6121,7 +6121,7 @@ const exportDefinitions = {
     "term": "gas fee",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Gas fee refers to the transaction fee on the blockchain. It is what users pay to get their transaction validated, or completed.
   </>
@@ -6159,7 +6159,7 @@ const exportDefinitions = {
     "term": "gas limit",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The gas limit is the maximum amount you’re willing to pay for any given transaction to go through the Ethereum network. Another way of looking at it is as a “rough estimate” of how much computing power your transaction will take.
   </>
@@ -6197,7 +6197,7 @@ const exportDefinitions = {
     "term": "gas price",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The gas price is what it sounds like: the cost the network is paid for the computational work being performed in a given transaction. It is paid in units of ETH called gwei. Depending on network congestion, the gas price may vary significantly.
   </>
@@ -6235,7 +6235,7 @@ const exportDefinitions = {
     "term": "Gas Station Network",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Gas Station Network (GSN) is a decentralized network of relayers mainly referring to the Ethereum blockchain. It allows you to build dapps which provide payment for transactions, so users do not need to hold Ether or ETH to pay for gas, easing their onboarding process and improving user acquisition and experience.\nHowever, while the relayers in the GSN do not charge users, they charge the recipient and contract instead. In this way, the relayers recover the costs of transactions and profit from extra fees for providing such services.\n\nOriginally conceived and designed by TabooKey, the GSN has grown to encompass many companies, protocols and platforms in the Ethereum ecosystem that wish to facilitate the onboarding of users to Ethereum applications. Gas Station Network
   </>
@@ -6273,7 +6273,7 @@ const exportDefinitions = {
     "term": "genesis block",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The initial block of data computed in the history of a blockchain network.
   </>
@@ -6311,7 +6311,7 @@ const exportDefinitions = {
     "term": "Gigawei",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Gwei is a unit of ether, the smallest denomination, which stands for gigawei (or 1,000,000,000). Gwei is used for gas fees, or rather payments made by users to compensate for the computing energy required to process and validate transactions on the Ethereum blockchain.
   </>
@@ -6349,7 +6349,7 @@ const exportDefinitions = {
     "term": "Gitcoin",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Gitcoin is a platform where coders and developers can get paid to work on open-source software in a wide variety of programming languages. Users can also submit their own project ideas to the Gitcoin platform in order to crowdsource funding from contributing donors.\n\nGitcoin
   </>
@@ -6387,7 +6387,7 @@ const exportDefinitions = {
     "term": "GitHub",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     GitHub is an online software development platform. It's used for storing, tracking, and collaborating on software projects. It makes it easy for developers to share code files and collaborate with fellow developers on open-source projects. GitHub also serves as a social networking site where developers can openly network, collaborate, and pitch their work. GitHub
   </>
@@ -6425,7 +6425,7 @@ const exportDefinitions = {
     "term": "Goerli",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Goerli is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).\n\nETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet.
   </>
@@ -6463,7 +6463,7 @@ const exportDefinitions = {
     "term": "Governance",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the world of cryptocurrencies, governance is defined as the people or organizations that have decision-making powers regarding the project. Governance is an essential aspect of all cryptocurrency projects. As decentralized blockchains, cryptocurrencies often have a very liberal governance structure. There are a number of different approaches to governance. Governance
   </>
@@ -6501,7 +6501,7 @@ const exportDefinitions = {
     "term": "GSN",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Abbreviation for Gas Station Network
   </>
@@ -6539,7 +6539,7 @@ const exportDefinitions = {
     "term": "gwei",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A minuscule and common denomination of ETH, and the unit in which gas prices are often specified. See 'ether (denominations)' entry for more information.
   </>
@@ -6577,7 +6577,7 @@ const exportDefinitions = {
     "term": "halving",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Many cryptocurrencies have a finite supply, which makes them a scarce digital commodity. For example, the total amount of bitcoin that will ever be issued is 21 million. The number of bitcoins generated per block is decreased 50% every four years. This is called “halving.” The final halving will take place in the year 2140.
   </>
@@ -6615,7 +6615,7 @@ const exportDefinitions = {
     "term": "hard fork",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A hard fork occurs when there is a change in the blockchain that is not backward compatible (not compatible with older versions), thus requiring all participants to upgrade to the new version in order to be able to continue participating on the network. See also 'fork'.
   </>
@@ -6653,7 +6653,7 @@ const exportDefinitions = {
     "term": "hardware wallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A hardware wallet is a physical device that is used to store cryptographic keys, and generally, sign transactions. Some hardware wallets can be connected physically or through software to internet connectivity; others are ‘air-gapped’, receiving transaction requests and sending transaction approvals through a mechanism such as a QR code. The overall goal of using a hardware wallet to manage keys and signatures is to reduce the likelihood of your keys or Secret Recovery Phrase from being somehow stolen or compromised, due to being connected to the Internet. For more on hardware wallets, see MetaMask’s Hardware Wallet Hub:\nHardware Wallet Hub
   </>
@@ -6691,7 +6691,7 @@ const exportDefinitions = {
     "term": "hash (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In computing, ‘hashing’ is an operation performed on lists or sets of data to create a reliable index for that data. A particular datum, or a reference to it, is fed into an algorithm, which transforms the datum and returns a standardized, and generally unrecognizable, ‘hash’ of it, sometimes referred to as that datum or file’s “digital fingerprint.” Each block in a blockchain contains the hash value that validated the block before it, followed by its own hash value (this is how the continuity of the ‘chain’ is constructed). Hashes can be used to confirm that blockchain transactions are complete and valid. You may see references to the “transaction hash” or “tx hash”; this should be understood as “unique identifier of the transaction”.
   </>
@@ -6729,7 +6729,7 @@ const exportDefinitions = {
     "term": "hexadecimal; 'hex data'",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Hexadecimal is a base 16, rather than base 10, counting system. Used all over Ethereum for a variety of things, a hexadecimal string is comprised of the numbers 0 1 2 3 4 5 6 7 8 9 and letters A B C D E F.
   </>
@@ -6767,7 +6767,7 @@ const exportDefinitions = {
     "term": "Hierarchical Deterministic (HD) wallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Hierarchical Deterministic wallets were first created for Bitcoin, and enable the creation of a very large number of accounts based on an initial seed phrase. This technology was later adopted in Ethereum wallets; when restoring a MetaMask wallet from the Secret Recovery Phrase, for example, if you 'create' accounts, they will be the same accounts as previously created from that same phrase; they are derived from it.
   </>
@@ -6805,7 +6805,7 @@ const exportDefinitions = {
     "term": "hot storage",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Synonymous with 'hot wallet'.
   </>
@@ -6843,7 +6843,7 @@ const exportDefinitions = {
     "term": "hot wallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A wallet that is directly connected to the internet at all times; for example, one that is held on a centralized exchange. Hot wallets are considered to have lower security than cold storage systems or hardware wallets.
   </>
@@ -6881,7 +6881,7 @@ const exportDefinitions = {
     "term": "Hybrid Network",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Hybrid blockchain. See 'PoS/PoW Hybrid'
   </>
@@ -6919,7 +6919,7 @@ const exportDefinitions = {
     "term": "Hyperledger",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Hyperledger is an ecosystem of open-system tools, libraries, and products designed to enable and support enterprise-grade blockchain technology. In general, the products focus on creating solutions for permissioned blockchains--that is, non-public blockchains, with alternative consensus mechanisms other than Proof of Work (PoW) or Proof of Stake (PoS). That said, there are use cases where such institutions would want to integrate with public blockchains, and for that reason Hyperledger Besu and Hyperledger Burrow are actively developed projects, the former being a Java-based Ethereum client, the latter being a smart contract platform which supports EVM bytecode.
   </>
@@ -6957,7 +6957,7 @@ const exportDefinitions = {
     "term": "ICO",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Initial Coin Offering (also called ICO) occurs when a new token project sells advance tokens in exchange for upfront capital. These have been a vehicle for fraud and scams, and as such are subject to ever-evolving regulation and legislation.
   </>
@@ -6995,7 +6995,7 @@ const exportDefinitions = {
     "term": "Identicon / AddressIdenticon / AddressIcon",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The colorful blob of colors that corresponds to your address in MetaMask. It is an easy way to see if your address is correct. More specifically, you can choose between jazzicons (created by the MetaMask team!) or blockies.
   </>
@@ -7033,7 +7033,7 @@ const exportDefinitions = {
     "term": "immutability",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The inability to be altered or changed. This is a key element of blockchain networks: once written onto a blockchain ledger, data cannot be altered. This immutability provides the basis for commerce and trade to take place on blockchain networks.
   </>
@@ -7071,7 +7071,7 @@ const exportDefinitions = {
     "term": "Infura",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Part of ConsenSys, Infura offers backend access to the Ethereum network over established HTTP and WebSockets technology. Prior to Infura, developers were obligated to run their own nodes of the networks with which they wanted to interact; Infura provides that access through a set of APIs. This enables developers of dapps and websites seeking to interact with the Ethereum blockchain to do so, and at scale.\n\nInfura
   </>
@@ -7109,7 +7109,7 @@ const exportDefinitions = {
     "term": "Initial Public Offering (IPO)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An initial public offering (IPO) is the process of a company offering shares for purchase on the stock market for the first time.  IPO
   </>
@@ -7147,7 +7147,7 @@ const exportDefinitions = {
     "term": "Insider Trading",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Insider trading happens when someone purchases or sells stocks while possessing private, material information about that stock. Insider Trading
   </>
@@ -7185,7 +7185,7 @@ const exportDefinitions = {
     "term": "Inter-Blockchain Communication (IBC) Protocol",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Inter-Blockchain Communication (IBC) is a communication protocol that allows different blockchains to relay messages to each other. It guarantees reliable, ordered and authenticated communication between the chains. Blockchains can trustlessly exchange value like tokens. IBC does not work like a bridge. Instead, blockchains send packets of information via smart contracts that allow them to not only exchange value but relay any form of data, such as communication, via the communication protocol.  Inter-Blockchain Communication (IBC)
   </>
@@ -7223,7 +7223,7 @@ const exportDefinitions = {
     "term": "internal transaction",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An internal transaction on the Ethereum network is one that occurs between smart contracts, rather than between addresses. Notably, they are not included on the blockchain, and therefore do not incur gas fees, but they are often crucial to carrying out the action in question, and can be viewed on Etherscan. For more detail, see MetaMask's article on the topic: Internal Transactions
   </>
@@ -7261,7 +7261,7 @@ const exportDefinitions = {
     "term": "Interoperability",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Blockchain interoperability, or cross-chain interoperability, is the ability to see and share information across multiple blockchains. One of the clear benefits of blockchain interoperability is being able to trade assets across various blockchains without the need for a centralized, custodial exchange. Interoperability
   </>
@@ -7299,7 +7299,7 @@ const exportDefinitions = {
     "term": "InterPlanetary File System (IPFS)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A decentralized file storage and referencing system for the Ethereum blockchain, and the internet as a whole. IFPS is an open source protocol that enables storing and sharing hypermedia (text, audio, visual) in a distributed manner without relying on a single point of failure. This distributed file system enables applications to run faster, safer and more transparently.
   </>
@@ -7337,7 +7337,7 @@ const exportDefinitions = {
     "term": "IP address",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A unique string of characters that identifies each computer using the Internet Protocol to communicate over a network.
   </>
@@ -7375,7 +7375,7 @@ const exportDefinitions = {
     "term": "JSON file",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     JSON (JavaScript Object Notation) is an open standard file format for sharing data that uses human-readable text to store and transmit data. it is commonly used in public blockchain systems to move data.
   </>
@@ -7413,7 +7413,7 @@ const exportDefinitions = {
     "term": "JSON-RPC",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     JSON-RPC is, quite simply, a method used to move data around computer systems, and predates public blockchain technology. It was chosen as a standard for moving data between blockchain networks and Internet browsers and wallets, with the result that these networks have come to be called 'RPC networks', despite JSON-RPC not being their defining technical feature.
   </>
@@ -7451,7 +7451,7 @@ const exportDefinitions = {
     "term": "keystore file",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A keystore file is a special, encrypted version of a private key in JSON format. See also 'private key'.
   </>
@@ -7489,7 +7489,7 @@ const exportDefinitions = {
     "term": "Know Your Customer (KYC)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A process in which a business must verify the identity and background information (address, financial details, etc.) of their customers. For example, current regulations and laws require banks and other financial institutions to keep and report customers' personal information and transactions.
   </>
@@ -7527,7 +7527,7 @@ const exportDefinitions = {
     "term": "Know Your Transaction",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Know Your Transaction (KYT) is a process employed by financial institutions to monitor the merchants' businesses through the analysis of transaction data.
   </>
@@ -7565,7 +7565,7 @@ const exportDefinitions = {
     "term": "Kovan",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Kovan test network has been deprecated. Ethereum used to have four testnets: Ropsten, Rinkeby, Goerli, and Kovan (Kiln was also added for specific purposes relating to the Merge in 2022). However, after the Merge occurred on September 15th 2022, most of the existing testnets began being deprecated (taken out of service). They may still work, but could be unreliable. Sepolia and Goerli are now the only two available.
   </>
@@ -7603,7 +7603,7 @@ const exportDefinitions = {
     "term": "KYC",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'Know Your Customer'.
   </>
@@ -7641,7 +7641,7 @@ const exportDefinitions = {
     "term": "KYT",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; see 'Know Your Transaction'.
   </>
@@ -7679,7 +7679,7 @@ const exportDefinitions = {
     "term": "Latency",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of Network latency:  refers to the amount of time it takes for a computer on one network to communicate with a computer on another network. Network latency
   </>
@@ -7717,7 +7717,7 @@ const exportDefinitions = {
     "term": "Lattice1",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Lattice1 is a powerful, secure, and user-friendly hardware wallet that allows you to manage an unlimited number of wallets and easily transact on the blockchain.
   </>
@@ -7755,7 +7755,7 @@ const exportDefinitions = {
     "term": "Launchpad",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Launchpad is the Ethereum Foundation's official way to deposit your ETH for staking on Ethereum. Ethereum Launchpad
   </>
@@ -7793,7 +7793,7 @@ const exportDefinitions = {
     "term": "Layer 0",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Layer 0 in blockchain refers to the underlying infrastructure that supports the blockchain network. It includes the physical hardware, such as computers, servers, and other network components, as well as the software protocols that govern the interactions between the nodes in the network.\n\nIn other words, Layer 0 is the foundation upon which the blockchain network is built. It provides the necessary resources and technical capabilities for the network to function, such as computing power, storage, and network connectivity. Layer 0 is essential to the operation and security of the blockchain network, as it ensures that data is transmitted and stored correctly and securely across the network.\n\nLayer 0 is sometimes also referred to as 'Layer Zero' or 'L0'. It is important to note that the concept of Layer 0 is not unique to blockchain technology, but is a more general term used to describe the physical and technical infrastructure underlying any type of computer network.
   </>
@@ -7831,7 +7831,7 @@ const exportDefinitions = {
     "term": "Layer 1",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Layer 1 in blockchain refers to the base layer of the blockchain protocol. It is the layer that contains the core elements of the blockchain, including the consensus mechanism, the data structure, and the rules that govern the creation and transfer of assets or tokens.\n\nIn other words, Layer 1 is the foundation of the blockchain technology stack, upon which all other layers and applications are built. It is responsible for maintaining the integrity of the blockchain network and ensuring that all transactions are valid and secure.\n\nLayer 1 is designed to be decentralized, meaning that no single entity has control over the network. This is achieved through the use of consensus mechanisms, such as Proof of Work (PoW), Proof of Stake (PoS), or other methods, which enable participants to reach agreement on the validity of transactions and the state of the network.\n\nSome examples of Layer 1 blockchain protocols include Bitcoin, Ethereum, Binance Smart Chain, Avalanche.
   </>
@@ -7869,7 +7869,7 @@ const exportDefinitions = {
     "term": "Layer 2",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A Layer 2 network, or L2, is a blockchain that is built specifically to scale another network. For a full understanding of how this is achieved, see here. Some popular examples of this in the Ethereum ecosystem are Arbitrum, Optimism, and StarkNet. These chains are specifically built to handle a large number of transactions quickly by relying on Ethereum Mainnet for security functions, while optimizing for speed and scale. These networks are considered 'scaling solutions' while not being part of Ethereum's protocol-level scaling efforts. See also 'blockchain trilemma', 'modular blockchain', 'Serenity'. Contrast with 'sidechain'.
   </>
@@ -7907,7 +7907,7 @@ const exportDefinitions = {
     "term": "Learn; MetaMask Learn",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.\n\nhttps://learn.metamask.io/
   </>
@@ -7945,7 +7945,7 @@ const exportDefinitions = {
     "term": "Ledger",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "",
+    "definition": "",
     "termCategory": "Blockchain term",
     "i18n": {
       "Term": "Ledger",
@@ -7978,7 +7978,7 @@ const exportDefinitions = {
     "term": "Ledger Live App",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Ledger Live is a hardware wallet interface app for users of the Ledger Nano X, Ledger Nano S, and Ledger Blue.\n\nThe app enables Ledger users to manage their cryptocurrency hardware and assets. Additionally, it features real-time price updates, multi-account management, and the convenience of an extremely simple setup process.\n\nLedger Live combines the management of your individual crypto assets and device management into one interface, with the intention of gradually replacing the Chrome-based applications system that previously annoyed some users of the device.
   </>
@@ -8016,7 +8016,7 @@ const exportDefinitions = {
     "term": "Library",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A collection of non-volatile resources used by computer programs, often for software development. These may include configuration data, documentation, help data, message templates, pre-written code and subroutines, classes, values or type specifications. Software Library
   </>
@@ -8054,7 +8054,7 @@ const exportDefinitions = {
     "term": "Lido",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Lido is a liquid staking protocol for Ethereum that allows users with less than 32 ETH to collectively fund new validators and receive rewards.
   </>
@@ -8092,7 +8092,7 @@ const exportDefinitions = {
     "term": "light client",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In computing, a 'client' is a software that runs or accesses a program made available by a remote computer. With blockchain networks, then, clients are the programs that sync blockchain data and participate in network consensus. More often and more specifically, 'Layer 2' is used as a noun, to refer to a type of network that is specifically built to handle a large number of transactions quickly by relying on Ethereum mainnet for security functions, and optimizing for speed and scale. Examples include Arbitrum and Optimism; this is different from a 'sidechain', which is a network that has its own security mechanism, yet still allows compatibility and bridging of assets between itself and Ethereum.
   </>
@@ -8130,7 +8130,7 @@ const exportDefinitions = {
     "term": "Lightning Network",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Lightning Network is a second layer for Bitcoin that uses micropayment channels to scale the blockchain’s capability to conduct transactions more efficiently.\n\nThis layer consists of multiple payment channels between parties or Bitcoin users. A Lightning Network channel is a transaction mechanism between two parties. Using channels, the parties can make or receive payments from each other. Transactions conducted on the Lightning Network are faster, less costly, and more readily confirmed than those conducted directly on the Bitcoin blockchain.
   </>
@@ -8168,7 +8168,7 @@ const exportDefinitions = {
     "term": "Liquid Democracy (Delegative Democracy)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A government system where votes can be delegated or proxied to other individuals such as friends, politicians, or subject matter experts. For example, in a liquid democracy, Bernadette could give Ahmad her vote and Ahmad would then vote for both himself and Bernadette. Liquid democracy is used at times as a governance mechanism for Decentralized Autonomous Organizations (DAOs) wherein every participant is able to vote or delegate their vote to another individual.
   </>
@@ -8206,7 +8206,7 @@ const exportDefinitions = {
     "term": "Liquidation",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Liquidation happens when a trader has insufficient funds to keep a leveraged trade open. Liquidation
   </>
@@ -8244,7 +8244,7 @@ const exportDefinitions = {
     "term": "liquidity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An asset is considered more ‘liquid’ if it can easily be converted into cash, and therefore, ‘liquidity’ refers to the availability of assets to a company or market. Conversely, the harder it is to turn an asset into cash, the more illiquid the asset. For example, stocks are considered relatively liquid assets, as they can be easily converted to cash, while real estate is considered an illiquid asset. The liquidity of an asset affects its risk potential and market price.
   </>
@@ -8282,7 +8282,7 @@ const exportDefinitions = {
     "term": "liquidity pool",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A liquidity pool is a crowdsourced pool of cryptocurrencies or tokens locked in a smart contract that is used to facilitate trades between the assets on a decentralized exchange (DEX). Instead of traditional markets of buyers and sellers, many decentralized finance (DeFi) platforms use automated market makers (AMMs), which allow digital assets to be traded in an automatic and permissionless manner through the use of liquidity pools.
   </>
@@ -8320,7 +8320,7 @@ const exportDefinitions = {
     "term": "liquidity staking",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Liquid staking allows users to stake tokens and simultaneously use them in the DeFi ecosystem. This is made possible by wrapping the staked tokens and providing users with a wrapped token that is a claim on the underlying collateral. The wrapped tokens can be transferred and generate yield.\nLiquid staking permits users to stake and unstake their coins without being beholden to a lock-up period. It thus enables greater capital efficiency and increased liquidity on proof-of-stake blockchains, allowing users to maximize the benefits of staking and DeFi simultaneously. Furthermore, liquid staking enhances network security on PoS chains.
   </>
@@ -8358,7 +8358,7 @@ const exportDefinitions = {
     "term": "Low",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'gas fees', Low is a category that allows you to wait a bit longer and save money if you choose. There are 3 categories available in MetaMask: Low, Market, Aggressive\n\nUsing Advanced Gas Controls
   </>
@@ -8396,7 +8396,7 @@ const exportDefinitions = {
     "term": "mainnet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The primary network where actual transactions take place on a specific distributed ledger. For example, The Ethereum Mainnet (capitalized in this case) is the public blockchain where network validation and transactions take place
   </>
@@ -8434,7 +8434,7 @@ const exportDefinitions = {
     "term": "Maker Protocol",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Maker Protocol, built on the Ethereum blockchain, enables users to create and hold currency. Current elements of the Maker Protocol are the DAI stable coin, Maker Vaults, and Voting. MakerDAO governs the Maker Protocol by deciding on key parameters (e.g., stability fees, collateral types and rates, etc.)
   </>
@@ -8472,7 +8472,7 @@ const exportDefinitions = {
     "term": "Malware",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Any software intentionally designed to cause disruption to a computer, server, client, or computer network, leak private information, gain unauthorized access to information or systems, deprive access to information, or which unknowingly interferes with the user's computer security and privacy.
   </>
@@ -8510,7 +8510,7 @@ const exportDefinitions = {
     "term": "market cap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Short for 'market capitalization', this refers to the total value held in a particular industry, market, company, or asset. For a publicly traded company, the market cap is the total dollar market value of a company's outstanding shares. For Bitcoin or Ethereum, the total market cap is a reflection of the current existing supply times the market price.
   </>
@@ -8548,7 +8548,7 @@ const exportDefinitions = {
     "term": "Maximal Extractable Value (MEV)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Originally known as Miner Extractable Value, MEV is a broad complex topic that refers to the inclusion, exclusion, and reordering of transactions within a block in order to extract more value from it, generally in excess of what a validator (or miner, on PoW networks) would earn from producing the block. MEV includes activities such as frontrunning, arbitrage, and what could be considered malicious actions to profit off of other users' transactions. This is a very active topic of research that is changing rapidly.
   </>
@@ -8586,7 +8586,7 @@ const exportDefinitions = {
     "term": "Maximum Priority Fee",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The fee, or 'miner tip', goes to the validator or miner, and incentivizes them to prioritize your transaction.
   </>
@@ -8624,7 +8624,7 @@ const exportDefinitions = {
     "term": "memory pool; mempool",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     a.k.a. Transaction Pool\n\nWhen a user submits a transaction to the Ethereum network–or many other networks based on Ethereum–the transaction goes into what’s known as a “transaction pool”, or “txpool” for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are “picked up” and included in the next block, and there is currently a lot of research surrounding how this decision gets made. In Bitcoin, the transaction pool was referred to as the “memory pool”, or “mempool”, and often these terms are used interchangeably.
   </>
@@ -8662,7 +8662,7 @@ const exportDefinitions = {
     "term": "Merge (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.
   </>
@@ -8700,7 +8700,7 @@ const exportDefinitions = {
     "term": "Merkle Patricia trie",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Often referred to simply as a 'Merkle trie' (pronounced 'tree'), a Merkle Patricia trie is a data structure in which a single hash code function (see 'hash') splits into smaller branches. In a similar way to a family tree, where a parent branch splits into child branches, which are then extrapolated into grandchild branches, a Merkle Patricia trie keeps a record of the filiation and history of each element. This type of data structure enables for faster verification on a blockchain network.
   </>
@@ -8738,7 +8738,7 @@ const exportDefinitions = {
     "term": "Mesh",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ConsenSys Mesh is a network of loosely coupled, tightly aligned teams, products, and investments advancing the Ethereum ecosystem and the arrival of web3.
   </>
@@ -8776,7 +8776,7 @@ const exportDefinitions = {
     "term": "Metadata",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'NFT metadata': Metadata is 'data that provides information about other data' Metadata
   </>
@@ -8814,7 +8814,7 @@ const exportDefinitions = {
     "term": "MetaMask",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask, either in its mobile app form on iOS and Android, or in its browser extension form, is a tool to access and interact with blockchains and the decentralized web. It allows users to manage their digital identity and the permission of others to interact with that identity; its functions include that of a wallet, a dapp permissions manager, and access to token swaps. It is an open-source project that encourages developers from other projects to build on top of it through MetaMask Snaps.
   </>
@@ -8852,7 +8852,7 @@ const exportDefinitions = {
     "term": "MetaMask Bridge",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask Bridge: You can now access a curated, straightforward bridging experience in MetaMask Bridge, available at https://portfolio.metamask.io/bridge \nOnly certain tokens and network combinations are available initially. MetaMask Bridge
   </>
@@ -8890,7 +8890,7 @@ const exportDefinitions = {
     "term": "MetaMask Community Platform",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The MetaMask forums located at community.metamask.io\n\nMetaMask's community platform can be accessed here:\nMetaMask Community
   </>
@@ -8928,7 +8928,7 @@ const exportDefinitions = {
     "term": "MetaMask Extension",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.
   </>
@@ -8966,7 +8966,7 @@ const exportDefinitions = {
     "term": "MetaMask Flask",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.\n\nWhat is MetaMask Flask, and how is it different from normal MetaMask?
   </>
@@ -9004,7 +9004,7 @@ const exportDefinitions = {
     "term": "MetaMask Institutional",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask Institutional is an institution-compliant version of the world’s leading web3 wallet, MetaMask. Organizations trust us to manage their web3 access and engagement with institution-required security, operational efficiency, and compliance. MetaMask Institutional
   </>
@@ -9042,7 +9042,7 @@ const exportDefinitions = {
     "term": "MetaMask Learn",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.\n\nMetaMask Learn
   </>
@@ -9080,7 +9080,7 @@ const exportDefinitions = {
     "term": "MetaMask SDK",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMask SDK (Software Development Kit) is a library that can be installed by developers in their projects. It will automatically guide their users to connect easily with a MetaMask Wallet client.  MetaMask SDK
   </>
@@ -9118,7 +9118,7 @@ const exportDefinitions = {
     "term": "MetaMask Snaps",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The first big feature shipped through Flask has been MetaMask Snaps. Snaps is a whole topic in and of itself, but think of it like this: Snaps allows developers to bring any kind of functionality they want to the application. Given how broad that is, and the potential security implications, snaps can only be used in Flask at the moment; however, the plan is to allow users to customize their MetaMask experience through this functionality.
   </>
@@ -9156,7 +9156,7 @@ const exportDefinitions = {
     "term": "MetaMetrics",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MetaMetrics is an opt-in analytics platform that aims to collect information on non-sensitive user events to help us improve the software for MetaMask users.\n\nHow to manage your MetaMetrics settings
   </>
@@ -9194,7 +9194,7 @@ const exportDefinitions = {
     "term": "metaverse",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A metaverse is a digital universe that contains all the aspects of the real world, such as real-time interactions and economies. It offers a unique experience to end-users. Metaverse
   </>
@@ -9232,7 +9232,7 @@ const exportDefinitions = {
     "term": "miner tip",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The miner tip is the Maximum Priority Fee that incentivizes the miner to prioritize a transaction. Learn the basics of blockchains and Ethereum (miners and validators, gas, cryptocurrencies and NFTs, block explorer, networks, etc.)
   </>
@@ -9270,7 +9270,7 @@ const exportDefinitions = {
     "term": "mining",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The process by which blocks or transactions are verified and added to a blockchain using a Proof of Work (PoW) consensus mechanism. In order to verify a block, a miner must use a computer to solve a cryptographic problem. Once the computer has solved the problem, the block is considered “mined” or verified. On Bitcoin or other PoW blockchains, the first computer to mine or verify the block receives bitcoin, or the equivalent network token, as a reward.
   </>
@@ -9308,7 +9308,7 @@ const exportDefinitions = {
     "term": "Mint",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Minting refers to the act of publishing a token on the blockchain to make it transferrable and purchasable.
   </>
@@ -9346,7 +9346,7 @@ const exportDefinitions = {
     "term": "mnemonic phrase",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     This is an alternative way of referring to a Secret Recovery Phrase, also known as a 'seed phrase': a series of words that correspond to a very long cryptographic key, used to generate and control all the addresses of a crypto wallet.
   </>
@@ -9384,7 +9384,7 @@ const exportDefinitions = {
     "term": "MobiKwik",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MobiKwik is an Indian payment service provider founded in 2009 that provides a mobile phone-based payment system and digital wallet.
   </>
@@ -9422,7 +9422,7 @@ const exportDefinitions = {
     "term": "modular blockchain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Bitcoin is an example of a monolithic blockchain: all of the functions of the network (consensus, execution, data availability, and settlement) are run on one chain. This has significant drawbacks (see 'blockchain trilemma' for more). A modular blockchain, on the other hand, separates some or all of these functions into separate chains, each one optimized for its specific function, and relying on the other chains for the other functions. Ethereum is currently moving towards modularization, both on a protocol level beginning with the Merge, which split consensus and execution into two chains, and at the level of 'Layer 2' networks which provide optimized execution environments, and then 'roll up' their data to Ethereum for its consensus functionality.
   </>
@@ -9460,7 +9460,7 @@ const exportDefinitions = {
     "term": "MoonPay",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     MoonPay is a financial technology company that builds payments infrastructure for crypto. Its on-and-off-ramp suite of products provides a seamless experience for converting between fiat currencies and cryptocurrencies using all major payment methods, including debit and credit cards, local bank transfers, Apple Pay, Google Pay, and Samsung Pay. MoonPay is active in more than 160 countries and is trusted by 300+ leading wallets, websites, and applications to accept payments and defeat fraud. The company is based in Miami, Florida, and was founded in 2019.
   </>
@@ -9498,7 +9498,7 @@ const exportDefinitions = {
     "term": "multi-sig",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     multi-signature wallet (multisig)\nA crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.
   </>
@@ -9536,7 +9536,7 @@ const exportDefinitions = {
     "term": "multi-signature wallet (multisig)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.
   </>
@@ -9574,7 +9574,7 @@ const exportDefinitions = {
     "term": "Multifactor Authentication",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Authentication using two or more different factors to achieve authentication.
   </>
@@ -9612,7 +9612,7 @@ const exportDefinitions = {
     "term": "Near-Field Communication (NFC)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Near-field communication is a set of communication protocols that enables communication between two electronic devices over a distance of 4 cm or less. NFC offers a low-speed connection through a simple setup that can be used to bootstrap more capable wireless connections..
   </>
@@ -9650,7 +9650,7 @@ const exportDefinitions = {
     "term": "Nested Blockchain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A nested blockchain is essentially a blockchain within — or, rather, atop — another blockchain. See 'Layer 2'
   </>
@@ -9688,7 +9688,7 @@ const exportDefinitions = {
     "term": "Network",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A network refers to all nodes in the operation of a blockchain at any given moment in time.
   </>
@@ -9726,7 +9726,7 @@ const exportDefinitions = {
     "term": "Network Congestion",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The reduced quality of service that occurs when a network node or link is carrying more data than it can handle. Typical effects include queueing delay, packet loss or the blocking of new connections. Congestion
   </>
@@ -9764,7 +9764,7 @@ const exportDefinitions = {
     "term": "NFT",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     When discussing Non-Fungible Tokens (NFTs), “fungibility” refers to an object’s ability to be exchanged for another. For example, an individual dollar is considered fungible, as one dollar is fully interchangeable with another. Artwork is usually deemed non-fungible, as paintings or sculptures are likely to be unequal between them in quality, value, or other attributes. A non-fungible token is a type of token that is a unique digital asset and has no equal token. This is in contrast to cryptocurrencies like ether that are fungible in nature.
   </>
@@ -9802,7 +9802,7 @@ const exportDefinitions = {
     "term": "NFT aggregator",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the initial wave of interest in buying and selling NFTs, a number of NFT marketplaces--websites where you can buy and sell NFTs--were created. As the market matured, aggregators appeared, which offer the user the ability to view available stock and price, buy and sell across marketplaces from a single unified application. Similar to familiar web2 shopping portals, these have come to be known as NFT Marketplace Aggregators, or just NFT Aggregators.
   </>
@@ -9840,7 +9840,7 @@ const exportDefinitions = {
     "term": "NFT drop",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An NFT drop happens when a new NFT collection is released. NFT drops can vary in both how the NFTs are sold (listed for sale or auction), and in who they’re released to (the public, or a specific list called an “allowlist”).\n\n\nOften, NFT drops coincide with when the NFTs in the collection are minted, that is, written to the blockchain. You might hear these terms used interchangeably— a drop might be referred to as the project’s mint.
   </>
@@ -9878,7 +9878,7 @@ const exportDefinitions = {
     "term": "Ngrave",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Crypto hardware wallet.
   </>
@@ -9916,7 +9916,7 @@ const exportDefinitions = {
     "term": "node",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.
   </>
@@ -9954,7 +9954,7 @@ const exportDefinitions = {
     "term": "Non-fungible token",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See NFT
   </>
@@ -9992,7 +9992,7 @@ const exportDefinitions = {
     "term": "nonce",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The word ‘nonce’ has a few different meanings, and in different contexts, it ends up getting used a lot of different ways. Originally formed from a contraction of a phrase meaning “not more than once”, on the Ethereum Mainnet, “nonce” refers to a unique transaction identification number that increases in value with each successive transaction in order to ensure various safety features (such as preventing a double-spend). Note that due to its broader use in cryptography, you may encounter ‘nonce’ being used differently on other sidechains or decentralized projects.
   </>
@@ -10030,7 +10030,7 @@ const exportDefinitions = {
     "term": "off-chain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A transaction that is processed outside the blockchain network with an increased speed and reduced cost. There are two different transactions that occur on the blockchain:\n\nOn-chain transactions are those reflected on the distributed ledger and are visible to all the network users. On the other hand, off-chain transactions occur outside the blockchain network. Such a transaction doesn’t need the services of miners because no ledger verification is conducted.\nUnlike on-chain transactions, off-chain transactions can be made instantly. This method entails lower fees, happens instantly, and offers more anonymity.
   </>
@@ -10068,7 +10068,7 @@ const exportDefinitions = {
     "term": "ommer block",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Under the Proof of Work (PoW) consensus mechanism, miners received rewards for being the first to mine a new block. However, at times a block would be mined just after, and in competition with, the last block. This block, known as an ommer and previously as an uncle, could get rolled into subsequent blocks and the miner of the original ommer would get a partial block reward. All of this functionality was deprecated as of the launch of the Beacon Chain.
   </>
@@ -10106,7 +10106,7 @@ const exportDefinitions = {
     "term": "on-chain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     On-chain, as the name implies, refers to blockchain transactions that exist on and have been verified to the blockchain by miners or validators. On-Chain also means that transactions have been recorded to the blockchain
   </>
@@ -10144,7 +10144,7 @@ const exportDefinitions = {
     "term": "on-ramp, off-ramp",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Based on a metaphor from the American highway system, 'on-ramp' refers to a tool, or a service provider, or the action, of converting fiat currency into tokens on a blockchain. Conversely, 'off-ramp' refers to exchanging on-chain assets for their value in a given fiat currency. There are many providers of such services, and MetaMask users have access to them through the 'Buy Crypto' feature.
   </>
@@ -10182,7 +10182,7 @@ const exportDefinitions = {
     "term": "OpenSea",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     OpenSea is the world's first and largest web3 marketplace for NFTs and crypto collectibles.
   </>
@@ -10220,7 +10220,7 @@ const exportDefinitions = {
     "term": "Opera",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Internet browser.
   </>
@@ -10258,7 +10258,7 @@ const exportDefinitions = {
     "term": "Optimism",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Optimism is a layer-2 scaling solution for Ethereum, which is a blockchain-based platform for decentralized applications. It is designed to reduce the cost and increase the speed of transactions on the Ethereum network. Optimism works by using a technique called optimistic rollups, which allows it to process a large number of transactions off-chain, while still maintaining the security and decentralization of the Ethereum network.\n\nIn optimistic rollups, transactions are initially processed off-chain, and a summary of these transactions is then submitted to the Ethereum network for verification. This verification process ensures that the transactions are valid and that no fraud has occurred. Once the transactions are verified, they are added to the Ethereum blockchain, allowing users to interact with the decentralized applications built on the platform.
   </>
@@ -10296,7 +10296,7 @@ const exportDefinitions = {
     "term": "optimistic rollup",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A rollup that assumes the validity and good faith of transactions, and only runs a fraud proof in the case of fraud being alleged. See also 'rollup'.
   </>
@@ -10334,7 +10334,7 @@ const exportDefinitions = {
     "term": "Oracle",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Typically, an oracle is any entity or person that is relied on to report the outcome of an event. In a blockchain network an oracle (human or machine) helps communicate data to a smart contract, which can then be used to verify an event or specific outcome.
   </>
@@ -10372,7 +10372,7 @@ const exportDefinitions = {
     "term": "ParaSwap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ParaSwap is a decentralized exchange (DEX) aggregator that optimizes swaps for users through better prices, limited gas fees, and lower slippage. ParaSwap sources their liquidity from major DEXes such as Uniswap, Balancer, Curve, Kyber, in addition to ParaSwapPool, their professional Market Maker network.
   </>
@@ -10410,7 +10410,7 @@ const exportDefinitions = {
     "term": "parity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In a general sense, to say that something 'has parity' with another thing means 'equal in features or other important quality', and is a phrase often used by software developers and computer scientists.
   </>
@@ -10448,7 +10448,7 @@ const exportDefinitions = {
     "term": "Parity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Parity Technologies is the name of a blockchain technology company that is developing a number of significant projects in the blockchain space. One of its first projects was an Ethereum client, known as Parity; its name was changed to Parity Ethereum, and then was spun out as a DAO-owned and operated project called Open Ethereum, which has also been deprecated. See also 'client'.
   </>
@@ -10486,7 +10486,7 @@ const exportDefinitions = {
     "term": "Passphrase",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See 'Secret Recovery Phrase'
   </>
@@ -10524,7 +10524,7 @@ const exportDefinitions = {
     "term": "password manager",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A password manager is a tool or software that stores all sorts of passwords needed for online applications and services.\nPassword manager
   </>
@@ -10562,7 +10562,7 @@ const exportDefinitions = {
     "term": "PayPal",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     PayPal is a multinational financial technology company operating an online payments system in the majority of countries.
   </>
@@ -10600,7 +10600,7 @@ const exportDefinitions = {
     "term": "peer-to-peer (P2P)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     P2P refers to interactions that happen directly between two parties, usually two separate individuals, and have been present in Internet technology in different ways for some time. These interactions are often coordinated through some sort of app or network, which can consist of any number of individuals. Public blockchains can be considered to have a high degree of P2P functionality, as individuals are able to transact or interact with each other without relying on an intermediary or single point of failure.
   </>
@@ -10638,7 +10638,7 @@ const exportDefinitions = {
     "term": "permissioned ledger",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blockchain network in which access to ledger or network requires permission from an individual or group of individuals, as opposed to a public blockchain. Permissioned ledgers may have one or many owners. Consensus on a permissioned ledger is conducted by the trusted actors, such as government departments, banks, or other known entities. Permissioned blockchains or ledgers contain highly-verifiable data sets because the consensus process creates a digital signature, which can be seen by all parties. A permissioned ledger is much easier to maintain and considerably faster than a public blockchain. For example, Quorum or Hyperledger Besu are permissioned ledgers that can be more easily set up for large enterprises. In contrast, the public Ethereum blockchain is a permissionless ledger which anyone can access.
   </>
@@ -10676,7 +10676,7 @@ const exportDefinitions = {
     "term": "phishing (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Phishing is a form of social engineering where attackers deceive people into revealing sensitive information or installing malware such as ransomware.
   </>
@@ -10714,7 +10714,7 @@ const exportDefinitions = {
     "term": "Plasma",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Plasma' is a term that is used to refer to one of the solutions being built and deployed in order to securely scale the Ethereum network. A Plasma network functions similarly to an optimistic rollup, inasmuch as it relies on Ethereum Mainnet to maintain the record of transactions, and as the source for arbitration or fraud resolution. However, a Plasma network differs in other important technical ways from rollups, and is currently limited to simple operations, such as swaps and token transfers. More technical information is available here.
   </>
@@ -10752,7 +10752,7 @@ const exportDefinitions = {
     "term": "PoA, PoS, PoW",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronyms standing for Proof of X consensus mechanisms: Authority, Stake, Work. The “o” is lowercase since you wouldn’t capitalize “of” when writing out the phrase. See also 'consensus', 'Proof of Authority', 'Proof of Stake', 'Proof of Work'.
   </>
@@ -10790,7 +10790,7 @@ const exportDefinitions = {
     "term": "Polygon",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Polygon (formerly Matic Network) is a layer-2 scaling solution for Ethereum that aims to address the scalability issues of the Ethereum blockchain. It is designed to provide faster and cheaper transactions with the same level of security and decentralization as the Ethereum network.\n\nPolygon achieves this by creating a multi-chain ecosystem that is built on top of the Ethereum network. This ecosystem consists of various interconnected sidechains that can process transactions independently of the main Ethereum blockchain. These sidechains are called 'Polygon chains' or 'commit chains'.
   </>
@@ -10828,7 +10828,7 @@ const exportDefinitions = {
     "term": "Portfolio",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Portfolio Dapp enables you to view all your MetaMask accounts and their assets in one place. It aggregates values from across your accounts and shows your total holdings, making it easier than ever to get an at-a-glance summary of their value in your chosen currency.\n\nGetting started with MetaMask Portfolio
   </>
@@ -10866,7 +10866,7 @@ const exportDefinitions = {
     "term": "PoS/PoW Hybrid",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A hybrid consensus model that utilizes a combination of Proof of Stake (PoS) and Proof of Work (PoW) consensus. Using this Hybrid consensus mechanism, blocks are validated from not only miners, but also voters (stakeholders) to form a balanced network governance.
   </>
@@ -10904,7 +10904,7 @@ const exportDefinitions = {
     "term": "Priority fee",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The priority fee, also referred to as the 'miner tip', incentivizes the miner to prioritize your transaction.\n\nNaturally, whether this does actually go to a miner depends on the consensus mechanism they use: Ethereum mainnet became a Proof of Stake network following the Merge in September 2022, so the priority fee goes to validators instead of miners.
   </>
@@ -10942,7 +10942,7 @@ const exportDefinitions = {
     "term": "private blockchain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A blockchain or distributed ledger that has a closed network wherein participants are controlled by a single entity. A private blockchain requires a verification process for new participants. A private blockchain may also limit which individuals are able to participate in consensus of the blockchain network. See also 'permissioned ledger'.
   </>
@@ -10980,7 +10980,7 @@ const exportDefinitions = {
     "term": "private currency",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A currency or token issued by a private individual or firm. Typically, the token or currency is limited to use within the network of that particular firm or individual. This is not to be confused with a “privacy cryptocurrency”, which are cryptocurrencies with specific privacy features, such as hidden user identities.
   </>
@@ -11018,7 +11018,7 @@ const exportDefinitions = {
     "term": "private key",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A private key is an alphanumeric string of data that, in MetaMask, corresponds to a single specific account in a wallet. Private keys can be thought of as a password that enables an individual to control a specific crypto account. Never reveal your private key to anyone, as whoever controls the private key controls the account funds. If you lose your private key, then you lose access to, and control over, that account.
   </>
@@ -11056,7 +11056,7 @@ const exportDefinitions = {
     "term": "Proof of Authority (PoA)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A consensus mechanism used in private blockchains, granting a single private key the authority to generate all of the blocks or validate transactions.
   </>
@@ -11094,7 +11094,7 @@ const exportDefinitions = {
     "term": "Proof of Stake (PoS)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A consensus mechanism in which an individual node, or “validator”, validates transactions or blocks. Validators lock up a certain amount of cryptocurrency, such as ether, into a ‘stake’, in order to be able to participate in consensus. If the node validates a block (group of transactions) correctly, then the validator receives a reward. Conversely, if the validator behaves poorly by validating incorrect transactions or by not maintaining sufficient network connectivity, the cryptocurrency they staked can be ‘slashed’, or taken from them and put out of circulation (‘burned’). PoS requires a negligible amount of computing power compared to Proof of Work consensus.
   </>
@@ -11132,7 +11132,7 @@ const exportDefinitions = {
     "term": "Proof of Work (PoW)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A consensus mechanism in which each block is ‘mined’ by one of the nodes, or a group of nodes, on the network. The computational process involved in committing a series of transactions into a block on the network, known as ‘hashing a block’, is technically quite simple, and therefore subject to attack. Under PoW, each miner must solve a math problem to find a set, difficult variable in order to be able to propose their block to the network as the next to be ‘mined’. In effect, the process of hashing each block becomes a competition. This addition of solving for a target increases the difficulty of successfully hashing each block, and consequently the security of the network.\n\nFor each hashed block, the overall process of hashing will have taken some time and computational effort. Thus, a hashed block is considered Proof of Work, and the miner that successfully hashes the block first receives a reward, in the form of cryptocurrency. PoW is singificantly more energy-intensive than other consensus mechanisms, such as Proof of Stake.
   </>
@@ -11170,7 +11170,7 @@ const exportDefinitions = {
     "term": "protocol",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Formally speaking, a 'protocol' is a set of rules governing how a process is carried out. This concept is used throughout public blockchain networks and web3 to refer to the way smart contracts execute their functionality in the same way regardless of the user. The products or services built on top of smart contracts are often referred to as 'protocols' by extension.
   </>
@@ -11208,7 +11208,7 @@ const exportDefinitions = {
     "term": "public blockchain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A globally open network wherein anyone can participate in transactions, participate in the consensus protocol to help determine which blocks get added to the chain, maintain and examine the contents of the chain.
   </>
@@ -11246,7 +11246,7 @@ const exportDefinitions = {
     "term": "public key",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Public blockchain networks are just that: public. Their data is accessible and readable by anyone. In order to have any degree of usability when it comes to allowing users to do some things, like send transactions, but not others, like steal other peoples' tokens, cryptographic technology is used. In particular, a design paradigm known as 'public/private key pairs' is employed to ensure users can interact with others on the network as they wish, while keeping their own account secure. These key pairs consist of two long strings of alphanumeric characters. A public key can be derived mathematically from its corresponding private key, but the inverse is not true: it is mathematically impossible to derive a private key from its corresponding public key. This allows, for example, users to have a public wallet address that anyone can use to send them tokens, with the peace of mind that as long as they properly keep the corresponding private key safe, those tokens cannot be stolen. See also 'private key'.
   </>
@@ -11284,7 +11284,7 @@ const exportDefinitions = {
     "term": "Public-Key Cryptography",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See 'public key',see 'Cryptography', see 'blockchain'. Public-Key Cryptography
   </>
@@ -11322,7 +11322,7 @@ const exportDefinitions = {
     "term": "Public-Key Infrastructure",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A public key infrastructure (PKI) is a collection of roles, rules, hardware, software, and processes for creating, managing, distributing, using, storing, and revoking digital certificates. Public-Key Infrastructure
   </>
@@ -11360,7 +11360,7 @@ const exportDefinitions = {
     "term": "QR code",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A QR code is a type of matrix barcode, constituting a machine-readable optical label that can contain information about the item to which it is attached.
   </>
@@ -11398,7 +11398,7 @@ const exportDefinitions = {
     "term": "Quorum",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     ConsenSys Quorum enables enterprises to leverage Ethereum for their high-value blockchain applications. Businesses can rely on the Quorum open-source protocol layer and integrate on top of it product modules from ConsenSys, other companies, or your own in-house development team to build high-performance, customizable applications.\n\nQuorum
   </>
@@ -11436,7 +11436,7 @@ const exportDefinitions = {
     "term": "Rarible",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An NFT marketplace.
   </>
@@ -11474,7 +11474,7 @@ const exportDefinitions = {
     "term": "relayer",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A relayer is an intermediary that facilitates the exchange or transfer of information, assets, or services between two or more parties. The term is used in various fields, including finance, communication, and technology.\n\nIn the context of cryptocurrencies and blockchain technology, a relayer typically refers to an intermediary that facilitates peer-to-peer transactions on a decentralized network. This can include decentralized exchanges (DEXs), where relayers act as matching engines to connect buyers and sellers of digital assets. A few examples of popular relayers include 0x: 0x is a decentralized exchange protocol that enables the creation of relayers on the Ethereum blockchain. These relayers can be built by anyone and allow for peer-to-peer trading of ERC-20 tokens.\n\nKyber Network: Kyber Network is a decentralized liquidity network that also operates as a relayer. It enables users to trade a wide range of digital assets, including ERC-20 tokens, without the need for a centralized intermediary.\n\nUniswap: Uniswap is a popular decentralized exchange that operates as a relayer. It uses an automated market maker (AMM) system to enable peer-to-peer trading of ERC-20 tokens.\n\nAirSwap: AirSwap is a decentralized exchange that operates as a peer-to-peer relayer on the Ethereum blockchain. It uses an off-chain order book to match buyers and sellers and execute trades.
   </>
@@ -11512,7 +11512,7 @@ const exportDefinitions = {
     "term": "Remote Procedure Call (RPC)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see ‘JSON-RPC’ for further details.
   </>
@@ -11550,7 +11550,7 @@ const exportDefinitions = {
     "term": "Rinkeby",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.
   </>
@@ -11588,7 +11588,7 @@ const exportDefinitions = {
     "term": "Roadmap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A planning technique which lays out the short and long term goals of a particular project within a flexible estimated timeline.
   </>
@@ -11626,7 +11626,7 @@ const exportDefinitions = {
     "term": "Rocket Pool",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Rocket Pool is a decentralized Ethereum staking pool.
   </>
@@ -11664,7 +11664,7 @@ const exportDefinitions = {
     "term": "rollups",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Rollups (pronounced 'roll ups') are one element in the set of tools and infrastructure being built as scaling solutions for the Ethereum network. They consist, in general, of networks which prioritize their ability to compute transactions and smart contract functionality, and then 'roll up' those transactions to Ethereum Mainnet for secure verification of their validity. There are different ways of approaching this problem from a technical point of view, namely Zero Knowledge, or ZK, rollups, and Optimistic rollups. Arbitrum and Optimism are prominent examples. See the entries on both of these types of rollup for more, and more in-depth discussion here.
   </>
@@ -11702,7 +11702,7 @@ const exportDefinitions = {
     "term": "Ropsten",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.
   </>
@@ -11740,7 +11740,7 @@ const exportDefinitions = {
     "term": "RPC",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see 'JSON-RPC' for further details.
   </>
@@ -11778,7 +11778,7 @@ const exportDefinitions = {
     "term": "rug pull",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Similar to the traditional financial scam of a pyramid scheme, a 'rug pull' is a cryptocurrency or crypto-token based scam in which the creators of the token create hype, through injecting liquidity into their token, airdropping, and other schemes, and once investors pile in and boost the price of the token up to a certain point, the creators liquidate their (generally majority) share of the tokens, leaving their investors with next to nothing.
   </>
@@ -11816,7 +11816,7 @@ const exportDefinitions = {
     "term": "Safeheron",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Safeheron is an open-source platform for managing digital assets.
   </>
@@ -11854,7 +11854,7 @@ const exportDefinitions = {
     "term": "Samsung Pay",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Samsung Pay is a mobile payment and digital wallet service that lets users make payments using compatible phones and other Samsung-produced devices.
   </>
@@ -11892,7 +11892,7 @@ const exportDefinitions = {
     "term": "sandbox",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A testing environment in a computer system in which new or untested software or coding can be run securely.
   </>
@@ -11930,7 +11930,7 @@ const exportDefinitions = {
     "term": "Sardine",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Sardine is an instant fiat and crypto settlement platform.
   </>
@@ -11968,7 +11968,7 @@ const exportDefinitions = {
     "term": "Satoshi Nakamoto",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A pseudonymous individual or entity who created the Bitcoin protocol, solving the digital currency issue of the “double spend.” Nakamoto first published their white paper describing the project in 2008, and the first Bitcoin software was released one year later.
   </>
@@ -12006,7 +12006,7 @@ const exportDefinitions = {
     "term": "scalability",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A change in size or scale to handle a network’s demands. This word is used to refer to a blockchain project’s ability to handle network traffic, future growth, and capacity in its intended application.
   </>
@@ -12044,7 +12044,7 @@ const exportDefinitions = {
     "term": "Scaling",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The main goal of scalability is to increase transaction speed (faster finality), and transaction throughput (high transactions per second), without sacrificing decentralization or security.
   </>
@@ -12082,7 +12082,7 @@ const exportDefinitions = {
     "term": "Scrypt",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An alternative proof-of-work (PoW) algorithm to SHA-256, used in Bitcoin mining. Scrypt mining relies more heavily on memory than on pure CPU power, aiming to reduce the advantage that ASICs. Scrypt
   </>
@@ -12120,7 +12120,7 @@ const exportDefinitions = {
     "term": "Secret Recovery Phrase",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The seed phrase, mnemonic, or Secret Recovery Phrase is a crucial part of public blockchain technology, originally created for Bitcoin, and goes by many names. However, they all refer to a set of ordered words which correspond to determined values. These values never change, and therefore the same string of words in the same order will always produce the same number–this is the underlying functionality that allows seed phrases to back up wallets. This is also where the name ‘hierarchical deterministic wallets’ comes from, as all the accounts in a given wallet are deterministically created from the seed phrase, and they are hierarchically controlled by it.\n\nA Secret Recovery Phrase is exactly what it sounds like: something that is secret, and should be known only to the owner of the account. If the seed phrase is given to someone else, that person has complete control over the account; they can drain it of tokens and funds, execute transactions with it, etc.    What is a ‘Secret Recovery Phrase’ and how to keep your crypto wallet secure
   </>
@@ -12158,7 +12158,7 @@ const exportDefinitions = {
     "term": "Security Token",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A security token is essentially a digital form of traditional securities. There are three primary types of traditional securities: equities, debt and a hybrid of debt and equity. Examples of securities include stocks, bonds, ETFs, options and futures. Hypothetically, any of these things can be tokenized to become a security token. It is possible that in the near future, security tokens could serve as a very viable alternative and competitor to stocks and other traditional securities. Security Token
   </>
@@ -12196,7 +12196,7 @@ const exportDefinitions = {
     "term": "Security Token Offering (STO)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A security token offering (STO) is a form of initial coin offering (ICO) where a company or organization issues a security token that is backed by a tangible asset, such as real estate, technology or other assets. The security token represents the right to ownership of the underlying asset, with the tokens being tradeable on a compliant digital asset exchange. Security Token Offering
   </>
@@ -12234,7 +12234,7 @@ const exportDefinitions = {
     "term": "seed phrase",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Another term for Secret Recovery Phrase
   </>
@@ -12272,7 +12272,7 @@ const exportDefinitions = {
     "term": "self-custody (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Self-custodial' refers to the fact that it's you ('self') who holds your wallet's private key(s). A self-custodial wallet eliminates the third party between you and your crypto-assets, which is more suitable for some people.
   </>
@@ -12310,7 +12310,7 @@ const exportDefinitions = {
     "term": "self-executing",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A smart contract is a self-executing contract: a computer program that automatically executes the terms of a contract when certain conditions are met.
   </>
@@ -12348,7 +12348,7 @@ const exportDefinitions = {
     "term": "Sepolia",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Sepolia is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).\n\nETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet
   </>
@@ -12386,9 +12386,9 @@ const exportDefinitions = {
     "term": "Serenity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
-    The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific descriptions of the upgrades themselves.
+    The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific definitions of the upgrades themselves.
   </>
 )
 ,
@@ -12424,7 +12424,7 @@ const exportDefinitions = {
     "term": "serialization",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The process of converting a data structure into a sequence of bytes. Ethereum internally uses an encoding format called recursive-length prefix encoding (RLP).
   </>
@@ -12462,7 +12462,7 @@ const exportDefinitions = {
     "term": "Shard chain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A proof-of-stake chain that is coordinated by the Beacon Chain and secured by validators. There will be 64 added to the network as part of the shard chain upgrade. Shard chains will offer increased transaction throughput for Ethereum by providing additional data to layer 2 solutions like optimistic rollups and ZK-rollups.
   </>
@@ -12500,7 +12500,7 @@ const exportDefinitions = {
     "term": "sharding (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Sharding, in public blockchains, refers to splitting an entire network into multiple portions, called “shards.” Each shard would contain its own independent state, meaning a unique set of account balances and smart contracts. Sharding is currently being investigated and developed as one of the set of tools and solutions for scaling Ethereum.
   </>
@@ -12538,7 +12538,7 @@ const exportDefinitions = {
     "term": "Shielded Transaction",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A shielded transaction is essentially a transaction that is between two shielded addresses.\nShielded Transaction
   </>
@@ -12576,7 +12576,7 @@ const exportDefinitions = {
     "term": "sidechain",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A ‘sidechain’ refers to a chain that is connected to another (most often, to Ethereum) through a bridge, allowing assets to be transferred between them. In contrast to a Layer 2 network or a rollup, a sidechain is a full blockchain network in and of itself, and does not rely on Ethereum for consensus. It therefore must be evaluated independently in terms of its security, stability, and other features. See also “blockchain trilemma”, “modular blockchain”.\n\nNote: Bridges exist for good reason; sending tokens from a sidechain to Ethereum mainnet or vice versa would result in token loss.
   </>
@@ -12614,7 +12614,7 @@ const exportDefinitions = {
     "term": "Signature (Cryptographic)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See 'Digital signature'
   </>
@@ -12652,7 +12652,7 @@ const exportDefinitions = {
     "term": "slashing condition",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Under a Proof of Stake (PoS) consensus mechanism, a slashing condition is one that causes the validator's deposit to be destroyed when they trigger it. See also 'Proof of Stake'.
   </>
@@ -12690,7 +12690,7 @@ const exportDefinitions = {
     "term": "slippage",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Slippage is the expected percentage difference between a quoted and an executed price.
   </>
@@ -12728,7 +12728,7 @@ const exportDefinitions = {
     "term": "slot",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In Proof of Stake consensus in Ethereum, a 'slot' is a period of time equivalent to 12 seconds; 32 slots make up an 'epoch'. Slots are significant in that for each slot, a different validator node is randomly chosen to propose blocks to the network, and a different committee of validators are chosen to vote on whether each block is valid
   </>
@@ -12766,7 +12766,7 @@ const exportDefinitions = {
     "term": "smart contract",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Smart contracts are programs that have been published on a public blockchain, and can be used by anyone. While they often contain agreements or sets of actions between parties that emulate a traditional legal contract, they are not, in and of themselves, legal documents. Smart contracts are automated actions that can be coded and executed once a set of conditions is met, and are the dominant form of programming on the Ethereum Virtual Machine.
   </>
@@ -12804,7 +12804,7 @@ const exportDefinitions = {
     "term": "snap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A program or piece of code that extends the functionality of MetaMask by using the MetaMask Snaps framework.
   </>
@@ -12842,7 +12842,7 @@ const exportDefinitions = {
     "term": "soft fork",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A change to the blockchain protocol resulting in only previously valid blocks and transactions being made invalid. Since old nodes will recognize the new blocks as valid, a soft fork is backward-compatible. However, this can result in a potential divide in the blockchain, as the old software generates blocks that read as invalid according to the new rules. Contrast with 'hard fork'; for more basic information regarding forks, see 'fork'.
   </>
@@ -12880,7 +12880,7 @@ const exportDefinitions = {
     "term": "Software Development Kit (SDK)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A software development kit is a collection of software development tools in one installable package. They facilitate the creation of applications by having a compiler, debugger and sometimes a software framework. See 'MetaMask SDK'
   </>
@@ -12918,7 +12918,7 @@ const exportDefinitions = {
     "term": "Solidity",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The programming language developers use to write smart contracts on the Ethereum network. See also ‘smart contract’. Solidity
   </>
@@ -12956,7 +12956,7 @@ const exportDefinitions = {
     "term": "stablecoin",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A cryptocurrency whose value has been ‘pegged’ to that of something considered a ‘stable’ asset, like fiat currency or gold. It theoretically remains stable in price, as it is measured against a known amount of an asset which should be less subject to fluctuation. Always spelled as one word. User Guide: Tokens
   </>
@@ -12994,7 +12994,7 @@ const exportDefinitions = {
     "term": "staking (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     On the Ethereum Proof of Stake network, those wishing to participate in consensus must first lock up, or ‘stake’, 32 ETH into a smart contract; this ETH may be ‘slashed’ (taken from them and ‘burned’, put out of circulation) in the event that their validator behaves maliciously or does not meet performance requirements. Similar Proof of Stake mechanisms are in operation on other networks, as well.\n\nAlthough this is the canonical meaning of the word, similar actions taken at the level of a decentralized exchange (DEX) or another dapp are often called ‘staking’, though it would probably be more accurate and descriptive to just call this ‘locking up tokens’.
   </>
@@ -13032,7 +13032,7 @@ const exportDefinitions = {
     "term": "state",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The set of data that a blockchain network strictly needs to keep track of, and that represents data currently relevant to applications on the chain.
   </>
@@ -13070,7 +13070,7 @@ const exportDefinitions = {
     "term": "state channels",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     State channels are part of the set of tools and platforms involved in scaling Ethereum. While a complex topic, state channels are essentially methods through which the current 'state' of the blockchain can be exported, and then based on that, any given number of transactions can take place off-chain, and then be moved back onto the main Ethereum chain.
   </>
@@ -13108,7 +13108,7 @@ const exportDefinitions = {
     "term": "Streaming",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Money streaming represents the idea of continuous payments over time. Block numbers are used to measure time in the blockchain and continuously update the balances of the parties in the contract.
   </>
@@ -13146,7 +13146,7 @@ const exportDefinitions = {
     "term": "swap (noun)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap. Within MetaMask, users have access to a powerful aggregator showing them information about swaps across the ecosystem, this is MetaMask Swaps:\n\nUser Guide Swaps
   </>
@@ -13184,7 +13184,7 @@ const exportDefinitions = {
     "term": "Swap /MetaSwap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap.
   </>
@@ -13222,7 +13222,7 @@ const exportDefinitions = {
     "term": "szabo",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A denomination of ETH. See also 'ether (denominations)'.
   </>
@@ -13260,7 +13260,7 @@ const exportDefinitions = {
     "term": "testnet (test network)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A testnet is a blockchain network that mirrors, as closely as possible, the current conditions of a corresponding ‘main’ network. Testnets are used by developers to verify that their smart contracts and other functionality work as intended, before permanently recording their code to a live blockchain network (and often spending significant gas fees in the process!).\n\nTokens minted on testnets are not transferrable for their equivalent value on mainnets.
   </>
@@ -13298,7 +13298,7 @@ const exportDefinitions = {
     "term": "Testnet Kovan",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; website here.
   </>
@@ -13336,7 +13336,7 @@ const exportDefinitions = {
     "term": "Testnet Rinkeby",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; faucet here. Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.
   </>
@@ -13374,7 +13374,7 @@ const exportDefinitions = {
     "term": "Testnet Ropsten",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.
   </>
@@ -13412,7 +13412,7 @@ const exportDefinitions = {
     "term": "token",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A token represents an asset issued on an existing blockchain; the transfer of tokens and the addresses that currently hold them are the subject of the network’s consensus activities. There are many types of tokens; see also ‘ERC-20’ and ‘ERC-721’ entries.
   </>
@@ -13450,7 +13450,7 @@ const exportDefinitions = {
     "term": "token lockup",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A token lock-up refers to a mechanism where certain tokens or cryptocurrency holdings are locked up or frozen for a specified period of time to restrict their transfer or sale. This is often used in the context of initial coin offerings (ICOs), where token issuers may require investors to commit to holding onto their tokens for a certain period, typically to ensure that investors are committed to the project's long-term success.\n\nToken lock-up periods can vary in duration and can be predetermined or set according to certain conditions, such as reaching a certain milestone, liquidity event or network upgrade. During the lock-up period, the tokens cannot be transferred or sold, although in some cases, they may be staked or used to participate in certain network activities. Once the lock-up period is over, the tokens can be freely traded or sold.
   </>
@@ -13488,7 +13488,7 @@ const exportDefinitions = {
     "term": "Token standard",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     See ERC-20, ERC-721, ERC-1155, etc.
   </>
@@ -13526,7 +13526,7 @@ const exportDefinitions = {
     "term": "Total Value Locked (TVL)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Total Value Locked, or TVL, is a common expression used in many contexts across the crypto ecosystem, so it's important to pay attention to the specifics. In general, it refers to how much value, in tokens, has been deposited into something. Most often, it refers to a protocol, which is an application on the blockchain, or a set of protocols. For example, a decentralized token trading platform might have a series of liquidity pools, which are protocols enabling swaps between tokens, and the platform may quote the 'TVL' for all the pools combined. Alternatively, if a network uses proof of stake for their consensus mechanism, they may represent the TVL of all the tokens staked into that consensus protocol.
   </>
@@ -13564,7 +13564,7 @@ const exportDefinitions = {
     "term": "Transaction",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Data committed to the Ethereum Blockchain signed by an originating account, targeting a specific address. The transaction contains metadata such as the gas limit for that transaction.
   </>
@@ -13602,7 +13602,7 @@ const exportDefinitions = {
     "term": "transaction block",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A collection of transactions on a blockchain network, gathered into a set or a block that can then be hashed and added to the blockchain. See 'hash'.
   </>
@@ -13640,7 +13640,7 @@ const exportDefinitions = {
     "term": "transaction fee",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A small fee imposed on transactions sent across a blockchain network. These fees are used to pay network validators or miners for their participation in consensus, and thus ensure that a blockchain network is self-sustaining.
   </>
@@ -13678,7 +13678,7 @@ const exportDefinitions = {
     "term": "transaction ID",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A transaction hash/ID (often abbreviated as tx hash or txn hash) is a unique identifier, similar to a receipt, that serves as proof that a transaction was validated and added to the blockchain. In many cases, a transaction hash is needed in order to locate funds.
   </>
@@ -13716,7 +13716,7 @@ const exportDefinitions = {
     "term": "transaction pool",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     When a user submits a transaction to the Ethereum network--or many other networks based on Ethereum--the transaction goes into what's know as a 'transaction pool', or 'txpool' for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are 'picked up' and included in the next block, and there is currently a lot of research surrounding how this decision gets made (see 'MEV'). In Bitcoin, the transaction pool was referred to as the 'memory pool', or 'mempool', and often these terms are used interchangeably.
   </>
@@ -13754,7 +13754,7 @@ const exportDefinitions = {
     "term": "Transak",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Transak is a developer integration toolkit to let users buy/sell crypto in any app, website or web plugin.
   </>
@@ -13792,7 +13792,7 @@ const exportDefinitions = {
     "term": "Trezor",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Hardware wallet.
   </>
@@ -13830,7 +13830,7 @@ const exportDefinitions = {
     "term": "Truffle",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Truffle Suite is a development environment based on Ethereum Blockchain, used to develop dapps. Truffle is a one-stop solution for building dapps: compiling contracts, deploying contracts, injecting it into a web app, creating front-end for dapps and testing.\nTruffle Suite
   </>
@@ -13868,7 +13868,7 @@ const exportDefinitions = {
     "term": "trustless",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Trustless' is a term that gets used a lot in the decentralized web, and it deserves some explanation. Traditionally, to call something 'trustless' would sound like a negative thing. In the context of decentralized technology, it has a more technical meaning: since everyone has a copy of the ledger of all transactions ever executed, there is no need for a centralized entity that 'must be trusted' as the source of truth. With public blockchain networks, data isn't kept on some centralized server somewhere that could be hacked or changed arbitrarily; anyone can verify the transactions themselves. This is why the term 'trustless' was coined: there is no need for trust, although, in a way, the rules and assurances built into the blockchain provide the basis for greater trust between people, because the system is guaranteed to work the same for everyone.
   </>
@@ -13906,7 +13906,7 @@ const exportDefinitions = {
     "term": "Turing-complete",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Any machine that can calculate on a level equal to a programmable computer is Turing-complete, or computationally universal. The Ethereum Virtual Machine, which processes smart contracts and transactions, is Turing-complete, despite not existing on a single physical computer.
   </>
@@ -13944,7 +13944,7 @@ const exportDefinitions = {
     "term": "Two-Factor Authentication (2FA)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Two-factor authentication (2FA) is an identity and access management security method that requires two forms of identification to access resources and data. 2FA gives businesses the ability to monitor and help safeguard their most vulnerable information and networks.See also 'U2F' When 2FA
   </>
@@ -13982,7 +13982,7 @@ const exportDefinitions = {
     "term": "TXID",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Transaction ID
   </>
@@ -14020,7 +14020,7 @@ const exportDefinitions = {
     "term": "U2F",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Universal 2nd Factor (U2F) is an open standard that strengthens and simplifies two-factor authentication (2FA) using specialized Universal Serial Bus (USB) or near-field communication (NFC) devices based on similar security technology found in smart cards
   </>
@@ -14058,7 +14058,7 @@ const exportDefinitions = {
     "term": "Uniswap",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Uniswap is a decentralized cryptocurrency exchange that uses a set of smart contracts to execute trades on its exchange.
   </>
@@ -14096,7 +14096,7 @@ const exportDefinitions = {
     "term": "unspent transaction output (UTXO)",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     An unspent transaction output (UTXO) represents some amount of digital currency which has been authorized by one account to be spent by another. UTXOs use public key cryptography to identify and transfer ownership between holders of public/private key pairs. UTXOs are formatted with the recipient's public key, thus restricting the ability to spend that UTXO to the account that can prove ownership of the associated private key. The UTXO can only be spent if it includes the digital signature associated with the public key attached the last time it was sent.
   </>
@@ -14134,7 +14134,7 @@ const exportDefinitions = {
     "term": "upgrade",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Upgrading is the process of replacing a product with a newer version of the same product. In computing and consumer electronics, an upgrade is generally a replacement of hardware, software, or firmware with a newer or better version, in order to bring the system up to date or to improve its characteristics. See also EIP-1159, merge, and  other important Ethereum upgrades
   </>
@@ -14172,7 +14172,7 @@ const exportDefinitions = {
     "term": "UTXO",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Acronym; Unspent Transaction Output.
   </>
@@ -14210,7 +14210,7 @@ const exportDefinitions = {
     "term": "validator",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A participant in Proof of Stake (PoS) consensus. On Ethereum’s Proof of Stake network, validators need to stake 32 ETH in order to get included in the validator set. See also ‘staking’.
   </>
@@ -14248,7 +14248,7 @@ const exportDefinitions = {
     "term": "validity proof",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The proof submitted along with certain types of rollups to prove that the transactions are valid. See also 'rollups'.
   </>
@@ -14286,7 +14286,7 @@ const exportDefinitions = {
     "term": "Validium",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     One of the technologies developed for scaling of the Ethereum network; see more here.
   </>
@@ -14324,7 +14324,7 @@ const exportDefinitions = {
     "term": "Vault Decryptor",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The MetaMask Vault Decryptor is a tool used in recovering the Secret Recovery Phrase. This tool was written by MetaMask co-founder Dan Finlay and can be accessed here: Vault Decryptor
   </>
@@ -14362,7 +14362,7 @@ const exportDefinitions = {
     "term": "Vesting",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In the context of 'vesting period': The act of restricting the sale of a token for a particular period of time. Vesting period
   </>
@@ -14400,7 +14400,7 @@ const exportDefinitions = {
     "term": "wallet",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     In Ethereum-based blockchain technology, a 'wallet' is a something that allows you to manage private keys, your Secret Recovery Phrase, and the accounts generated from it. This could be an internet-connected 'hot wallet', like MetaMask, or an 'airgapped' hardware wallet. In more technical speak, you could say 'the wallet is the client, not the keys.' It is very common for people to use the word 'wallet' to refer to their SRP itself, or the accounts generated from it, or even to one account.
   </>
@@ -14438,7 +14438,7 @@ const exportDefinitions = {
     "term": "WalletConnect",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     WalletConnect is an open source protocol for connecting decentralised applications to mobile wallets with QR code scanning or deep linking.
   </>
@@ -14476,7 +14476,7 @@ const exportDefinitions = {
     "term": "web3, Web 3.0",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Web3, or Web 3.0, are terms used synonymously with “the decentralized web” and are often used to refer, broadly, to the blockchain and decentralized technology ecosystems and communities as a whole.
   </>
@@ -14514,7 +14514,7 @@ const exportDefinitions = {
     "term": "WebHID",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     WebHID (Human Interface Device)\nEnables web applications to interact with human interface devices (HIDs) other than the standard supported devices (mice, keyboards, touchscreens, and gamepads). However, there are many other HID devices that are currently inaccessible to the web
   </>
@@ -14552,7 +14552,7 @@ const exportDefinitions = {
     "term": "WebSocket",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     WebSocket is a computer communications protocol, providing full-duplex communication channels over a single TCP connection. It's often used by dapps to regularly fetch up-to-date information from the blockchain.
   </>
@@ -14590,7 +14590,7 @@ const exportDefinitions = {
     "term": "Wei",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Wei is the smallest denomination of ether, the currency used to facilitate transactional operations on the Ethereum blockchain network, where 10^18 or 1,000,000,000,000,000,000 wei is equivalent to one ether.
   </>
@@ -14628,7 +14628,7 @@ const exportDefinitions = {
     "term": "Whitepaper",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Whitepapers explain the purpose and technology behind a project.
   </>
@@ -14666,7 +14666,7 @@ const exportDefinitions = {
     "term": "Wrapping",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Wrapping a token is a way of bringing a token from one network to another, like wrapped Bitcoin or MATIC tokens on Ethereum Mainnet. User Guide: Tokens
   </>
@@ -14704,7 +14704,7 @@ const exportDefinitions = {
     "term": "Wyre",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Wyre is a regulated Money Service Business (MSB), which means it is a financial services provider licensed to transmit and convert money. The company is almost a decade old, having been around since 2013.\n\nWyre provides what the company calls a secure and compliant bridge between fiat and cryptocurrencies.\n\nIt serves as an infrastructure provider for blockchain businesses to connect with the fiat economy. In other words, Wyre payments enable blockchain businesses to efficiently integrate highly customizable fiat on-ramps into their onboarding flows.
   </>
@@ -14742,7 +14742,7 @@ const exportDefinitions = {
     "term": "yield farming",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Yield farming is an investment practice that involves locking crypto in a dapp for token rewards. Yield farmers deposit their tokens into DeFi applications for crypto trading, lending, or borrowing.
   </>
@@ -14780,7 +14780,7 @@ const exportDefinitions = {
     "term": "yield-bearing tokens",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Yield tokens. See 'yield farming'
   </>
@@ -14818,7 +14818,7 @@ const exportDefinitions = {
     "term": "zero address",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     The Zero Address is an address on the Ethereum network that is the recipient of a special transaction used to register the creation of a new smart contract on the network.
   </>
@@ -14856,7 +14856,7 @@ const exportDefinitions = {
     "term": "Zero-knowledge proof",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A zero-knowledge proof is a cryptographic method that allows an individual to prove that a statement is true without conveying any additional information.
   </>
@@ -14894,7 +14894,7 @@ const exportDefinitions = {
     "term": "Zero-knowledge rollup",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     A rollup of transactions that use validity proofs to offer increased layer 2 transaction throughput while using the security provided by mainnet (layer 1). Although they can't handle complex transaction types, like Optimistic rollups, they don't have latency issues because transactions are provably valid when submitted.
   </>
@@ -14932,7 +14932,7 @@ const exportDefinitions = {
     "term": "zk-SNARKs",
     "phonetic": "",
     "partOfSpeech": "",
-    "description": (
+    "definition": (
   <>
     Zero-Knowledge Succinct Non-interactive ARguments of Knowledge are an incredible technology, and vital to the scaling of blockchain technology and the decentralized web. They are mathematically complex and can be daunting; this explanation from the Ethereum Foundation is a good primer.
   </>
diff --git a/data/exportTerms.js b/data/exportTerms.js
index 539af6f..aa7c583 100644
--- a/data/exportTerms.js
+++ b/data/exportTerms.js
@@ -20,7 +20,7 @@ fs.readFile('consensys-termbase.json', 'utf8', (err, data) => {
         term: englishTerm,
         phonetic: '', // You may need to update this if phonetic is available in the JSON
         partOfSpeech: '', // You may need to fill this later
-        description: termData['Definition'], // Using 'Definition' field as description
+        definition: termData['Definition'], // Using 'Definition' field as definition
         termCategory: termData['Term category'] || '', // Using 'Term category' field if available
         i18n: {},
       };
diff --git a/data/transExport.js b/data/transExport.js
new file mode 100644
index 0000000..b1f72c3
--- /dev/null
+++ b/data/transExport.js
@@ -0,0 +1,42 @@
+const fs = require('fs');
+const path = require('path');
+
+const termsFilePath = path.join(__dirname, './consensys-termbase.json');
+const localesDir = path.join(__dirname, './../src/i18n', 'locales');
+
+const termsData = JSON.parse(fs.readFileSync(termsFilePath, 'utf8'));
+
+for (const term of termsData) {
+  const i18nData = Object.entries(term).filter(([key]) => key !== 'Term' && key !== 'Definition' && key !== 'Term category');
+
+  for (const [locale, translation] of i18nData) {
+    const localeDir = path.join(localesDir, locale.toLowerCase());
+    const translationFilePath = path.join(localeDir, 'translation.json');
+
+    try {
+      // Create the locale directory if it doesn't exist
+      if (!fs.existsSync(localeDir)) {
+        fs.mkdirSync(localeDir, { recursive: true });
+        console.log(`Created directory: ${localeDir}`);
+      }
+
+      // Read the existing translation file or create a new one
+      let translationData = {};
+      if (fs.existsSync(translationFilePath)) {
+        translationData = JSON.parse(fs.readFileSync(translationFilePath, 'utf8'));
+      } else {
+        fs.writeFileSync(translationFilePath, '{}');
+        console.log(`Created file: ${translationFilePath}`);
+      }
+
+      // Add or update the term translation in the translation data
+      translationData[term.Term] = translation;
+
+      // Write the updated translation data to the file
+      fs.writeFileSync(translationFilePath, JSON.stringify(translationData, null, 2));
+      console.log(`Added term "${term.Term}" to ${translationFilePath}`);
+    } catch (err) {
+      console.error(`Error processing term "${term.Term}" for locale "${locale}":`, err);
+    }
+  }
+}
\ No newline at end of file
diff --git a/package-lock.json b/package-lock.json
index 2752474..c63f0fa 100644
--- a/package-lock.json
+++ b/package-lock.json
@@ -1,5 +1,5 @@
 {
-  "name": "Web3-Glossary",
+  "name": "web3-glossary-website",
   "lockfileVersion": 3,
   "requires": true,
   "packages": {
@@ -10,14 +10,16 @@
         "@testing-library/user-event": "^14.4.3",
         "@vitejs/plugin-react-swc": "^3.6.0",
         "i18next": "^23.10.0",
-        "react": "^18.2.0",
-        "react-dom": "^18.2.0",
         "react-i18next": "^14.1.0",
         "vite-plugin-svgr": "^4.2.0",
         "vite-tsconfig-paths": "^4.3.1",
         "web-vitals": "^3.0.4"
       },
       "devDependencies": {
+        "@babel/core": "^7.24.4",
+        "@babel/plugin-transform-react-jsx": "^7.23.4",
+        "@babel/preset-react": "^7.24.1",
+        "@babel/register": "^7.23.7",
         "@svgr/plugin-svgo": "^8.1.0",
         "@svgr/webpack": "^8.1.0",
         "@vitejs/plugin-react": "^4.2.1",
@@ -25,6 +27,8 @@
         "jsdom": "^24.0.0",
         "nth-check": "^2.1.1",
         "postcss": "^8.4.31",
+        "react": "^18.2.0",
+        "react-dom": "^18.2.0",
         "serve": "^14.2.0",
         "vite": "^5.1.6",
         "vitest": "^1.3.1"
@@ -48,39 +52,39 @@
       }
     },
     "node_modules/@babel/code-frame": {
-      "version": "7.23.5",
-      "resolved": "https://registry.npmjs.org/@babel/code-frame/-/code-frame-7.23.5.tgz",
-      "integrity": "sha512-CgH3s1a96LipHCmSUmYFPwY7MNx8C3avkq7i4Wl3cfa662ldtUe4VM1TPXX70pfmrlWTb6jLqTYrZyT2ZTJBgA==",
+      "version": "7.24.2",
+      "resolved": "https://registry.npmjs.org/@babel/code-frame/-/code-frame-7.24.2.tgz",
+      "integrity": "sha512-y5+tLQyV8pg3fsiln67BVLD1P13Eg4lh5RW9mF0zUuvLrv9uIQ4MCL+CRT+FTsBlBjcIan6PGsLcBN0m3ClUyQ==",
       "dependencies": {
-        "@babel/highlight": "^7.23.4",
-        "chalk": "^2.4.2"
+        "@babel/highlight": "^7.24.2",
+        "picocolors": "^1.0.0"
       },
       "engines": {
         "node": ">=6.9.0"
       }
     },
     "node_modules/@babel/compat-data": {
-      "version": "7.23.5",
-      "resolved": "https://registry.npmjs.org/@babel/compat-data/-/compat-data-7.23.5.tgz",
-      "integrity": "sha512-uU27kfDRlhfKl+w1U6vp16IuvSLtjAxdArVXPa9BvLkrr7CYIsxH5adpHObeAGY/41+syctUWOZ140a2Rvkgjw==",
+      "version": "7.24.4",
+      "resolved": "https://registry.npmjs.org/@babel/compat-data/-/compat-data-7.24.4.tgz",
+      "integrity": "sha512-vg8Gih2MLK+kOkHJp4gBEIkyaIi00jgWot2D9QOmmfLC8jINSOzmCLta6Bvz/JSBCqnegV0L80jhxkol5GWNfQ==",
       "engines": {
         "node": ">=6.9.0"
       }
     },
     "node_modules/@babel/core": {
-      "version": "7.24.0",
-      "resolved": "https://registry.npmjs.org/@babel/core/-/core-7.24.0.tgz",
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+      "integrity": "sha512-Op+UycaUt/8FbN/Z2TWPBLge3jWrP3xj10f3fnYxf052bKuS3EKs1ZQcVGjnEMdsNVAM+plXRdmjrZ/KgG3Skw==",
       "dev": true,
       "dependencies": {
-        "js-tokens": "^8.0.2"
+        "js-tokens": "^9.0.0"
       },
       "funding": {
         "url": "https://github.com/sponsors/antfu"
       }
     },
     "node_modules/strip-literal/node_modules/js-tokens": {
-      "version": "8.0.3",
-      "resolved": "https://registry.npmjs.org/js-tokens/-/js-tokens-8.0.3.tgz",
-      "integrity": "sha512-UfJMcSJc+SEXEl9lH/VLHSZbThQyLpw1vLO1Lb+j4RWDvG3N2f7yj3PVQA3cmkTBNldJ9eFnM+xEXxHIXrYiJw==",
+      "version": "9.0.0",
+      "resolved": "https://registry.npmjs.org/js-tokens/-/js-tokens-9.0.0.tgz",
+      "integrity": "sha512-WriZw1luRMlmV3LGJaR6QOJjWwgLUTf89OwT2lUOyjX2dJGBwgmIkbcz+7WFZjrZM635JOIR517++e/67CP9dQ==",
       "dev": true
     },
     "node_modules/supports-color": {
@@ -7563,15 +7837,15 @@
       }
     },
     "node_modules/tinybench": {
-      "version": "2.6.0",
-      "resolved": "https://registry.npmjs.org/tinybench/-/tinybench-2.6.0.tgz",
-      "integrity": "sha512-N8hW3PG/3aOoZAN5V/NSAEDz0ZixDSSt5b/a05iqtpgfLWMSVuCo7w0k2vVvEjdrIoeGqZzweX2WlyioNIHchA==",
+      "version": "2.7.0",
+      "resolved": "https://registry.npmjs.org/tinybench/-/tinybench-2.7.0.tgz",
+      "integrity": "sha512-Qgayeb106x2o4hNzNjsZEfFziw8IbKqtbXBjVh7VIZfBxfD5M4gWtpyx5+YTae2gJ6Y6Dz/KLepiv16RFeQWNA==",
       "dev": true
     },
     "node_modules/tinypool": {
-      "version": "0.8.2",
-      "resolved": "https://registry.npmjs.org/tinypool/-/tinypool-0.8.2.tgz",
-      "integrity": "sha512-SUszKYe5wgsxnNOVlBYO6IC+8VGWdVGZWAqUxp3UErNBtptZvWbwyUOyzNL59zigz2rCA92QiL3wvG+JDSdJdQ==",
+      "version": "0.8.4",
+      "resolved": "https://registry.npmjs.org/tinypool/-/tinypool-0.8.4.tgz",
+      "integrity": "sha512-i11VH5gS6IFeLY3gMBQ00/MmLncVP7JLXOw1vlgkytLmJK7QnEr7NXf0LBdxfmNPAeyetukOk0bOYrJrFGjYJQ==",
       "dev": true,
       "engines": {
         "node": ">=14.0.0"
@@ -7696,9 +7970,9 @@
       }
     },
     "node_modules/ufo": {
-      "version": "1.4.0",
-      "resolved": "https://registry.npmjs.org/ufo/-/ufo-1.4.0.tgz",
-      "integrity": "sha512-Hhy+BhRBleFjpJ2vchUNN40qgkh0366FWJGqVLYBHev0vpHTrXSA0ryT+74UiW6KWsldNurQMKGqCm1M2zBciQ==",
+      "version": "1.5.3",
+      "resolved": "https://registry.npmjs.org/ufo/-/ufo-1.5.3.tgz",
+      "integrity": "sha512-Y7HYmWaFwPUmkoQCUIAYpKqkOf+SbVj/2fJJZ4RJMCfZp0rTGwRbzQD+HghfnhKOjL9E01okqz+ncJskGYfBNw==",
       "dev": true
     },
     "node_modules/undici-types": {
@@ -7822,20 +8096,6 @@
         "requires-port": "^1.0.0"
       }
     },
-    "node_modules/v8-to-istanbul": {
-      "version": "9.2.0",
-      "resolved": "https://registry.npmjs.org/v8-to-istanbul/-/v8-to-istanbul-9.2.0.tgz",
-      "integrity": "sha512-/EH/sDgxU2eGxajKdwLCDmQ4FWq+kpi3uCmBGpw1xJtnAxEjlD8j8PEiGWpCIMIs3ciNAgH0d3TTJiUkYzyZjA==",
-      "dev": true,
-      "dependencies": {
-        "@jridgewell/trace-mapping": "^0.3.12",
-        "@types/istanbul-lib-coverage": "^2.0.1",
-        "convert-source-map": "^2.0.0"
-      },
-      "engines": {
-        "node": ">=10.12.0"
-      }
-    },
     "node_modules/vary": {
       "version": "1.1.2",
       "resolved": "https://registry.npmjs.org/vary/-/vary-1.1.2.tgz",
@@ -7846,13 +8106,13 @@
       }
     },
     "node_modules/vite": {
-      "version": "5.1.6",
-      "resolved": "https://registry.npmjs.org/vite/-/vite-5.1.6.tgz",
-      "integrity": "sha512-yYIAZs9nVfRJ/AiOLCA91zzhjsHUgMjB+EigzFb6W2XTLO8JixBCKCjvhKZaye+NKYHCrkv3Oh50dH9EdLU2RA==",
+      "version": "5.2.9",
+      "resolved": "https://registry.npmjs.org/vite/-/vite-5.2.9.tgz",
+      "integrity": "sha512-uOQWfuZBlc6Y3W/DTuQ1Sr+oIXWvqljLvS881SVmAj00d5RdgShLcuXWxseWPd4HXwiYBFW/vXHfKFeqj9uQnw==",
       "dependencies": {
-        "esbuild": "^0.19.3",
-        "postcss": "^8.4.35",
-        "rollup": "^4.2.0"
+        "esbuild": "^0.20.1",
+        "postcss": "^8.4.38",
+        "rollup": "^4.13.0"
       },
       "bin": {
         "vite": "bin/vite.js"
@@ -7900,9 +8160,9 @@
       }
     },
     "node_modules/vite-node": {
-      "version": "1.3.1",
-      "resolved": "https://registry.npmjs.org/vite-node/-/vite-node-1.3.1.tgz",
-      "integrity": "sha512-azbRrqRxlWTJEVbzInZCTchx0X69M/XPTCz4H+TLvlTcR/xH/3hkRqhOakT41fMJCMzXTu4UvegkZiEoJAWvng==",
+      "version": "1.5.0",
+      "resolved": "https://registry.npmjs.org/vite-node/-/vite-node-1.5.0.tgz",
+      "integrity": "sha512-tV8h6gMj6vPzVCa7l+VGq9lwoJjW8Y79vst8QZZGiuRAfijU+EEWuc0kFpmndQrWhMMhet1jdSF+40KSZUqIIw==",
       "dev": true,
       "dependencies": {
         "cac": "^6.7.14",
@@ -7935,13 +8195,13 @@
       }
     },
     "node_modules/vite-tsconfig-paths": {
-      "version": "4.3.1",
-      "resolved": "https://registry.npmjs.org/vite-tsconfig-paths/-/vite-tsconfig-paths-4.3.1.tgz",
-      "integrity": "sha512-cfgJwcGOsIxXOLU/nELPny2/LUD/lcf1IbfyeKTv2bsupVbTH/xpFtdQlBmIP1GEK2CjjLxYhFfB+QODFAx5aw==",
+      "version": "4.3.2",
+      "resolved": "https://registry.npmjs.org/vite-tsconfig-paths/-/vite-tsconfig-paths-4.3.2.tgz",
+      "integrity": "sha512-0Vd/a6po6Q+86rPlntHye7F31zA2URZMbH8M3saAZ/xR9QoGN/L21bxEGfXdWmFdNkqPpRdxFT7nmNe12e9/uA==",
       "dependencies": {
         "debug": "^4.1.1",
         "globrex": "^0.1.2",
-        "tsconfck": "^3.0.1"
+        "tsconfck": "^3.0.3"
       },
       "peerDependencies": {
         "vite": "*"
@@ -7953,16 +8213,16 @@
       }
     },
     "node_modules/vitest": {
-      "version": "1.3.1",
-      "resolved": "https://registry.npmjs.org/vitest/-/vitest-1.3.1.tgz",
-      "integrity": "sha512-/1QJqXs8YbCrfv/GPQ05wAZf2eakUPLPa18vkJAKE7RXOKfVHqMZZ1WlTjiwl6Gcn65M5vpNUB6EFLnEdRdEXQ==",
+      "version": "1.5.0",
+      "resolved": "https://registry.npmjs.org/vitest/-/vitest-1.5.0.tgz",
+      "integrity": "sha512-d8UKgR0m2kjdxDWX6911uwxout6GHS0XaGH1cksSIVVG8kRlE7G7aBw7myKQCvDI5dT4j7ZMa+l706BIORMDLw==",
       "dev": true,
       "dependencies": {
-        "@vitest/expect": "1.3.1",
-        "@vitest/runner": "1.3.1",
-        "@vitest/snapshot": "1.3.1",
-        "@vitest/spy": "1.3.1",
-        "@vitest/utils": "1.3.1",
+        "@vitest/expect": "1.5.0",
+        "@vitest/runner": "1.5.0",
+        "@vitest/snapshot": "1.5.0",
+        "@vitest/spy": "1.5.0",
+        "@vitest/utils": "1.5.0",
         "acorn-walk": "^8.3.2",
         "chai": "^4.3.10",
         "debug": "^4.3.4",
@@ -7974,9 +8234,9 @@
         "std-env": "^3.5.0",
         "strip-literal": "^2.0.0",
         "tinybench": "^2.5.1",
-        "tinypool": "^0.8.2",
+        "tinypool": "^0.8.3",
         "vite": "^5.0.0",
-        "vite-node": "1.3.1",
+        "vite-node": "1.5.0",
         "why-is-node-running": "^2.2.2"
       },
       "bin": {
@@ -7991,8 +8251,8 @@
       "peerDependencies": {
         "@edge-runtime/vm": "*",
         "@types/node": "^18.0.0 || >=20.0.0",
-        "@vitest/browser": "1.3.1",
-        "@vitest/ui": "1.3.1",
+        "@vitest/browser": "1.5.0",
+        "@vitest/ui": "1.5.0",
         "happy-dom": "*",
         "jsdom": "*"
       },
diff --git a/package.json b/package.json
index 555f821..b012741 100644
--- a/package.json
+++ b/package.json
@@ -6,8 +6,6 @@
     "@testing-library/user-event": "^14.4.3",
     "@vitejs/plugin-react-swc": "^3.6.0",
     "i18next": "^23.10.0",
-    "react": "^18.2.0",
-    "react-dom": "^18.2.0",
     "react-i18next": "^14.1.0",
     "vite-plugin-svgr": "^4.2.0",
     "vite-tsconfig-paths": "^4.3.1",
@@ -39,6 +37,10 @@
     ]
   },
   "devDependencies": {
+    "@babel/core": "^7.24.4",
+    "@babel/plugin-transform-react-jsx": "^7.23.4",
+    "@babel/preset-react": "^7.24.1",
+    "@babel/register": "^7.23.7",
     "@svgr/plugin-svgo": "^8.1.0",
     "@svgr/webpack": "^8.1.0",
     "@vitejs/plugin-react": "^4.2.1",
@@ -46,6 +48,8 @@
     "jsdom": "^24.0.0",
     "nth-check": "^2.1.1",
     "postcss": "^8.4.31",
+    "react": "^18.2.0",
+    "react-dom": "^18.2.0",
     "serve": "^14.2.0",
     "vite": "^5.1.6",
     "vitest": "^1.3.1"
diff --git a/src/App.jsx b/src/App.jsx
index 5159ae1..5d97902 100644
--- a/src/App.jsx
+++ b/src/App.jsx
@@ -1,5 +1,5 @@
-import definitions from "./definitions";
-import Definition from "./Definition";
+import terms from "./terms";
+import Term from "./termStruct";
 import { useState, useEffect } from "react";
 import { urlToPath } from "./Link";
 import { Breadcrumbs } from "./Breadcrumbs";
@@ -22,21 +22,21 @@ function App() {
   }, []);
 
   let word = currentPath.length > 0 ? currentPath.at(-1) : DEFAULT;
-  if (!(word in definitions) || currentPath.length === 0) {
+  if (!(word in terms) || currentPath.length === 0) {
     word = DEFAULT;
     window.location.pathname = `/${DEFAULT}`;
   }
-  const definition = definitions[word];
+  const term = terms[word];
 
   return (
     <>
       <Breadcrumbs segments={currentPath} />
 
-      <Definition
+      <Term
         word={word}
-        description={definition.description}
-        phonetic={definition.phonetic}
-        partOfSpeech={definition.partOfSpeech}
+        definition={term.definition} 
+        phonetic={term.phonetic}
+        partOfSpeech={term.partOfSpeech}
       />
     </>
   );
diff --git a/src/Definition.jsx b/src/Definition.jsx
deleted file mode 100644
index ac441cf..0000000
--- a/src/Definition.jsx
+++ /dev/null
@@ -1,16 +0,0 @@
-import "./Definition.css";
-
-function Definition({ word, partOfSpeech, phonetic, description }) {
-  return (
-    <div className="Definition">
-      <div className="declaration">
-        <div className="word">{word}</div>
-        <div className="grammar">
-          [{phonetic}] {partOfSpeech}
-        </div>
-      </div>
-      <div className="description">{description}</div>
-    </div>
-  );
-}
-export default Definition;
diff --git a/src/Definition.css b/src/Term.css
similarity index 95%
rename from src/Definition.css
rename to src/Term.css
index 12ca444..0e53785 100644
--- a/src/Definition.css
+++ b/src/Term.css
@@ -19,6 +19,6 @@
   width: fit-content;
 }
 
-.description {
+.definition {
   line-height: 1.4rem;
 }
diff --git a/src/i18n/locales/arabic/translation.json b/src/i18n/locales/arabic/translation.json
new file mode 100644
index 0000000..3d8eae6
--- /dev/null
+++ b/src/i18n/locales/arabic/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "واجهة برمجة تطبيقات 0x",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "هجوم 51٪",
+  "Aave": "Aave",
+  "Account": "حساب",
+  "ACH transfer": "تحويل ACH",
+  "address; public address; account address": "العنوان / \"العنوان العام\" (عنوان المحفظة)",
+  "Advanced": "متقدم",
+  "aggregator": "مُجمِعّ",
+  "Aggressive": "مغامر",
+  "Agoric": "Agoric",
+  "air-gapping": "عزل الأجهزة",
+  "airdrop": "توزيع مجاني",
+  "airdrop (noun)": "توزيع مجاني (اير دروب)",
+  "AirGap Vault": "خزانة AirGap",
+  "AirSwap": "AirSwap",
+  "algorithm": "خوارزمية",
+  "altcoin": "عملة بديلة",
+  "AML (Anti-Money Laundering)": "مكافحة غسيل الأموال",
+  "API": "واجهة برمجة التطبيقات",
+  "API (Application Programming Interface)": "واجهة برمجة التطبيقات (API)",
+  "AppChain": "بلوكتشين التطبيق الخاص (AppChain)",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "الدائرة المتكاملة الخاصة بالتطبيق (ASIC)",
+  "asset provenance": "منشأ الأصل",
+  "attestation": "المصادقة",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "الحد الأدنى للرسوم",
+  "Beacon Chain": "سلسلة المنارة (Beacon)",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "البيتكوين / بيتكوين (BTC)",
+  "block (noun)": "كُتلة",
+  "block explorer": "مستكشف البلوكتشين",
+  "block height": "موقع الكتلة",
+  "block reward": "مكافأة الكتلة",
+  "block time": "وقت الكتلة",
+  "blockchain": "سلسلة الكتل (البلوكتشين)",
+  "Blockchain explorer": "مستكشف البلوكتشين",
+  "blockchain trilemma": "المعضلة الثلاثية الأبعاد لسلاسل البلوكتشين",
+  "BNB Chain": "سلسلة BNB",
+  "bounty / bug bounty": "مكافأة / مكافأة اكتشاف الخلل",
+  "brain wallet": "محفظة الدماغ",
+  "Brave": "بريفّ",
+  "Bridge": "جسر",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "شفرة البايت",
+  "Byzantine fault tolerance": "التسامح مع الخطأ البيزنطي",
+  "Byzantium fork": "انقسام (فورك) Byzantium",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "بورصة مركزية (CEX)",
+  "CEX": "بورصة مركزية (CEX)",
+  "chain ID": "مُعرفّ السلسلة",
+  "Chrome": "كروم",
+  "client (Ethereum or other compatible blockchain)": "عميل (الإيثيريوم أو بلوكتشين متوافق آخر)",
+  "Codefi": "التداول والتمويل اللامركزي (CodeFi)",
+  "coin": "عملة",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "التخزين البارد (غير متصل بالإنترنت)",
+  "cold wallet / cold storage": "محفظة باردة / تخزين بارد",
+  "Community Platform": "منصة المجتمع",
+  "Compiling": "تجميع",
+  "Compound": "بروتوكول Compound",
+  "confirmation": "تأكيد",
+  "consensus": "خوارزمية الإجماع",
+  "Consensus client": "عميل إجماع",
+  "Consensus layer": "طبقة الإجماع",
+  "Consensus mechanism": "آلية الإجماع",
+  "Consensys": "Consensys",
+  "Constantinople fork": "انقسام (فورك) Byzantium",
+  "contract": "عقد",
+  "Contract account": "حساب العقد",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "أصل مشفر",
+  "crypto bounties": "مكافآت التشفير",
+  "crypto fund": "صندوق استثمار الأصول المشفرة",
+  "crypto wallet": "محفظة العملات المشفرة",
+  "crypto-": "-مشفرة",
+  "crypto-compliance": "امتثال الأصول المشفرة",
+  "cryptoassets": "الأصول المشفرة",
+  "cryptocurrency": "عملة مشفرة",
+  "cryptoeconomics": "اقتصاديات الأصول المشفرة",
+  "cryptography": "التشفير",
+  "Curve": "Curve",
+  "custody (noun)": "الحفظ الآمن",
+  "D'CENT": "D'CENT",
+  "DAI": "عملة DAI",
+  "DAO": "منظمة مستقلة لامركزية (DAO)",
+  "dapp": "تطبيق لامركزي (dapp)",
+  "decentralization": "اللامركزية",
+  "decentralized application": "تطبيق لامركزي",
+  "Decentralized Autonomous Organization (DAO)": "منظمة مستقلة لامركزية (DAO)",
+  "decentralized exchange (DEX)": "بورصة لامركزية (DEX)",
+  "decentralized finance": "التمويل اللامركزي",
+  "decentralized web": "الويب اللامركزي",
+  "deposit": "الإيداع",
+  "derive / derivation": "يشتقّ / اشتقاق",
+  "dev": "مُطورّ",
+  "Devcon": "Devcon",
+  "Developer": "مُطورّ",
+  "DEX": "بورصة لامركزية (DEX)",
+  "difficulty": "صعوبة التعدين",
+  "difficulty bomb": "انفجار الصعوبة",
+  "digital asset": "أصل رقمي",
+  "digital identity": "هوية رقمية",
+  "Digital signature": "توقيع رقمي",
+  "Distributed Denial of Service (DDoS) Attack": "الهجمات الموزعة لحجب الخدمة (DDoS)",
+  "distributed ledger": "السجل الموزع",
+  "Distributed Ledger Technology": "تقنية دفتر الأستاذ الموزع",
+  "DLT": "تقنية دفتر الأستاذ الموزع (DLT)",
+  "double spend": "إنفاق مزدوج",
+  "ecosystem": "النظام البيئي",
+  "Edge": "الطرفية",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "المفاتيح المشفرة مقابل غير المشفرة",
+  "encryption": "التشفير",
+  "ENS": "بروتوكول ENS",
+  "Enterprise Ethereum Alliance (EEA)": "تحالف Ethereum للمؤسسات (EEA)",
+  "entropy": "إنتروبيا",
+  "epoch": "حقبة",
+  "ERC": "معيار ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "معيار توكِنّ ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "معيار توكِنّ ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "إيثر",
+  "ether (ETH)": "إيثر (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "مقترحات تحسين الإثيريوم (EIP)",
+  "Ethereum Name Service (ENS)": "خدمة أسماء الإيثيريوم (ENS)",
+  "Ethereum Public Address": "عنوان إيثريوم العام",
+  "Ethereum Virtual Machine (EVM)": "محرك إيثريوم الافتراضي (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "بورصة",
+  "Execution client": "عميل التنفيذ",
+  "Execution layer": "طبقة التنفيذ",
+  "Extended Private Key (XPRIV)": "المفتاح الخاص الموسعّ (XPRIV)",
+  "Extended Public Key (XPUB)": "المفتاح العام الموسعّ (XPUB)",
+  "Extension": "امتداد",
+  "Fantom": "Fantom",
+  "faucet": "صنبور العملة الرقمية",
+  "fiat currency": "عملة ورقية",
+  "final, finality": "نهائي، النهائية",
+  "Finality Rate": "معدل النهائية",
+  "financial technology (FinTech)": "التكنولوجيا المالية (FinTech)",
+  "finney": "فيني",
+  "Firefox": "فيَرفُكس",
+  "Firewall": "جدار الحماية",
+  "Flask": "Flask",
+  "fork": "انقسام (فورك)",
+  "Fractional Ownership": "ملكية جزئية",
+  "Fraud proof": "إثبات الاحتيال",
+  "full node": "عُقدة كاملة",
+  "Ganache": "Ganache",
+  "gas": "رسوم المعاملات",
+  "gas fee": "رسوم معاملات الشبكة",
+  "gas limit": "حد رسوم معاملات الشبكة",
+  "gas price": "سعر رسوم المعاملات",
+  "Gas Station Network": "شبكة محطة رسوم المعاملات",
+  "genesis block": "كتلة التكوين",
+  "Gigawei": "جيجاوي (Gigawei)",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "جيت هب (GitHub)",
+  "Goerli": "Goerli",
+  "Governance": "الحوكمة",
+  "GSN": "GSN",
+  "gwei": "جوي (gwei)",
+  "halving": "التنصيف (الهالفينج)",
+  "hard fork": "انقسام كُلي (هارد فورك)",
+  "hardware wallet": "محفظة الأجهزة",
+  "hash (noun)": "الهاش",
+  "hexadecimal; 'hex data'": "السداسي عشري؛ \"بيانات سداسية",
+  "Hierarchical Deterministic (HD) wallet": "محفظة هرمية حتمية (HD)",
+  "hot storage": "تخزين ساخن",
+  "hot wallet": "محفظة ساخنة",
+  "Hybrid Network": "شبكة هجينة",
+  "Hyperledger": "مشروع هايبرليدجر",
+  "ICO": "عرض العملة الأولي (ICO)",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "عدم القابلية للتغير (الثبات)",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "الاكتتاب العام الأولي (IPO)",
+  "Insider Trading": "تداول المُطلعين",
+  "Inter-Blockchain Communication (IBC) Protocol": "بروتوكول الاتصال بين شبكات البلوكتشين (IBC)",
+  "internal transaction": "معاملة داخلية",
+  "Interoperability": "قابلية التشغيل البيني",
+  "InterPlanetary File System (IPFS)": "نظام الملفات إنتربلانتري (IPFS)",
+  "IP address": "عنوان IP",
+  "JSON file": "ملف JSON",
+  "JSON-RPC": "بروتوكول JSON-RPC",
+  "keystore file": "ملف تخزين المفاتيح",
+  "Know Your Customer (KYC)": "التحقق من هوية العميل (KYC)",
+  "Know Your Transaction": "التحقق من المعاملات",
+  "Kovan": "كوفان",
+  "KYC": "اعرف عميلك (KYC)",
+  "KYT": "اعرف معاملتك (KYT)",
+  "Latency": "زمن الاستجابة",
+  "Lattice1": "محفظة Lattice1",
+  "Launchpad": "منصة الإطلاق",
+  "Layer 0": "الطبقة 0",
+  "Layer 1": "الطبقة 1",
+  "Layer 2": "الطبقة 2",
+  "Learn; MetaMask Learn": "تعلم؛ MetaMask Learn",
+  "Ledger": "محفظة Ledger",
+  "Ledger Live App": "تطبيق Ledger Live",
+  "Library": "المكتبة",
+  "Lido": "بروتوكول Lido",
+  "light client": "عقدة بسيطة",
+  "Lightning Network": "شبكة البرق (Lightning Network)",
+  "Liquid Democracy (Delegative Democracy)": "الديمقراطية التفويضية",
+  "Liquidation": "تصفية",
+  "liquidity": "السيولة",
+  "liquidity pool": "تجمع السيولة",
+  "liquidity staking": "ربط السيولة",
+  "Low": "منخفضة",
+  "mainnet": "شبكة رئيسية (Mainnet)",
+  "Maker Protocol": "بروتوكول Maker",
+  "Malware": "برمجيات خبيثة",
+  "market cap": "القيمة السوقية",
+  "Maximal Extractable Value (MEV)": "القيمة القصوى القابلة للاستخراج (MEV)",
+  "Maximum Priority Fee": "رسوم الأولوية القصوى",
+  "memory pool; mempool": "تجمع المعاملات؛ mempool",
+  "Merge (noun)": "دمج الإيثريوم (Merge)",
+  "Merkle Patricia trie": "ميركل باتريشيا تري",
+  "Mesh": "Mesh",
+  "Metadata": "البيانات الوصفية",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "جسر MetaMask",
+  "MetaMask Community Platform": "منصة مجتمع MetaMask",
+  "MetaMask Extension": "امتداد MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "منصة التعلم MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "تحليلات MetaMetrics",
+  "metaverse": "ميتافرس",
+  "miner tip": "رسوم الأولوية",
+  "mining": "التعدين",
+  "Mint": "سكّ",
+  "mnemonic phrase": "عبارة التذكر",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "بلوكتشين قائم على نظام الوحدات",
+  "MoonPay": "MoonPay",
+  "multi-sig": "متعددة التوقيع",
+  "multi-signature wallet (multisig)": "محفظة متعددة التوقيع (multisig)",
+  "Multifactor Authentication": "مصادقة متعددة العوامل",
+  "Near-Field Communication (NFC)": "خاصية الاتصال قريب المدى (NFC)",
+  "Nested Blockchain": "بلوكتشين متداخل",
+  "Network": "شبكة",
+  "Network Congestion": "ازدحام الشبكة",
+  "NFT": "رمز NFT",
+  "NFT aggregator": "مُجمِعّ NFT",
+  "NFT drop": "توزيع NFT",
+  "Ngrave": "Ngrave",
+  "node": "عقدة",
+  "Non-fungible token": "رمز غير قابل للاستبدال",
+  "nonce": "الرقم التعريفي",
+  "off-chain": "خارج البلوكتشين",
+  "ommer block": "كتلة ommer",
+  "on-chain": "على البلوكتشين",
+  "on-ramp, off-ramp": "تحويل أصل رقمي إلى عملة عادية، عملة عادية إلى أصل رقمي",
+  "OpenSea": "OpenSea",
+  "Opera": "أوبرا",
+  "Optimism": "Optimism",
+  "optimistic rollup": "تجميعات Optimistic",
+  "Oracle": "أوراكل",
+  "ParaSwap": "ParaSwap",
+  "parity": "Parity",
+  "Parity": "Parity",
+  "Passphrase": "عبارة المرور",
+  "password manager": "مدير كلمات المرور",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "نظير إلى نظير (P2P)",
+  "permissioned ledger": "سجل بإذن",
+  "phishing (noun)": "التصيد الاحتيالي",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "المحفظة",
+  "PoS/PoW Hybrid": "خوارزمية PoS/PoW هجينة",
+  "Priority fee": "رسوم الأولوية",
+  "private blockchain": "بلوكتشين خاص",
+  "private currency": "عملة خاصة",
+  "private key": "مفتاح خاص",
+  "Proof of Authority (PoA)": "خوارزمية إثبات السلطة (PoA)",
+  "Proof of Stake (PoS)": "خوارزمية إثبات الحصة (PoS)",
+  "Proof of Work (PoW)": "خوارزمية إثبات العمل (PoW)",
+  "protocol": "بروتوكول",
+  "public blockchain": "بلوكتشين عام",
+  "public key": "مفتاح عام",
+  "Public-Key Cryptography": "تشفير المفتاح العام",
+  "Public-Key Infrastructure": "بنية المفتاح العام",
+  "QR code": "رمز الاستجابة السريعة",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "ناقل",
+  "Remote Procedure Call (RPC)": "استدعاء الإجراء البعيد (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "خارطة الطريق",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "تجميعات",
+  "Ropsten": "Ropsten",
+  "RPC": "استدعاء الإجراء البعيد (RPC)",
+  "rug pull": "هروب المحتالين",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "بيئة الاختبار",
+  "Sardine": "منصة Sardine",
+  "Satoshi Nakamoto": "ساتوشي ناكاموتو",
+  "scalability": "قابلية التوسع",
+  "Scaling": "التوسع",
+  "Scrypt": "خوارزمية التعدين Scrypt",
+  "Secret Recovery Phrase": "عبارة الاسترداد السرية",
+  "Security Token": "توكِنّ ورقة مالية",
+  "Security Token Offering (STO)": "عرض توكِنّ الورقة المالية (STO)",
+  "seed phrase": "العبارة الأولية",
+  "self-custody (noun)": "الحفظ الذاتي",
+  "self-executing": "ذاتي التنفيذ",
+  "Sepolia": "Sepolia",
+  "Serenity": "ترقية Serenity",
+  "serialization": "عملية التسلسل",
+  "Shard chain": "سلسلة مجزأة",
+  "sharding (noun)": "تجزئة الشبكة",
+  "Shielded Transaction": "معاملة مُحصنة",
+  "sidechain": "سلسلة جانبية",
+  "Signature (Cryptographic)": "التوقيع (تشفير)",
+  "slashing condition": "شرط الشطب",
+  "slippage": "الانزلاق السعري",
+  "slot": "فاصل زمني",
+  "smart contract": "عقد ذكي",
+  "snap": "Snap",
+  "soft fork": "انقسام بسيط (هارد فورك)",
+  "Software Development Kit (SDK)": "مجموعة تطوير البرمجيات (SDK)",
+  "Solidity": "لغة البرمجة Solidity",
+  "stablecoin": "عملة مستقرة",
+  "staking (noun)": "الربط",
+  "state": "حالة",
+  "state channels": "قنوات الحالة",
+  "Streaming": "تدفق",
+  "swap (noun)": "مبادلة",
+  "Swap /MetaSwap": "المبادلة / MetaSwap",
+  "szabo": "سزابو (szabo)",
+  "testnet (test network)": "شبكة الاختبار (testnet)",
+  "Testnet Kovan": "شبكة اختبار Kovan",
+  "Testnet Rinkeby": "شبكة اختبار Rinkeby",
+  "Testnet Ropsten": "شبكة اختبار Ropsten",
+  "token": "توكِنّ",
+  "token lockup": "احتجاز التوكِنّ",
+  "Token standard": "معيار التوكِنّ",
+  "Total Value Locked (TVL)": "إجمالي القيمة المحتجزة (TVL)",
+  "Transaction": "المعاملة",
+  "transaction block": "كتلة المعاملة",
+  "transaction fee": "رسوم المعاملة",
+  "transaction ID": "مُعرفّ المعاملة",
+  "transaction pool": "تجمع المعاملات",
+  "Transak": "Transak",
+  "Trezor": "محفظة Trezor",
+  "Truffle": "بيئة التطوير Truffle",
+  "trustless": "لا يتطلب ثقة",
+  "Turing-complete": "تورنج كاملة",
+  "Two-Factor Authentication (2FA)": "المصادقة الثنائية (2FA)",
+  "TXID": "مُعرفّ المعاملة (TXID)",
+  "U2F": "المعامل الثاني الشامل (U2F)",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "ناتج المعاملات غير المُنفقة (UTXO)",
+  "upgrade": "ترقية",
+  "UTXO": "ناتج المعاملات غير المُنفقة (UTXO)",
+  "validator": "المُدققّ",
+  "validity proof": "إثبات الصلاحية",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "استحقاق",
+  "wallet": "محفظة",
+  "WalletConnect": "بروتوكول WalletConnect",
+  "web3, Web 3.0": "ويب 3، ويب 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "بروتوكول WebSocket",
+  "Wei": "وي (Wei)",
+  "Whitepaper": "الورقة التعريفية",
+  "Wrapping": "تغليف التوكِنّ",
+  "Wyre": "Wyre",
+  "yield farming": "تحصيل العائد",
+  "yield-bearing tokens": "التوكنات حاملة العائد",
+  "zero address": "العنوان صفر",
+  "Zero-knowledge proof": "إثبات المعرفة الصفرية",
+  "Zero-knowledge rollup": "تجميع المعرفة الصفرية",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/brazilian portuguese/translation.json b/src/i18n/locales/brazilian portuguese/translation.json
new file mode 100644
index 0000000..82cee9f
--- /dev/null
+++ b/src/i18n/locales/brazilian portuguese/translation.json	
@@ -0,0 +1,396 @@
+{
+  "0x API": "API da 0x",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Ataque de 51%",
+  "Aave": "Aave",
+  "Account": "Conta",
+  "ACH transfer": "Transferência ACH",
+  "address; public address; account address": "endereço/\"endereço público\" (endereço da carteira)",
+  "Advanced": "Avançado",
+  "aggregator": "agregador",
+  "Aggressive": "Agressiva",
+  "Agoric": "Agoric",
+  "air-gapping": "lacuna de ar",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritmo",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "PLD (prevenção à lavagem de dinheiro)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (interface de programação de aplicativo)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (circuito integrado de aplicação específica)",
+  "asset provenance": "origem do ativo",
+  "attestation": "atestado",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Taxa base",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "bloco",
+  "block explorer": "explorador de blocos",
+  "block height": "altura do bloco",
+  "block reward": "recompensa do bloco",
+  "block time": "tempo do bloco",
+  "blockchain": "blockchain",
+  "Blockchain explorer": "Explorador de blockchain",
+  "blockchain trilemma": "trilema de blockchain",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "recompensa / recompensa por bugs",
+  "brain wallet": "brain wallet",
+  "Brave": "Brave",
+  "Bridge": "Ponte",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "bytecode",
+  "Byzantine fault tolerance": "Tolerância a falhas bizantinas",
+  "Byzantium fork": "Bifurcação Byzantium",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Corretora centralizada (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID da cadeia",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "cliente (Ethereum ou outra blockchain compatível)",
+  "Codefi": "Codefi",
+  "coin": "moeda",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "cold storage",
+  "cold wallet / cold storage": "cold wallet / cold storage",
+  "Community Platform": "Plataforma da Comunidade",
+  "Compiling": "Compilação",
+  "Compound": "Compound",
+  "confirmation": "confirmação",
+  "consensus": "consenso",
+  "Consensus client": "Cliente de consenso",
+  "Consensus layer": "Camada de consenso",
+  "Consensus mechanism": "Mecanismo de consenso",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Bifurcação Constantinople",
+  "contract": "contrato",
+  "Contract account": "Conta do contrato",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "criptoativo",
+  "crypto bounties": "recompensas de criptomoedas",
+  "crypto fund": "criptofundo",
+  "crypto wallet": "carteira de criptomoedas",
+  "crypto-": "cripto",
+  "crypto-compliance": "criptocompliance",
+  "cryptoassets": "criptoativos",
+  "cryptocurrency": "criptomoeda",
+  "cryptoeconomics": "criptoeconomia",
+  "cryptography": "criptografia",
+  "Curve": "Curve",
+  "custody (noun)": "custódia",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "descentralização",
+  "decentralized application": "aplicativo descentralizado",
+  "Decentralized Autonomous Organization (DAO)": "Organização autônoma descentralizada (DAO)",
+  "decentralized exchange (DEX)": "corretora descentralizada (DEX)",
+  "decentralized finance": "finanças descentralizadas",
+  "decentralized web": "web descentralizada",
+  "deposit": "depositar",
+  "derive / derivation": "derivar / derivação",
+  "dev": "dev",
+  "Devcon": "Devcon",
+  "Developer": "Desenvolvedor",
+  "DEX": "DEX",
+  "difficulty": "dificuldade",
+  "difficulty bomb": "bomba de dificuldade",
+  "digital asset": "ativo digital",
+  "digital identity": "identidade digital",
+  "Digital signature": "Assinatura digital",
+  "Distributed Denial of Service (DDoS) Attack": "Ataque de negação de serviço distribuído (DDoS)",
+  "distributed ledger": "registro distribuído",
+  "Distributed Ledger Technology": "Tecnologia de registro distribuído",
+  "DLT": "DLT",
+  "double spend": "gasto duplo",
+  "ecosystem": "ecossistema",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "chaves criptografadas vs não criptografadas",
+  "encryption": "criptografia",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropia",
+  "epoch": "época",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Padrão de token ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Padrão de token ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (denominações)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Proposta de melhoria da Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "Serviço de nomes Ethereum (ENS)",
+  "Ethereum Public Address": "Endereço público Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Máquina Virtual Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "corretora",
+  "Execution client": "Cliente de execução",
+  "Execution layer": "Camada de execução",
+  "Extended Private Key (XPRIV)": "Chave privada estendida (XPRIV)",
+  "Extended Public Key (XPUB)": "Chave pública estendida (XPUB)",
+  "Extension": "Extensão",
+  "Fantom": "Fantom",
+  "faucet": "torneira",
+  "fiat currency": "moeda fiduciária",
+  "final, finality": "final, finalização",
+  "Finality Rate": "Taxa de finalização",
+  "financial technology (FinTech)": "tecnologia financeira (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firewall",
+  "Flask": "Flask",
+  "fork": "bifurcação",
+  "Fractional Ownership": "Propriedade fracionada",
+  "Fraud proof": "Prova de fraude",
+  "full node": "full node",
+  "Ganache": "Ganache",
+  "gas": "gás",
+  "gas fee": "taxa de gás",
+  "gas limit": "limite de gás",
+  "gas price": "preço do gás",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "bloco de gênese",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Governança",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "halving",
+  "hard fork": "hard fork",
+  "hardware wallet": "carteira de hardware",
+  "hash (noun)": "hash",
+  "hexadecimal; 'hex data'": "hexadecimal; \"dados hexa",
+  "Hierarchical Deterministic (HD) wallet": "Carteira hierárquica determinística (HD)",
+  "hot storage": "hot storage",
+  "hot wallet": "hot wallet",
+  "Hybrid Network": "Rede híbrida",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "imutabilidade",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Oferta pública inicial (IPO)",
+  "Insider Trading": "Negociação privilegiada",
+  "Inter-Blockchain Communication (IBC) Protocol": "Protocolo de comunicação interblockchain (IBC)",
+  "internal transaction": "transação interna",
+  "Interoperability": "interoperabilidade",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "Endereço IP",
+  "JSON file": "Arquivo JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "arquivo keystore",
+  "Know Your Customer (KYC)": "Conheça seu cliente (KYC)",
+  "Know Your Transaction": "Conheça sua transação",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latência",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Camada 0",
+  "Layer 1": "Camada 1",
+  "Layer 2": "Camada 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Biblioteca",
+  "Lido": "Lido",
+  "light client": "cliente leve",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Democracia líquida (democracia delegativa)",
+  "Liquidation": "Liquidação",
+  "liquidity": "liquidez",
+  "liquidity pool": "pool de liquidez",
+  "liquidity staking": "staking de liquidez",
+  "Low": "Baixa",
+  "mainnet": "mainnet",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "Malware",
+  "market cap": "capitalização de mercado",
+  "Maximal Extractable Value (MEV)": "Valor máximo extraível (MEV)",
+  "Maximum Priority Fee": "Taxa de prioridade máxima",
+  "memory pool; mempool": "pool de memória; mempool",
+  "Merge (noun)": "Fusão",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "Metadados",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "Ponte da MetaMask",
+  "MetaMask Community Platform": "Plataforma da Comunidade da MetaMask",
+  "MetaMask Extension": "Extensão da MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "SDK da MetaMask",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverso",
+  "miner tip": "gorjeta do minerador",
+  "mining": "mineração",
+  "Mint": "Cunhagem",
+  "mnemonic phrase": "frase mnemônica",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "blockchain modular",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multisig",
+  "multi-signature wallet (multisig)": "carteira multiassinatura (multisig)",
+  "Multifactor Authentication": "Autenticação multifator",
+  "Near-Field Communication (NFC)": "Comunicação por campo de proximidade (NFC)",
+  "Nested Blockchain": "Blockchain aninhada",
+  "Network": "Rede",
+  "Network Congestion": "Congestionamento de rede",
+  "NFT": "NFT",
+  "NFT aggregator": "Agregador de NFTs",
+  "NFT drop": "Drop de NFTs",
+  "Ngrave": "Ngrave",
+  "node": "node",
+  "Non-fungible token": "Token não fungível",
+  "nonce": "nonce",
+  "off-chain": "off-chain",
+  "ommer block": "bloco ommer",
+  "on-chain": "on-chain",
+  "on-ramp, off-ramp": "on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "rollup otimista",
+  "Oracle": "Oráculo",
+  "ParaSwap": "ParaSwap",
+  "parity": "paridade",
+  "Parity": "Parity",
+  "Passphrase": "Frase secreta",
+  "password manager": "gerenciador de senhas",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "ponto a ponto (P2P)",
+  "permissioned ledger": "registro autorizado",
+  "phishing (noun)": "phishing",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW híbrido",
+  "Priority fee": "Taxa de prioridade",
+  "private blockchain": "blockchain privada",
+  "private currency": "moeda privada",
+  "private key": "chave privada",
+  "Proof of Authority (PoA)": "Prova de autoridade (PoA)",
+  "Proof of Stake (PoS)": "Prova de participação (PoS)",
+  "Proof of Work (PoW)": "Prova de trabalho (PoW)",
+  "protocol": "protocolo",
+  "public blockchain": "blockchain pública",
+  "public key": "chave pública",
+  "Public-Key Cryptography": "Criptografia de chave pública",
+  "Public-Key Infrastructure": "Infraestrutura de chave pública",
+  "QR code": "Código QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "relayer",
+  "Remote Procedure Call (RPC)": "Chamada de procedimento remoto (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Roteiro",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "puxada de tapete",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "escalabilidade",
+  "Scaling": "Dimensionamento",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Frase secreta de recuperação",
+  "Security Token": "Token de segurança",
+  "Security Token Offering (STO)": "Oferta de token de segurança (STO)",
+  "seed phrase": "frase-semente",
+  "self-custody (noun)": "autocustódia",
+  "self-executing": "autoexecutável",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "serialização",
+  "Shard chain": "Cadeia de fragmentos",
+  "sharding (noun)": "fragmentação",
+  "Shielded Transaction": "Transação blindada",
+  "sidechain": "sidechain",
+  "Signature (Cryptographic)": "Assinatura (criptográfica)",
+  "slashing condition": "condição de corte",
+  "slippage": "slippage",
+  "slot": "espaço",
+  "smart contract": "contrato inteligente",
+  "snap": "Snap",
+  "soft fork": "soft fork",
+  "Software Development Kit (SDK)": "Kit de desenvolvimento de software (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stablecoin",
+  "staking (noun)": "staking",
+  "state": "estado",
+  "state channels": "canais de estado",
+  "Streaming": "Fluxo",
+  "swap (noun)": "troca",
+  "Swap /MetaSwap": "Troca /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (rede de teste)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "token",
+  "token lockup": "bloqueio de token",
+  "Token standard": "Padrão de token",
+  "Total Value Locked (TVL)": "Valor total bloqueado (TVL)",
+  "Transaction": "Transação",
+  "transaction block": "bloco de transação",
+  "transaction fee": "taxa de transação",
+  "transaction ID": "ID da transação",
+  "transaction pool": "pool de transações",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "trustless",
+  "Turing-complete": "Turing completo",
+  "Two-Factor Authentication (2FA)": "Autenticação de dois fatores (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "saída de transação não gasta (UTXO)",
+  "upgrade": "upgrade",
+  "UTXO": "UTXO",
+  "validator": "validador",
+  "validity proof": "prova de validação",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Vesting",
+  "wallet": "carteira",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Whitepaper",
+  "Wrapping": "Encapsulamento",
+  "Wyre": "Wyre",
+  "yield farming": "yield farming",
+  "yield-bearing tokens": "tokens de rendimento",
+  "zero address": "endereço zero",
+  "Zero-knowledge proof": "Prova de conhecimento zero",
+  "Zero-knowledge rollup": "Rollup de conhecimento zero",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/dutch/translation.json b/src/i18n/locales/dutch/translation.json
new file mode 100644
index 0000000..5cf5c87
--- /dev/null
+++ b/src/i18n/locales/dutch/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51%-aanval",
+  "Aave": "Aave",
+  "Account": "account",
+  "ACH transfer": "ACH-transactie",
+  "address; public address; account address": "adres/\"openbaar adres\" (wallet-adres)",
+  "Advanced": "geavanceerd",
+  "aggregator": "aggregator",
+  "Aggressive": "agressief",
+  "Agoric": "Agoric",
+  "air-gapping": "air-gapping",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritme",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "witwasbestrijding (AML, anti-money laundering)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (application programming interface)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (application-specific integrated circuit)",
+  "asset provenance": "herkomst van asset",
+  "attestation": "attestatie",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "base fee",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "bitcoin (BTC)",
+  "block (noun)": "blok",
+  "block explorer": "blokverkenner",
+  "block height": "blokhoogte",
+  "block reward": "blokbeloning",
+  "block time": "bloktijd",
+  "blockchain": "blockchain",
+  "Blockchain explorer": "blockchain-verkenner",
+  "blockchain trilemma": "blockchain-trilemma",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "bounty/bug bounty",
+  "brain wallet": "brainwallet",
+  "Brave": "Brave",
+  "Bridge": "bridge",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "bytecode",
+  "Byzantine fault tolerance": "Byzantijnse fouttolerantie",
+  "Byzantium fork": "Byzantium fork",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "centrale exchange (CEX)",
+  "CEX": "CEX",
+  "chain ID": "chain-ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "client",
+  "Codefi": "Codefi",
+  "coin": "coin/cryptomunt",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "koude opslag/cold storage",
+  "cold wallet / cold storage": "koude wallet/koude opslag/cold storage",
+  "Community Platform": "communityplatform",
+  "Compiling": "Compiling",
+  "Compound": "Compound",
+  "confirmation": "bevestiging",
+  "consensus": "consensus",
+  "Consensus client": "consensus-client",
+  "Consensus layer": "consensuslaag",
+  "Consensus mechanism": "consensusmechanisme",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Constantinople fork",
+  "contract": "contract",
+  "Contract account": "contract-account",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "crypto-asset",
+  "crypto bounties": "cryptobounty's",
+  "crypto fund": "cryptofonds",
+  "crypto wallet": "cryptowallet",
+  "crypto-": "crypto-",
+  "crypto-compliance": "crypto-compliance",
+  "cryptoassets": "cryptoassets",
+  "cryptocurrency": "cryptocurrency/cryptomunt",
+  "cryptoeconomics": "crypto-economie",
+  "cryptography": "cryptografie",
+  "Curve": "Curve",
+  "custody (noun)": "custody/bewaring/beheer",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "decentralisatie",
+  "decentralized application": "decentrale app",
+  "Decentralized Autonomous Organization (DAO)": "decentrale autonome organisatie (DAO)",
+  "decentralized exchange (DEX)": "decentrale exchange (DEX)",
+  "decentralized finance": "decentralized finance/DeFi",
+  "decentralized web": "decentraal web",
+  "deposit": "storten",
+  "derive / derivation": "afleiden/afleiding",
+  "dev": "ontwikkelaar",
+  "Devcon": "Devcon",
+  "Developer": "ontwikkelaar",
+  "DEX": "DEX",
+  "difficulty": "difficulty/moeilijkheid",
+  "difficulty bomb": "difficulty bomb",
+  "digital asset": "digitale asset",
+  "digital identity": "digitale identiteit",
+  "Digital signature": "digitale handtekening",
+  "Distributed Denial of Service (DDoS) Attack": "DDOS-aanval (distributed denial of service)",
+  "distributed ledger": "distributed ledger",
+  "Distributed Ledger Technology": "distributed ledger technology",
+  "DLT": "DLT",
+  "double spend": "double-spending",
+  "ecosystem": "ecosysteem",
+  "Edge": "edge/Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "sleutels met of zonder encryptie",
+  "encryption": "encryptie/versleuteling",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropie",
+  "epoch": "epoch",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 Token Standard",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 Token Standard",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (denominaties)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "EIP (Ethereum Improvement Proposal)",
+  "Ethereum Name Service (ENS)": "ENS (Ethereum Name Service)",
+  "Ethereum Public Address": "openbaar Ethereum-adres",
+  "Ethereum Virtual Machine (EVM)": "EVM (Ethereum Virtual Machine)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "exchange/cryptobeurs",
+  "Execution client": "uitvoeringsclient",
+  "Execution layer": "uitvoeringslaag",
+  "Extended Private Key (XPRIV)": "XPRIV (Extended Private Key)",
+  "Extended Public Key (XPUB)": "XPUB (Extended Public Key)",
+  "Extension": "extensie",
+  "Fantom": "Fantom",
+  "faucet": "faucet",
+  "fiat currency": "fiatgeld/fiduciair geld",
+  "final, finality": "onwijzigbaar, finaliteit",
+  "Finality Rate": "snelheid van finaliteit",
+  "financial technology (FinTech)": "fintech (financiële technologie)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "firewall",
+  "Flask": "Flask",
+  "fork": "fork",
+  "Fractional Ownership": "fractioneel eigendom",
+  "Fraud proof": "fraudebestendig",
+  "full node": "full node",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "transactiekosten/gas fee",
+  "gas limit": "maximale transactiekosten/gas limit",
+  "gas price": "gas price",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "genesisblok",
+  "Gigawei": "gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "governance",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "halveren",
+  "hard fork": "hard fork",
+  "hardware wallet": "hardwarewallet",
+  "hash (noun)": "hash",
+  "hexadecimal; 'hex data'": "hexadecimaal; hexadecimale data",
+  "Hierarchical Deterministic (HD) wallet": "HD-wallet (hierarchical deterministic wallet)",
+  "hot storage": "warme opslag/hot storage",
+  "hot wallet": "warme wallet/warme opslag/hot wallet",
+  "Hybrid Network": "hybride netwerk",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "identicon/AddressIdenticon/AddressIcon",
+  "immutability": "onveranderlijkheid",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "beursgang/IPO (initial public offering)",
+  "Insider Trading": "handel met voorkennis",
+  "Inter-Blockchain Communication (IBC) Protocol": "IBC-protocol (inter-blockchain communication)",
+  "internal transaction": "interne transactie",
+  "Interoperability": "interoperabiliteit",
+  "InterPlanetary File System (IPFS)": "IPFS (InterPlanetary File System)",
+  "IP address": "IP-adres",
+  "JSON file": "JSON-bestand",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "keystore-bestand",
+  "Know Your Customer (KYC)": "KYC (know your customer)",
+  "Know Your Transaction": "KYT (know your transaction)",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "latentie",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "layer 0",
+  "Layer 1": "layer 1",
+  "Layer 2": "layer 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "bibliotheek",
+  "Lido": "Lido",
+  "light client": "light client",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "liquid democracy (gedelegeerde democratie)",
+  "Liquidation": "liquidatie",
+  "liquidity": "liquiditeit",
+  "liquidity pool": "liquiditeitspool",
+  "liquidity staking": "liquiditeit staken",
+  "Low": "laag",
+  "mainnet": "mainnet",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "malware",
+  "market cap": "marktkapitalisatie",
+  "Maximal Extractable Value (MEV)": "MEV (maximal extractable value)",
+  "Maximum Priority Fee": "maximale priority fee",
+  "memory pool; mempool": "memory pool; mempool",
+  "Merge (noun)": "merge",
+  "Merkle Patricia trie": "Merkle Patricia-trie",
+  "Mesh": "mesh",
+  "Metadata": "metadata",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "MetaMask communityplatform",
+  "MetaMask Extension": "MetaMask extensie",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverse",
+  "miner tip": "miner tip",
+  "mining": "mining",
+  "Mint": "minten",
+  "mnemonic phrase": "mnemonic phrase",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "modulaire blockchain",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multi-sig",
+  "multi-signature wallet (multisig)": "multi-signature wallet (multisig)",
+  "Multifactor Authentication": "meervoudige verificatie",
+  "Near-Field Communication (NFC)": "NFC (near-field communication)",
+  "Nested Blockchain": "nested blockchain",
+  "Network": "netwerk",
+  "Network Congestion": "netwerkcongestie",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT-aggregator",
+  "NFT drop": "NFT-drop",
+  "Ngrave": "Ngrave",
+  "node": "node",
+  "Non-fungible token": "non-fungible token",
+  "nonce": "nonce",
+  "off-chain": "off-chain",
+  "ommer block": "ommerblock",
+  "on-chain": "on-chain",
+  "on-ramp, off-ramp": "on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimistic rollup",
+  "Oracle": "oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "pariteit",
+  "Parity": "Parity",
+  "Passphrase": "wachtwoordzin",
+  "password manager": "wachtwoordmanager",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "peer-to-peer (P2P)",
+  "permissioned ledger": "permissioned ledger",
+  "phishing (noun)": "phishing",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "hybride van PoS en PoW",
+  "Priority fee": "priority fee",
+  "private blockchain": "private blockchain",
+  "private currency": "private currency",
+  "private key": "privésleutel",
+  "Proof of Authority (PoA)": "proof of authority (PoA)",
+  "Proof of Stake (PoS)": "proof of stake (PoS)",
+  "Proof of Work (PoW)": "proof of work (PoW)",
+  "protocol": "protocol",
+  "public blockchain": "openbare blockchain/public blockchain",
+  "public key": "publieke sleutel/public key",
+  "Public-Key Cryptography": "asymmetrische cryptografie/publieke-sleutelcryptografie",
+  "Public-Key Infrastructure": "publieke-sleutelinfrastructuur",
+  "QR code": "QR-code",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "relayer",
+  "Remote Procedure Call (RPC)": "remote procedure call (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "roadmap",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "schaalbaarheid",
+  "Scaling": "opschalen",
+  "Scrypt": "scrypt",
+  "Secret Recovery Phrase": "geheime herstelzin",
+  "Security Token": "beveiligingstoken",
+  "Security Token Offering (STO)": "STO (security token offering)",
+  "seed phrase": "seed phrase",
+  "self-custody (noun)": "self-custody/zelfbewaring/eigen beheer",
+  "self-executing": "zelfuitvoerend",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "serialisatie",
+  "Shard chain": "shard chain",
+  "sharding (noun)": "sharding",
+  "Shielded Transaction": "afgeschermde transactie",
+  "sidechain": "sidechain",
+  "Signature (Cryptographic)": "handtekening",
+  "slashing condition": "slashing condition",
+  "slippage": "slippage",
+  "slot": "slot",
+  "smart contract": "slim contract",
+  "snap": "Snap",
+  "soft fork": "soft fork",
+  "Software Development Kit (SDK)": "SDK (software development kit)",
+  "Solidity": "Solidity",
+  "stablecoin": "stablecoin",
+  "staking (noun)": "staking",
+  "state": "status",
+  "state channels": "statuskanalen",
+  "Streaming": "streaming",
+  "swap (noun)": "swap",
+  "Swap /MetaSwap": "swap/MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (testnetwerk)",
+  "Testnet Kovan": "testnet Kovan",
+  "Testnet Rinkeby": "testnet Rinkeby",
+  "Testnet Ropsten": "testnet Ropsten",
+  "token": "token",
+  "token lockup": "token-lock-up",
+  "Token standard": "tokenstandaard",
+  "Total Value Locked (TVL)": "TVL (total value locked)",
+  "Transaction": "transactie",
+  "transaction block": "transactieblok",
+  "transaction fee": "transactiekosten",
+  "transaction ID": "transactie-ID",
+  "transaction pool": "transactiepool",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "trustless",
+  "Turing-complete": "turingvolledig",
+  "Two-Factor Authentication (2FA)": "verificatie in twee stappen (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "unspent transaction output (UTXO)",
+  "upgrade": "upgraden",
+  "UTXO": "UTXO",
+  "validator": "validator",
+  "validity proof": "bewijs van geldigheid",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "vesting/wacht-",
+  "wallet": "wallet",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "wei",
+  "Whitepaper": "whitepaper",
+  "Wrapping": "wrappen",
+  "Wyre": "Wyre",
+  "yield farming": "yield farming",
+  "yield-bearing tokens": "yield-bearing tokens",
+  "zero address": "zero address",
+  "Zero-knowledge proof": "zero-knowledge proof",
+  "Zero-knowledge rollup": "zero-knowledge rollup",
+  "zk-SNARKs": "zk-SNARK's"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/filipino (tagalog)/translation.json b/src/i18n/locales/filipino (tagalog)/translation.json
new file mode 100644
index 0000000..22c1b76
--- /dev/null
+++ b/src/i18n/locales/filipino (tagalog)/translation.json	
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51% Pag-atake",
+  "Aave": "Aave",
+  "Account": "Account",
+  "ACH transfer": "ACH na paglilipat",
+  "address; public address; account address": "address/\"pampublikong address\" (address ng wallet)",
+  "Advanced": "Advanced",
+  "aggregator": "aggregator",
+  "Aggressive": "Agresibo",
+  "Agoric": "Agoric",
+  "air-gapping": "air-gapping",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop (pangngalan)",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritmo",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML (Anti-Money Laundering)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Application Programming Interface)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (Application Specific Integrated Circuit)",
+  "asset provenance": "pinagmulan ng asset",
+  "attestation": "pagpapatunay",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Batayang bayad",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "block (pangngalan)",
+  "block explorer": "block explorer",
+  "block height": "taas ng block",
+  "block reward": "gantimpala ng block",
+  "block time": "oras ng block",
+  "blockchain": "blockchain",
+  "Blockchain explorer": "Blockchain explorer",
+  "blockchain trilemma": "blockchain trilemma",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "bounty / bug bounty",
+  "brain wallet": "brain wallet",
+  "Brave": "Brave",
+  "Bridge": "Bridge",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "bytecode",
+  "Byzantine fault tolerance": "",
+  "Byzantium fork": "Byzantium fork",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Centralized exchange (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID ng chain",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "kliyente (Ethereum o iba pang katugmang blockchain)",
+  "Codefi": "Codefi",
+  "coin": "barya",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "malamig na imbakan",
+  "cold wallet / cold storage": "malamig na wallet / malamig na imbakan",
+  "Community Platform": "Platform ng Komunidad",
+  "Compiling": "Pinagsasama-sama",
+  "Compound": "Compound",
+  "confirmation": "kumpirmasyon",
+  "consensus": "pinagkasunduan",
+  "Consensus client": "Kliyente ng kasunduan",
+  "Consensus layer": "Layer ng kasunduan",
+  "Consensus mechanism": "Mekanismo ng kasunduan",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Constantinople fork",
+  "contract": "kontrata",
+  "Contract account": "Account ng kontrata",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "crypto na asset",
+  "crypto bounties": "mga pabuya ng crypto",
+  "crypto fund": "pondo ng crypto",
+  "crypto wallet": "wallet ng crypto",
+  "crypto-": "crypto-",
+  "crypto-compliance": "crypto-compliance",
+  "cryptoassets": "cryptoassets",
+  "cryptocurrency": "cryptocurrency",
+  "cryptoeconomics": "cryptoeconomics",
+  "cryptography": "kriptograpiya",
+  "Curve": "Curve",
+  "custody (noun)": "kustodiya (pangngalan)",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "desentralisasyon",
+  "decentralized application": "decentralized application",
+  "Decentralized Autonomous Organization (DAO)": "Decentralized Autonomous Organization (DAO)",
+  "decentralized exchange (DEX)": "decentralized exchange (DEX)",
+  "decentralized finance": "decentralized finance",
+  "decentralized web": "desentralisadong web",
+  "deposit": "deposito",
+  "derive / derivation": "nagmula / pinagmulan",
+  "dev": "dev",
+  "Devcon": "Devcon",
+  "Developer": "Developer",
+  "DEX": "DEX",
+  "difficulty": "kahirapan",
+  "difficulty bomb": "bomba ng kahirapan",
+  "digital asset": "digital na asset",
+  "digital identity": "digital na pagkakakilanlan",
+  "Digital signature": "Digital na lagda",
+  "Distributed Denial of Service (DDoS) Attack": "Distributed Denial of Service (DDoS) na Pag-atake",
+  "distributed ledger": "ipinamahaging ledger",
+  "Distributed Ledger Technology": "Distributed Ledger Technology",
+  "DLT": "DLT",
+  "double spend": "dobleng paggasta",
+  "ecosystem": "ekosistema",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "naka-encrypt kumpara sa mga hindi naka-encrypt na key",
+  "encryption": "pag-encrypt",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropy",
+  "epoch": "kapanahunan",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Pamantayan ng Token ng ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Pamantayan ng Token ng ERC-21",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (mga denominasyon)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum Improvement Proposal (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum Name Service (ENS)",
+  "Ethereum Public Address": "Pampublikong Address ng Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Ethereum Virtual Machine (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "palitan",
+  "Execution client": "Kliyente sa pagpapatupad",
+  "Execution layer": "Layer ng pagpapatupad",
+  "Extended Private Key (XPRIV)": "Extended Private Key (XPRIV)",
+  "Extended Public Key (XPUB)": "Extended Public Key (XPUB)",
+  "Extension": "Extension",
+  "Fantom": "Fantom",
+  "faucet": "faucet",
+  "fiat currency": "fiat na salapi",
+  "final, finality": "wakas, pangwakas",
+  "Finality Rate": "Rate ng Pangwakas",
+  "financial technology (FinTech)": "financial technology (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firewall",
+  "Flask": "Flask",
+  "fork": "fork",
+  "Fractional Ownership": "Fractional na Pagmamay-ari",
+  "Fraud proof": "Katibayan ng panloloko",
+  "full node": "ganap na node",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "bayad sa gas",
+  "gas limit": "limitasyon ng gas",
+  "gas price": "presyo ng gas",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "genesis block",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Pamamahala",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "paghati",
+  "hard fork": "hard fork",
+  "hardware wallet": "wallet na hardware",
+  "hash (noun)": "hash (pangngalan)",
+  "hexadecimal; 'hex data'": "hexadecimal; 'hex na data'",
+  "Hierarchical Deterministic (HD) wallet": "Hierarchical Deterministic (HD) na wallet",
+  "hot storage": "mainit na imbakan",
+  "hot wallet": "mainit na wallet",
+  "Hybrid Network": "Hybrid Network",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "kawalan ng pagbabago",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Initial Public Offering (IPO)",
+  "Insider Trading": "Insider Trading",
+  "Inter-Blockchain Communication (IBC) Protocol": "Protocol ng Inter-Blockchain Communication (IBC)",
+  "internal transaction": "panloob na transaksyon",
+  "Interoperability": "Interoperability",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "IP address",
+  "JSON file": "file na JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "file ng keystore",
+  "Know Your Customer (KYC)": "Know Your Customer (KYC)",
+  "Know Your Transaction": "Know Your Transaction",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latency",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Layer 0",
+  "Layer 1": "Layer 1",
+  "Layer 2": "Layer 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Library",
+  "Lido": "Lido",
+  "light client": "magaan na kliyente",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Liquid Democracy (Delegatibong Demokrasya)",
+  "Liquidation": "Liquidation",
+  "liquidity": "liquidity",
+  "liquidity pool": "pool ng liquidity",
+  "liquidity staking": "pagtaya ng liquidity",
+  "Low": "Mababa",
+  "mainnet": "mainnet",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "Malware",
+  "market cap": "market cap",
+  "Maximal Extractable Value (MEV)": "Maximal Extractable Value (MEV)",
+  "Maximum Priority Fee": "Pinakamataas na Bayad sa Priyoridad",
+  "memory pool; mempool": "memory pool; mempool",
+  "Merge (noun)": "Merge (pangngalan)",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "Metadata",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "Platform ng Komunidad ng MetaMask",
+  "MetaMask Extension": "Extension ng MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverse",
+  "miner tip": "tip ng minero",
+  "mining": "pagmimina",
+  "Mint": "Mint",
+  "mnemonic phrase": "mnemonic na parirala",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "modular na blockchain",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multi-sig",
+  "multi-signature wallet (multisig)": "multi-signature na wallet (multisig)",
+  "Multifactor Authentication": "Multifactor na Pagpapatunay",
+  "Near-Field Communication (NFC)": "Near-Field Communication (NFC)",
+  "Nested Blockchain": "Nested na Blockchain",
+  "Network": "Network",
+  "Network Congestion": "Pagsisikip ng Network",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT aggregator",
+  "NFT drop": "Paglaglag ng NFT",
+  "Ngrave": "Ngrave",
+  "node": "node",
+  "Non-fungible token": "Non-fungible token",
+  "nonce": "nonce",
+  "off-chain": "wala sa chain",
+  "ommer block": "ommer block",
+  "on-chain": "nasa chain",
+  "on-ramp, off-ramp": "nasa rampa, wala sa rampa",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimistic rollup",
+  "Oracle": "Orakulo",
+  "ParaSwap": "ParaSwap",
+  "parity": "pagkakapantay-pantay",
+  "Parity": "Parity",
+  "Passphrase": "Passphrase",
+  "password manager": "tagapamahala ng password",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "peer-to-peer (P2P)",
+  "permissioned ledger": "pinahintulutang ledger",
+  "phishing (noun)": "phishing (pangngalan)",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW Hybrid",
+  "Priority fee": "Bayad sa priyoridad",
+  "private blockchain": "pribadong blockchain",
+  "private currency": "pribadong salapi",
+  "private key": "pribadong key",
+  "Proof of Authority (PoA)": "Proof of Authority (PoA)",
+  "Proof of Stake (PoS)": "Proof of Stake (PoS)",
+  "Proof of Work (PoW)": "Proof of Work (PoW)",
+  "protocol": "protocol",
+  "public blockchain": "pampublikong blockchain",
+  "public key": "pampublikong key",
+  "Public-Key Cryptography": "Pampublikong-Key na Kriptograpiya",
+  "Public-Key Infrastructure": "Pampublikong-Key na Imprastraktura",
+  "QR code": "QR code",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "tagapaghatid",
+  "Remote Procedure Call (RPC)": "Remote Procedure Call (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Roadmap",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "scalability",
+  "Scaling": "Scaling",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Lihim na Parirala sa Pagbawi",
+  "Security Token": "Token ng Seguridad",
+  "Security Token Offering (STO)": "Security Token Offering (STO)",
+  "seed phrase": "pariralang binhi",
+  "self-custody (noun)": "sariling kustodiya (pangngalan)",
+  "self-executing": "sariling pagpapatupad",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "pagse-serye",
+  "Shard chain": "Chain ng pagpipira-piraso",
+  "sharding (noun)": "pagpipira-piraso (pangngalan)",
+  "Shielded Transaction": "Shielded na Transaksyon",
+  "sidechain": "sidechain",
+  "Signature (Cryptographic)": "Lagda (Kriptograpiya)",
+  "slashing condition": "kondisyon ng paglaslas",
+  "slippage": "slippage",
+  "slot": "puwang",
+  "smart contract": "smart na kontrata",
+  "snap": "Snap",
+  "soft fork": "soft fork",
+  "Software Development Kit (SDK)": "Software Development Kit (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stablecoin",
+  "staking (noun)": "pagtataya (pangngalan)",
+  "state": "estado",
+  "state channels": "mga channel ng estado",
+  "Streaming": "Streaming",
+  "swap (noun)": "palitan (pangngalan)",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (test network)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "token",
+  "token lockup": "pag-lock ng token",
+  "Token standard": "Pamantayan ng token",
+  "Total Value Locked (TVL)": "Total Value Locked (TVL)",
+  "Transaction": "Transaksyon",
+  "transaction block": "block ng transaksyon",
+  "transaction fee": "bayad sa transaksyon",
+  "transaction ID": "ID ng transaksyon",
+  "transaction pool": "pool ng transaksyon",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "hindi kailangan ng tiwala",
+  "Turing-complete": "Turing-kumpleto",
+  "Two-Factor Authentication (2FA)": "Two-Factor Authentication (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "unspent transaction output (UTXO)",
+  "upgrade": "mag-upgrade",
+  "UTXO": "UTXO",
+  "validator": "nagpapatibay",
+  "validity proof": "katibayan ng bisa",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Vesting",
+  "wallet": "wallet",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "WebSocket",
+  "Whitepaper": "Whitepaper",
+  "Wrapping": "Wrapping",
+  "Wyre": "Wyre",
+  "yield farming": "paglilinang ng ani",
+  "yield-bearing tokens": "mga token na nagbubunga",
+  "zero address": "zero address",
+  "Zero-knowledge proof": "Patunay na walang kaalaman",
+  "Zero-knowledge rollup": "Rollup na walang kaalaman",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/fr/translation.json b/src/i18n/locales/fr/translation.json
deleted file mode 100644
index e69de29..0000000
diff --git a/src/i18n/locales/french/translation.json b/src/i18n/locales/french/translation.json
new file mode 100644
index 0000000..8b1d622
--- /dev/null
+++ b/src/i18n/locales/french/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Attaque des 51 %",
+  "Aave": "Aave",
+  "Account": "Compte",
+  "ACH transfer": "Transfert ACH",
+  "address; public address; account address": "adresse/ « adresse publique » (adresse du portefeuille)",
+  "Advanced": "Avancé",
+  "aggregator": "agrégateur",
+  "Aggressive": "Agressif",
+  "Agoric": "Agoric",
+  "air-gapping": "isolation déconnectée",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop (nom)",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algorithme",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML (lutte contre le blanchiment d’argent)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (interface de programmation d’application)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (circuit intégré spécifique à une application)",
+  "asset provenance": "Provenance de l’actif",
+  "attestation": "attestation",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Frais de base",
+  "Beacon Chain": "Chaîne phare",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "Bloc (nom)",
+  "block explorer": "explorateur de blocs",
+  "block height": "hauteur de bloc",
+  "block reward": "récompense de bloc",
+  "block time": "délai du bloc",
+  "blockchain": "blockchain/chaîne de blocs",
+  "Blockchain explorer": "Explorateur de blockchain",
+  "blockchain trilemma": "Trilemme de la blockchain",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "prime/prime de bug",
+  "brain wallet": "portefeuille mnémotechnique",
+  "Brave": "Brave",
+  "Bridge": "Passerelle",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL (voir nos réalisations)",
+  "bytecode": "bytecode",
+  "Byzantine fault tolerance": "Panne byzantine",
+  "Byzantium fork": "Fork Byzance",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Échange centralisé (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID de chaîne",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "client (Ethereum ou autre compatible avec la blockchain)",
+  "Codefi": "Codefi",
+  "coin": "monnaie/jeton fongible",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "stockage déconnecté",
+  "cold wallet / cold storage": "portefeuille déconnecté /stockage déconnecté",
+  "Community Platform": "Plateforme communautaire",
+  "Compiling": "Compiler",
+  "Compound": "Compound",
+  "confirmation": "confirmation",
+  "consensus": "consensus",
+  "Consensus client": "client de consensus",
+  "Consensus layer": "couche de consensus",
+  "Consensus mechanism": "mécanisme de consensus",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Fork Constantinople",
+  "contract": "contrat",
+  "Contract account": "compte du contrat",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "cryptoactif",
+  "crypto bounties": "primes crypto",
+  "crypto fund": "fonds crypto",
+  "crypto wallet": "portefeuille crypto",
+  "crypto-": "crypto-",
+  "crypto-compliance": "compliance crypto",
+  "cryptoassets": "cryptoactifs",
+  "cryptocurrency": "cryptomonnaie",
+  "cryptoeconomics": "Cryptoéconomie",
+  "cryptography": "cryptographie",
+  "Curve": "Curve",
+  "custody (noun)": "Dépôt (nom)",
+  "D'CENT": "D’CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dApp",
+  "decentralization": "Décentralisation",
+  "decentralized application": "application décentralisée",
+  "Decentralized Autonomous Organization (DAO)": "Organisation autonome décentralisée",
+  "decentralized exchange (DEX)": "Échange décentralisé (DEX)",
+  "decentralized finance": "finance décentralisée",
+  "decentralized web": "web décentralisé",
+  "deposit": "dépôt",
+  "derive / derivation": "dériver / dérivation",
+  "dev": "dev.",
+  "Devcon": "DevCon",
+  "Developer": "Développeur",
+  "DEX": "DEX",
+  "difficulty": "difficulté",
+  "difficulty bomb": "bombe de difficulté",
+  "digital asset": "Actif numérique",
+  "digital identity": "identité numérique",
+  "Digital signature": "Signature numérique",
+  "Distributed Denial of Service (DDoS) Attack": "Attaque par déni de service (DDoS)",
+  "distributed ledger": "registre distribué",
+  "Distributed Ledger Technology": "Technologie de registre distribué",
+  "DLT": "DLT",
+  "double spend": "Double dépense",
+  "ecosystem": "écosystème",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "clés chiffrées ou clés déchiffrées",
+  "encryption": "Chiffrement",
+  "ENS": "ENS (service de nomination Ethereum)",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropie",
+  "epoch": "epoch",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Norme de jeton ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Norme de jeton ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (dénominations)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Propositions d’amélioration d’Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "Service de nomination Ethereum (ENS)",
+  "Ethereum Public Address": "Adresse publique Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Machine virtuelle Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "échange",
+  "Execution client": "Client d’exécution",
+  "Execution layer": "Couche d’exécution",
+  "Extended Private Key (XPRIV)": "Clé privée étendue (XPRIV)",
+  "Extended Public Key (XPUB)": "Clé publique étendue (XPUB)",
+  "Extension": "Extension",
+  "Fantom": "Fantom",
+  "faucet": "faucet",
+  "fiat currency": "devise fiat / monnaie fiat",
+  "final, finality": "finale, finalité",
+  "Finality Rate": "Taux de finalité",
+  "financial technology (FinTech)": "technologie financière (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Pare-feu",
+  "Flask": "Flask",
+  "fork": "fork",
+  "Fractional Ownership": "Propriété fractionnée",
+  "Fraud proof": "Preuve de fraude",
+  "full node": "nœud complet",
+  "Ganache": "Ganache",
+  "gas": "gaz",
+  "gas fee": "frais de gaz",
+  "gas limit": "limite de gaz",
+  "gas price": "prix du gaz",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "bloc initial",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Gouvernance",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "Réduire de moitié",
+  "hard fork": "fork dur",
+  "hardware wallet": "portefeuille physique",
+  "hash (noun)": "hachage (nom)",
+  "hexadecimal; 'hex data'": "hexadécimal ; « données hexadécimales »",
+  "Hierarchical Deterministic (HD) wallet": "Portefeuille déterministe hiérarchique (HD)",
+  "hot storage": "stockage connecté",
+  "hot wallet": "portefeuille connecté",
+  "Hybrid Network": "Réseau hybride",
+  "Hyperledger": "Hyperledger",
+  "ICO": "offre au public de jetons (ICO)",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "immutabilité",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Introduction en bourse (IPO)",
+  "Insider Trading": "Délit d’initié",
+  "Inter-Blockchain Communication (IBC) Protocol": "Protocole de communication entre chaînes de blocs (IBC)",
+  "internal transaction": "transaction interne",
+  "Interoperability": "Interopérabilité",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "Adresse IP",
+  "JSON file": "Fichier JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "fichier keystore",
+  "Know Your Customer (KYC)": "Know Your Customer (KYC)",
+  "Know Your Transaction": "Know Your Transaction",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latence",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Couche 0",
+  "Layer 1": "Couche 1",
+  "Layer 2": "Couche 2",
+  "Learn; MetaMask Learn": "Learn ; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Bibliothèque",
+  "Lido": "Lido",
+  "light client": "client léger",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Démocratie liquide (démocratie délégative)",
+  "Liquidation": "Liquidation",
+  "liquidity": "liquidités",
+  "liquidity pool": "pool de liquidités",
+  "liquidity staking": "staking liquide",
+  "Low": "Faible",
+  "mainnet": "réseau principal Ethereum (mainnet)",
+  "Maker Protocol": "Protocole Maker",
+  "Malware": "Malware",
+  "market cap": "capitalisation boursière",
+  "Maximal Extractable Value (MEV)": "Valeur extractible maximum (MEV)",
+  "Maximum Priority Fee": "Frais de priorité maximum",
+  "memory pool; mempool": "pool de stockage des transactions ; mempool",
+  "Merge (noun)": "Fusion (nom)",
+  "Merkle Patricia trie": "Arbre de Merkle",
+  "Mesh": "Mesh",
+  "Metadata": "Métadonnées",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "Passerelle Metamask",
+  "MetaMask Community Platform": "Plateforme communautaire MetaMask",
+  "MetaMask Extension": "Extension Metamask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "métavers",
+  "miner tip": "pourboire du mineur",
+  "mining": "minage",
+  "Mint": "Publier",
+  "mnemonic phrase": "phrase mnémotechnique",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "blockchain modulaire / Chaîne de blocs modulaire",
+  "MoonPay": "MoonPay",
+  "multi-sig": "Multisig",
+  "multi-signature wallet (multisig)": "portefeuille multi-signature (Multisig)",
+  "Multifactor Authentication": "Authentification multifactorielle",
+  "Near-Field Communication (NFC)": "Communication en champ proche (NFC)",
+  "Nested Blockchain": "Blockchain imbriquée / Chaîne de blocs imbriquée",
+  "Network": "Réseau",
+  "Network Congestion": "Congestion de réseau",
+  "NFT": "NFT",
+  "NFT aggregator": "Agrégateur NFT",
+  "NFT drop": "mise en vente de NFT",
+  "Ngrave": "Ngrave",
+  "node": "nœud",
+  "Non-fungible token": "Jeton non fongible",
+  "nonce": "nonce",
+  "off-chain": "hors chaîne",
+  "ommer block": "bloc ommer",
+  "on-chain": "dans la chaîne",
+  "on-ramp, off-ramp": "conversion de monnaie fiat en jetons sur la blockchain (on-ramp), échange d’actifs  de la blockchain en monnaie fiat (off-ramp)",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "rollup optimisé",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "parité",
+  "Parity": "Parity",
+  "Passphrase": "Phrase d’authentification",
+  "password manager": "gestionnaire de mots de passe",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "Pair-à-pair (P2P)",
+  "permissioned ledger": "registre autorisé",
+  "phishing (noun)": "hameçonnage (nom)",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "hybride PoS/PoW",
+  "Priority fee": "Frais de priorité",
+  "private blockchain": "blockchain privée/ chaîne de blocs privée",
+  "private currency": "devise privée/monnaie privée",
+  "private key": "clé privée",
+  "Proof of Authority (PoA)": "Preuve d’autorité (PoA)",
+  "Proof of Stake (PoS)": "Preuve d’enjeu (PoS)",
+  "Proof of Work (PoW)": "Preuve de travail (PoW)",
+  "protocol": "protocole",
+  "public blockchain": "blockchain publique/chaîne de blocs publique",
+  "public key": "clé publique",
+  "Public-Key Cryptography": "Cryptographie à clé publique",
+  "Public-Key Infrastructure": "Infrastructure de clé publique",
+  "QR code": "Code QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "relayeur",
+  "Remote Procedure Call (RPC)": "Appel de procédure à distance (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Feuille de route",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "escroquerie du tirage de tapis (rug pull)",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "environnement de test sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "scalabiité",
+  "Scaling": "Monter en charge / Montée en charge",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Phrase secrète de récupération",
+  "Security Token": "Jeton de sécurité",
+  "Security Token Offering (STO)": "Offre de jetons de sécurité (STO)",
+  "seed phrase": "phrase secrète",
+  "self-custody (noun)": "Détention en propre",
+  "self-executing": "Auto-exécution",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "sérialisation",
+  "Shard chain": "chaîne de fragment",
+  "sharding (noun)": "fragmentation (nom)",
+  "Shielded Transaction": "Transaction protégée",
+  "sidechain": "chaîne latérale/blockchain secondaire",
+  "Signature (Cryptographic)": "Signature numérique (cryptographie)",
+  "slashing condition": "condition de hachage",
+  "slippage": "slippage / effet de glissement",
+  "slot": "slot",
+  "smart contract": "contrat intelligent",
+  "snap": "Snap",
+  "soft fork": "fork doux",
+  "Software Development Kit (SDK)": "Kit de développement logiciel (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "Stablecoin (monnaie stable)",
+  "staking (noun)": "staking (nom)",
+  "state": "état",
+  "state channels": "canaux d’état",
+  "Streaming": "Continu",
+  "swap (noun)": "swap (nom)",
+  "Swap /MetaSwap": "Swap/Metswap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (réseau de test)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "jeton",
+  "token lockup": "blocage de jetons",
+  "Token standard": "Jeton standard",
+  "Total Value Locked (TVL)": "Valeur totale verrouillée (TVL)",
+  "Transaction": "Transaction",
+  "transaction block": "bloc de transactions",
+  "transaction fee": "frais de transaction",
+  "transaction ID": "ID de transaction",
+  "transaction pool": "pool de transactions",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "sans confiance",
+  "Turing-complete": "Turing-complet",
+  "Two-Factor Authentication (2FA)": "Authentification double (2FA)",
+  "TXID": "TXID (ID de transaction)",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "sortie de transaction non utilisée (UTXO)",
+  "upgrade": "mise à niveau / mettre à niveau",
+  "UTXO": "UTXO",
+  "validator": "validateur",
+  "validity proof": "preuve de validité",
+  "Validium": "Validium",
+  "Vault Decryptor": "Décrypteur/Déchiffreur de coffre-fort",
+  "Vesting": "Acquisition",
+  "wallet": "Portefeuille",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Livre blanc",
+  "Wrapping": "Emballage",
+  "Wyre": "Wyre",
+  "yield farming": "yield farming",
+  "yield-bearing tokens": "jetons de yield farming",
+  "zero address": "adresse zéro",
+  "Zero-knowledge proof": "Preuve à divulgation nulle de connaissance (ZKP)",
+  "Zero-knowledge rollup": "Rollup à divulgation nulle de connaissance(rollup ZK)",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/german/translation.json b/src/i18n/locales/german/translation.json
new file mode 100644
index 0000000..cbfefbd
--- /dev/null
+++ b/src/i18n/locales/german/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51% Attack",
+  "Aave": "Aave",
+  "Account": "Konto",
+  "ACH transfer": "ACH-Überweisung",
+  "address; public address; account address": "Adresse/„öffentliche Adresse“ (Wallet-Adresse)",
+  "Advanced": "Erweitert",
+  "aggregator": "Aggregator",
+  "Aggressive": "Aggressiv",
+  "Agoric": "Agoric",
+  "air-gapping": "Air-Gapping",
+  "airdrop": "Airdrop",
+  "airdrop (noun)": "Airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "Algorithmus",
+  "altcoin": "Altcoin",
+  "AML (Anti-Money Laundering)": "AML (Geldwäschebekämpfung)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Anwendungsprogrammierschnittstelle)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (Anwendungsspezifische integrierte Schaltung)",
+  "asset provenance": "Herkunft des Assets",
+  "attestation": "Bestätigung",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Grundgebühr",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / Bitcoin (BTC)",
+  "block (noun)": "Block",
+  "block explorer": "Block-Explorer",
+  "block height": "Blockhöhe",
+  "block reward": "Blockbelohnung",
+  "block time": "Blockzeit",
+  "blockchain": "Blockchain",
+  "Blockchain explorer": "Blockchain-Explorer",
+  "blockchain trilemma": "Blockchain-Trilemma",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "Belohnung / Fehlerbelohnung",
+  "brain wallet": "Brain-Wallet",
+  "Brave": "Brave",
+  "Bridge": "Bridge",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "Bytecode",
+  "Byzantine fault tolerance": "Byzantine-Fehlertoleranz",
+  "Byzantium fork": "Byzantium-Fork",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Zentralisierte Börse (CEX)",
+  "CEX": "CEX",
+  "chain ID": "Chain-ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "Kunde (Ethereum oder eine andere kompatible Blockchain)",
+  "Codefi": "Codefi",
+  "coin": "Coin",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "Cold Storage",
+  "cold wallet / cold storage": "Cold Wallet / Cold Storage",
+  "Community Platform": "Community-Plattform",
+  "Compiling": "Kompilierung",
+  "Compound": "Compound",
+  "confirmation": "Bestätigung",
+  "consensus": "Konsens",
+  "Consensus client": "Konsens-Client",
+  "Consensus layer": "Konsens-Layer",
+  "Consensus mechanism": "Konsens-Mechanismus",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Constantinople-Fork",
+  "contract": "Contract",
+  "Contract account": "Vertragskonto",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "Krypto-Asset",
+  "crypto bounties": "Krypto-Belohnungen",
+  "crypto fund": "Krypto-Fond",
+  "crypto wallet": "Krypto-Wallet",
+  "crypto-": "Krypto-",
+  "crypto-compliance": "Krypto-Compliance",
+  "cryptoassets": "Krypto-Assets",
+  "cryptocurrency": "Kryptowährung",
+  "cryptoeconomics": "Kryptoökonomie",
+  "cryptography": "Kryptographie",
+  "Curve": "Curve",
+  "custody (noun)": "Verwahrung",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dApp",
+  "decentralization": "Dezentralisierung",
+  "decentralized application": "Dezentralisierte Anwendung",
+  "Decentralized Autonomous Organization (DAO)": "Dezentralisierte autonome Organisation (DAO)",
+  "decentralized exchange (DEX)": "Dezentralisierte Börse (DEX)",
+  "decentralized finance": "Dezentralisierte Finanzen",
+  "decentralized web": "Dezentralisiertes Web",
+  "deposit": "Einzahlung",
+  "derive / derivation": "Ableiten / Ableitung",
+  "dev": "Entwickler",
+  "Devcon": "Devcon",
+  "Developer": "Entwickler",
+  "DEX": "DEX",
+  "difficulty": "Schwierigkeit",
+  "difficulty bomb": "Schwierigkeitsbombe",
+  "digital asset": "Digitales Asset",
+  "digital identity": "Digitale Identität",
+  "Digital signature": "Digitale Signatur",
+  "Distributed Denial of Service (DDoS) Attack": "Distributed Denial of Service (DDoS) Angriff",
+  "distributed ledger": "Distributed Ledger",
+  "Distributed Ledger Technology": "Distributed-Ledger-Technologie",
+  "DLT": "DLT",
+  "double spend": "Doppelte Ausgaben",
+  "ecosystem": "Ökosystem",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "Verschlüsselte vs. unverschlüsselte Schlüssel",
+  "encryption": "Verschlüsselung",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "Entropie",
+  "epoch": "Epoche",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 Token-Standard",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 Token-Standard",
+  "ETH": "ETH",
+  "ether (denominations)": "Ether (Denominationen)",
+  "ether (ETH)": "Ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum Improvement Proposal (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum Name Service (ENS)",
+  "Ethereum Public Address": "Öffentliche Ethereum-Adresse",
+  "Ethereum Virtual Machine (EVM)": "Ethereum Virtual Machine (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "Börse",
+  "Execution client": "Ausführungs-Client",
+  "Execution layer": "Ausführungs-Layer",
+  "Extended Private Key (XPRIV)": "Erweiterter privater Schlüssel (XPRIV)",
+  "Extended Public Key (XPUB)": "Erweiterter öffentlicher Schlüssel (XPUB)",
+  "Extension": "Erweiterung",
+  "Fantom": "Fantom",
+  "faucet": "Faucet",
+  "fiat currency": "Fiat-Währung",
+  "final, finality": "final, Finality",
+  "Finality Rate": "Finality Rate",
+  "financial technology (FinTech)": "Finanztechnologie (FinTech)",
+  "finney": "Finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firewall",
+  "Flask": "Flask",
+  "fork": "Fork",
+  "Fractional Ownership": "Fractional Ownership",
+  "Fraud proof": "Betrugssicher",
+  "full node": "Full Node",
+  "Ganache": "Ganache",
+  "gas": "Gas",
+  "gas fee": "Gas-Gebühr",
+  "gas limit": "Gas-Limit",
+  "gas price": "Gas-Preis",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "Genesis Block",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Governance",
+  "GSN": "GSN",
+  "gwei": "Gwei",
+  "halving": "Halbierung",
+  "hard fork": "Hard Fork",
+  "hardware wallet": "Hardware-Wallet",
+  "hash (noun)": "Hash",
+  "hexadecimal; 'hex data'": "hexadezimal; ‚Hex-Daten‘",
+  "Hierarchical Deterministic (HD) wallet": "Hierarchisch-deterministisches (HD) Wallet",
+  "hot storage": "Hot Storage",
+  "hot wallet": "Hot Wallet",
+  "Hybrid Network": "Hybrides Netzwerk",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "Unveränderlichkeit",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Börsengang (IPO)",
+  "Insider Trading": "Insiderhandel",
+  "Inter-Blockchain Communication (IBC) Protocol": "Inter-Blockchain-Kommunikationsprotokoll (IBC)",
+  "internal transaction": "Interne Transaktion",
+  "Interoperability": "Interoperabilität",
+  "InterPlanetary File System (IPFS)": "InterPlanetary-Dateisystem (IPFS)",
+  "IP address": "IP-Adresse",
+  "JSON file": "JSON-Datei",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "Keystore-Datei",
+  "Know Your Customer (KYC)": "Know Your Customer (KYC)",
+  "Know Your Transaction": "Know Your Transaction",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latenz",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Layer 0",
+  "Layer 1": "Layer 1",
+  "Layer 2": "Layer 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Bibliothek",
+  "Lido": "Lido",
+  "light client": "Light Client",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Liquid Democracy (Delegative Democracy)",
+  "Liquidation": "Liquidation",
+  "liquidity": "Liquidität",
+  "liquidity pool": "Liquiditätspool",
+  "liquidity staking": "Liquiditätsstaking",
+  "Low": "Niedrig",
+  "mainnet": "Mainnet",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "Malware",
+  "market cap": "Marktkapitalisierung",
+  "Maximal Extractable Value (MEV)": "Maximaler extrahierbarer Wert (MEV)",
+  "Maximum Priority Fee": "Maximale Prioritätsgebühr",
+  "memory pool; mempool": "Memory Pool; Mempool",
+  "Merge (noun)": "Merge",
+  "Merkle Patricia trie": "Merkle Patricia-Trie",
+  "Mesh": "Mesh",
+  "Metadata": "Metadaten",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "MetaMask Community-Plattform",
+  "MetaMask Extension": "MetaMask-Erweiterung",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "Metaverse",
+  "miner tip": "Miner Tip",
+  "mining": "Mining",
+  "Mint": "Prägung",
+  "mnemonic phrase": "Mnemonische Phrase",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "Modulare Blockchain",
+  "MoonPay": "MoonPay",
+  "multi-sig": "Multi-Sig",
+  "multi-signature wallet (multisig)": "Multi-Signatur-Wallet (Multi-Sig)",
+  "Multifactor Authentication": "Multifaktor-Authentifizierung",
+  "Near-Field Communication (NFC)": "Near Field Communication (NFC)",
+  "Nested Blockchain": "Verschachtelte Blockchain",
+  "Network": "Netzwerk",
+  "Network Congestion": "Netzwerküberlastung",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT-Aggregator",
+  "NFT drop": "NFT-Drop",
+  "Ngrave": "Ngrave",
+  "node": "Node",
+  "Non-fungible token": "Non-Fungible token",
+  "nonce": "Nonce",
+  "off-chain": "Off-Chain",
+  "ommer block": "Ommer Block",
+  "on-chain": "On-Chain",
+  "on-ramp, off-ramp": "On-Ramp, Off-Ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "Optimistischer Rollup",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "Parität",
+  "Parity": "Parity",
+  "Passphrase": "Passphrase",
+  "password manager": "Passwortmanager",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "Peer-to-Peer (P2P)",
+  "permissioned ledger": "Permissioned Blockchain",
+  "phishing (noun)": "Phishing",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS / PoW Hybrid",
+  "Priority fee": "Prioritätsgebühr",
+  "private blockchain": "Private Blockchain",
+  "private currency": "Private Währung",
+  "private key": "Privater Schlüssel",
+  "Proof of Authority (PoA)": "Proof of Authority (PoA)",
+  "Proof of Stake (PoS)": "Proof of Stake (PoS)",
+  "Proof of Work (PoW)": "Proof of Work (PoW)",
+  "protocol": "Protokoll",
+  "public blockchain": "Öffentliche Blockchain",
+  "public key": "Öffentlicher Schlüssel",
+  "Public-Key Cryptography": "Public-Key-Kryptographie",
+  "Public-Key Infrastructure": "Public-Key-Infrastruktur",
+  "QR code": "QR-Code",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "Relayer",
+  "Remote Procedure Call (RPC)": "Remote Procedure Call (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Roadmap",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "Rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "Rug Pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "Sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "Skalierbarkeit",
+  "Scaling": "Skalieren",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Geheime Wiederherstellungsphrase",
+  "Security Token": "Security Token",
+  "Security Token Offering (STO)": "Security-Token-Offering (STO)",
+  "seed phrase": "Seed-Phrase",
+  "self-custody (noun)": "Selbstverwahrung",
+  "self-executing": "selbstausführend",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "Serialisierung",
+  "Shard chain": "Shard Chain",
+  "sharding (noun)": "Sharding",
+  "Shielded Transaction": "Abgeschirmte Transaktion",
+  "sidechain": "Sidechain",
+  "Signature (Cryptographic)": "Signatur (kryptografisch)",
+  "slashing condition": "Slashing-Bedingung",
+  "slippage": "Slippage",
+  "slot": "Slot",
+  "smart contract": "Smart Contract",
+  "snap": "Snap",
+  "soft fork": "Soft Fork",
+  "Software Development Kit (SDK)": "Software Development Kit (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "Stablecoin",
+  "staking (noun)": "Staking",
+  "state": "Status",
+  "state channels": "Statuskanäle",
+  "Streaming": "Streaming",
+  "swap (noun)": "Swap",
+  "Swap /MetaSwap": "Swap/MetaSwap",
+  "szabo": "Szabo",
+  "testnet (test network)": "Testnet (Testnetzwerk)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "Token",
+  "token lockup": "Token-Lockup",
+  "Token standard": "Token-Standard",
+  "Total Value Locked (TVL)": "Total Value Locked (TVL)",
+  "Transaction": "Transaktion",
+  "transaction block": "Transaktionssperre",
+  "transaction fee": "Transaktionsgebühr",
+  "transaction ID": "Transaktions-ID",
+  "transaction pool": "Transaktionspool",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "Vertrauenslos",
+  "Turing-complete": "Turing-Complete",
+  "Two-Factor Authentication (2FA)": "Zwei-Faktor-Authentifizierung (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "Uneingelöster Transaktions-Output (UTXO)",
+  "upgrade": "Upgrade",
+  "UTXO": "UTXO",
+  "validator": "Validator",
+  "validity proof": "Gültigkeitsnachweis",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Vesting",
+  "wallet": "Wallet (die)",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "Web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Whitepaper",
+  "Wrapping": "Wrapping",
+  "Wyre": "Wyre",
+  "yield farming": "Yield Farming",
+  "yield-bearing tokens": "Ertragsbringende Token",
+  "zero address": "Null-Adresse",
+  "Zero-knowledge proof": "Null-Wissen-Beweis",
+  "Zero-knowledge rollup": "Null-Wissen-Rollup",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/greek/translation.json b/src/i18n/locales/greek/translation.json
new file mode 100644
index 0000000..1e27800
--- /dev/null
+++ b/src/i18n/locales/greek/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Επίθεση του 51%",
+  "Aave": "Aave",
+  "Account": "Λογαριασμός",
+  "ACH transfer": "Μεταφορά αυτοματοποιημένου γραφείου συμψηφισμού",
+  "address; public address; account address": "διεύθυνση/\"δημόσια διεύθυνση\" (διεύθυνση πορτοφολιού)",
+  "Advanced": "Για προχωρημένους",
+  "aggregator": "συσσωρευτής",
+  "Aggressive": "Υψηλότερη αγοραστική τιμή",
+  "Agoric": "Agoric",
+  "air-gapping": "διάκενο αέρα",
+  "airdrop": "τακτική airdrop",
+  "airdrop (noun)": "τακτική airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "αλγόριθμος",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML Καταπολέμηση της νομιμοποίησης εσόδων από παράνομες δραστηριότητες)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Application Programming Interface)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (Application Specific Integrated Circuit)",
+  "asset provenance": "προέλευση περιουσιακών στοιχείων",
+  "attestation": "επιβεβαίωση",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Βασική αμοιβή",
+  "Beacon Chain": "Κύρια αλυσίδα",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "ομάδα καταχωρίσεων",
+  "block explorer": "εξερευνητής ομάδας καταχωρίσεων",
+  "block height": "ύψος ομάδας καταχωρίσεων",
+  "block reward": "ανταμοιβή ομάδας καταχωρίσεων",
+  "block time": "χρόνος ομάδας καταχωρίσεων",
+  "blockchain": "αλυσίδα κατανεμημένης εγγραφής",
+  "Blockchain explorer": "Εξερευνητής αλυσίδας κατανεμημένης εγγραφής",
+  "blockchain trilemma": "τρίλημα αλυσίδας κατανεμημένης εγγραφής",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "επιβράβευση / επιβράβευση σφαλμάτων",
+  "brain wallet": "πορτοφόλι με φράσεις πρόσβασης",
+  "Brave": "Brave",
+  "Bridge": "Γέφυρα",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "σύνολο εντολών",
+  "Byzantine fault tolerance": "Ανοχή Βυζαντινής Βλάβης",
+  "Byzantium fork": "Byzantium fork",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Centralized exchange (CEX)",
+  "CEX": "CEX",
+  "chain ID": "Αναγνωριστικό αλυσίδας",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "πελάτης (Ethereum ή άλλη συμβατή ομάδα καταχώρισης)",
+  "Codefi": "Codefi",
+  "coin": "νόμισμα",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "ψυχρή αποθήκευση",
+  "cold wallet / cold storage": "ψυχρό πορτοφόλι / ψυχρή αποθήκευση",
+  "Community Platform": "Πλατφόρμα Κοινότητας",
+  "Compiling": "Μεταγλώττιση",
+  "Compound": "Compound",
+  "confirmation": "επιβεβαίωση",
+  "consensus": "πολιτική συναίνεσης",
+  "Consensus client": "Πελάτης συναίνεσης",
+  "Consensus layer": "Επίπεδο συναίνεσης",
+  "Consensus mechanism": "Μηχανισμός συναίνεσης",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Constantinople fork",
+  "contract": "συμβόλαιο",
+  "Contract account": "συμβατικό ποσό",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "περιουσιακό στοιχείο κρυπτονομίσματος",
+  "crypto bounties": "επιβραβεύσεις κρυπτονoμίσματος",
+  "crypto fund": "χρηματοδότηση κρυπτονομίσματος",
+  "crypto wallet": "πορτοφόλι κρυπτονομίσματος",
+  "crypto-": "κρυπτο-",
+  "crypto-compliance": "κρυπτο-συμμόρφωση",
+  "cryptoassets": "κρυπτοπεριουσιακά στοιχεία",
+  "cryptocurrency": "κρυπτονόμισμα",
+  "cryptoeconomics": "κρυπτοοικονομία",
+  "cryptography": "Κρυπτογράφηση",
+  "Curve": "Curve",
+  "custody (noun)": "επιμέλεια",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp (αποκεντρωμένη εφαρμογή)",
+  "decentralization": "αποκέντρωση",
+  "decentralized application": "αποκεντρωμένη εφαρμογή",
+  "Decentralized Autonomous Organization (DAO)": "Αποκεντρωμένος αυτόνομος οργανισμός (DAO)",
+  "decentralized exchange (DEX)": "αποκεντρωμένη ανταλλαγή (DEX)",
+  "decentralized finance": "αποκεντρωμένη χρηματοοικονομική",
+  "decentralized web": "αποκεντρωμένος ιστός",
+  "deposit": "κατάθεση",
+  "derive / derivation": "παραγωγή / προέλευση",
+  "dev": "Προγραμματιστής",
+  "Devcon": "Devcon",
+  "Developer": "Προγραμματιστής",
+  "DEX": "DEX (αποκεντρωμένη ανταλλαγή)",
+  "difficulty": "δυσκολία",
+  "difficulty bomb": "βόμβα δυσκολίας",
+  "digital asset": "ψηφιακά διαθέσιμα στοιχεία",
+  "digital identity": "ηλεκτρονική ταυτότητα",
+  "Digital signature": "Ηλεκτρονική υπογραφή",
+  "Distributed Denial of Service (DDoS) Attack": "Eπίθεση άρνησης εξυπηρέτησης (DDoS)",
+  "distributed ledger": "Κατανεμημένο Καθολικό",
+  "Distributed Ledger Technology": "DLT (Τεχνολογία Κατανεμημένου Καθολικού)",
+  "DLT": "DLT (Τεχνολογία Κατανεμημένου Καθολικού)",
+  "double spend": "double spend",
+  "ecosystem": "οικοσύστημα",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "κρυπτογραφημένα έναντι μη κρυπτογραφημένων κλειδιών",
+  "encryption": "κρυπτογράφηση",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "εντροπία",
+  "epoch": "χρονική σήμανση",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 Τυπικό Συμβολικό Νόμισμα",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 Τυπικό Συμβολικό Νόμισμα",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (denominations)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum Improvement Proposal (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum Name Service (ENS)",
+  "Ethereum Public Address": "Δημόσια Διεύθυνση Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Εικονική Μηχανή Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "Εικονική Μηχανή Ethereum (EVM)",
+  "exchange": "ανταλλαγή",
+  "Execution client": "Πελάτης εκτέλεσης",
+  "Execution layer": "Επίπεδο εκτέλεσης",
+  "Extended Private Key (XPRIV)": "Εκτεταμένο ιδιωτικό κλειδί (XPRIV)",
+  "Extended Public Key (XPUB)": "Εκτεταμένο δημόσιο κλειδί (XPUB)",
+  "Extension": "Επέκταση",
+  "Fantom": "Fantom",
+  "faucet": "faucet",
+  "fiat currency": "παραστατικό χρήμα",
+  "final, finality": "τελειωτικός διακανονισμός με βεβαιότητα, βεβαιότητα",
+  "Finality Rate": "Χρέωση βεβαιότητας",
+  "financial technology (FinTech)": "χρηματοοικονομική τεχνολογία (FinTech)",
+  "finney": "FinTech (χρηματοοικονομική τεχνολογία)",
+  "Firefox": "Firefox",
+  "Firewall": "Τείχος προστασίας",
+  "Flask": "Flask",
+  "fork": "fork",
+  "Fractional Ownership": "Κλασματική ιδιοκτησία",
+  "Fraud proof": "Θωράκιση κατά της απάτης.",
+  "full node": "πλήρης κόμβος",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "gas fee",
+  "gas limit": "gas limit",
+  "gas price": "gas price",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "genesis block",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Διακυβέρνηση",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "μείωση κατά το ήμισυ",
+  "hard fork": "hard fork",
+  "hardware wallet": "hardware wallet",
+  "hash (noun)": "κατακερματισμός",
+  "hexadecimal; 'hex data'": "Δεκαεξαδικά δεδομένα",
+  "Hierarchical Deterministic (HD) wallet": "Ιεραρχικά ντετερμινιστικά πορτοφόλια (HD)",
+  "hot storage": "θερμή αποθήκευση",
+  "hot wallet": "ζεστό πορτοφόλι",
+  "Hybrid Network": "Υβριδικό Δίκτυο",
+  "Hyperledger": "Hyperledger",
+  "ICO": "Αρχική προσφορά νομισμάτων (ICO)",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "αμεταβλητότητα",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Αρχική Δημόσια Προσφορά (IPO)",
+  "Insider Trading": "Εσωτερική πληροφόρηση",
+  "Inter-Blockchain Communication (IBC) Protocol": "Πρωτοκόλλου επικοινωνίας μεταξύ των Blockchain (IBC)",
+  "internal transaction": "εσωτερική συναλλαγή",
+  "Interoperability": "Διαλειτουργικότητα",
+  "InterPlanetary File System (IPFS)": "Διαπλανητικό Σύστημα Αρχείων (IPFS)",
+  "IP address": "Διεύθυνση IP",
+  "JSON file": "Αρχείο JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "Αρχείο αποθήκευσης κλειδιών",
+  "Know Your Customer (KYC)": "Γνωρίστε τον πελάτη σας (KYC)",
+  "Know Your Transaction": "Μάθετε τη συναλλαγή σας",
+  "Kovan": "Kovan",
+  "KYC": "KYC (Γνωρίστε τον πελάτη σας)",
+  "KYT": "KYT(Μάθετε τη συναλλαγή σας)",
+  "Latency": "Καθυστέρηση",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Επίπεδο 0",
+  "Layer 1": "Επίπεδο 1",
+  "Layer 2": "Επίπεδο 2",
+  "Learn; MetaMask Learn": "Εκμάθηση MetaMask",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Βιβλιοθήκη",
+  "Lido": "Lido",
+  "light client": "light client",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Ρέουσα Δημοκρατία (Εκχωρητική Δημοκρατία)",
+  "Liquidation": "Ρευστοποίηση",
+  "liquidity": "ρευστότητα",
+  "liquidity pool": "δεξαμενή ρευστότητας",
+  "liquidity staking": "ρευστότητα μεριδίου",
+  "Low": "Χαμηλότερη τιμή",
+  "mainnet": "mainnet",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "Λογισμικό κακόβουλης λειτουργίας",
+  "market cap": "Επιχειρηματικά κεφάλαια",
+  "Maximal Extractable Value (MEV)": "Μέγιστη εξαγώγιμη αξία (MEV)",
+  "Maximum Priority Fee": "Μέγιστη χρέωση προτεραιότητας",
+  "memory pool; mempool": "mempool",
+  "Merge (noun)": "Συγχώνευση",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "Metadata",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "Γέφυρα MetaMask",
+  "MetaMask Community Platform": "Πλατφόρμα Κοινότητας MetaMask",
+  "MetaMask Extension": "Επέκταση MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "Εκμάθηση MetaMask",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverse",
+  "miner tip": "φιλοδώρημα υπεύθυνου εξόρυξης",
+  "mining": "εξόρυξη",
+  "Mint": "Mint",
+  "mnemonic phrase": "Μνημονική φράση",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "τμηματοποιημένη αλυσίδα",
+  "MoonPay": "MoonPay",
+  "multi-sig": "Πολλαπλών υπογραφών",
+  "multi-signature wallet (multisig)": "πορτοφόλι πολλαπλών υπογραφών (multisig)",
+  "Multifactor Authentication": "Έλεγχος ταυτότητας πολλών παραγόντων",
+  "Near-Field Communication (NFC)": "Επικοινωνία κοντινού πεδίου (NFC)",
+  "Nested Blockchain": "Nested Blockchain",
+  "Network": "Network (Δίκτυο)",
+  "Network Congestion": "Συμφόρηση δικτύου",
+  "NFT": "NFT (Μη ανταλλάξιμο διακριτικό)",
+  "NFT aggregator": "NFT aggregator",
+  "NFT drop": "NFT drop",
+  "Ngrave": "Ngrave",
+  "node": "κόμβος",
+  "Non-fungible token": "Μη Εναλλάξιμα Κρυπτοπαραστατικά",
+  "nonce": "αριθμολέξημα",
+  "off-chain": "εκτός αλυσίδας",
+  "ommer block": "ommer block",
+  "on-chain": "εντός αλυσίδας",
+  "on-ramp, off-ramp": "on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimistic rollup",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "ισοτιμία",
+  "Parity": "Parity",
+  "Passphrase": "Φράση πρόσβασης",
+  "password manager": "Διαχείριση κωδικών πρόσβασης",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "P2P (μεταξύ ομοτίμων)",
+  "permissioned ledger": "permissioned ledger (πρόσβαση σε συγκεκριμένους μόνο χρήστες)",
+  "phishing (noun)": "ηλεκτρονικό ψάρεμα",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "Υβριδικό PoS/PoW",
+  "Priority fee": "Τέλος προτεραιότητας",
+  "private blockchain": "ιδιωτική αλυσίδα block",
+  "private currency": "ιδιωτικό νόμισμα",
+  "private key": "ιδιωτικό κλειδί",
+  "Proof of Authority (PoA)": "Απόδειξη Αρχής (Proof of Authority) (PoA)",
+  "Proof of Stake (PoS)": "Απόδειξης συμμετοχής (PoS)",
+  "Proof of Work (PoW)": "Απόδειξη εργασίας (PoW)",
+  "protocol": "πρωτόκολλο",
+  "public blockchain": "δημόσια αλυσίδα block",
+  "public key": "δημόσιο κλειδί",
+  "Public-Key Cryptography": "Κρυπτογράφηση δημοσίου κλειδιού",
+  "Public-Key Infrastructure": "Υποδομή δημόσιου κλειδιού",
+  "QR code": "κωδικός QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "αποδέκτης",
+  "Remote Procedure Call (RPC)": "Κλήση απομακρυσμένης διαδικασίας (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Οδικός χάρτης",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "επεκτασιμότητα",
+  "Scaling": "Αλλαγή κλίμακας",
+  "Scrypt": "Συνάρτηση παραγωγής κλειδιού",
+  "Secret Recovery Phrase": "Μυστική φράση ανάκτησης",
+  "Security Token": "Διακριτικό ασφαλείας",
+  "Security Token Offering (STO)": "Προσφορά διακριτικών ασφαλείας (STO)",
+  "seed phrase": "seed phrase",
+  "self-custody (noun)": "αυτοεπιμέλεια",
+  "self-executing": "αυτοδικαίως εκτελεστή",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "σειριοποίηση",
+  "Shard chain": "Αλυσίδα Θραυσμάτων",
+  "sharding (noun)": "Θραύσμα",
+  "Shielded Transaction": "Προστατευμένη συναλλαγή",
+  "sidechain": "πλευρική αλυσίδα",
+  "Signature (Cryptographic)": "Υπογραφή (Κρυπτογραφική)",
+  "slashing condition": "συνθήκη slashing",
+  "slippage": "απόκλιση",
+  "slot": "χρονικό διάστημα",
+  "smart contract": "έξυπνη σύμβαση",
+  "snap": "Snap",
+  "soft fork": "soft fork",
+  "Software Development Kit (SDK)": "Software Development Kit (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stablecoin",
+  "staking (noun)": "συμμετοχή",
+  "state": "state",
+  "state channels": "state channels",
+  "Streaming": "Ροή",
+  "swap (noun)": "εναλλαγή",
+  "Swap /MetaSwap": "Εναλλαγή/MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (test network)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "συμβολικό νόμισμα",
+  "token lockup": "κλείδωμα συμβολικών νομισμάτων",
+  "Token standard": "Τυπικό συμβολικό νόμισμα",
+  "Total Value Locked (TVL)": "Κλειδωμένη συνολική τιμή (TVL)",
+  "Transaction": "Συναλλαγή",
+  "transaction block": "block συναλλαγής",
+  "transaction fee": "χρεώση συναλλαγής",
+  "transaction ID": "Αναγνωριστικό συναλλαγής",
+  "transaction pool": "ομάδα συναλλαγών",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "αναξιοπιστία",
+  "Turing-complete": "Turing-complete (Τούρινγκ υπολογιστικά καθολικό)",
+  "Two-Factor Authentication (2FA)": "Επαλήθευση δύο παραγόντων (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "αδιάθετη έξοδος συναλλαγής (UTXO)",
+  "upgrade": "αναβάθμιση",
+  "UTXO": "UTXO (Αδιάθετη έξοδος συναλλαγής)",
+  "validator": "εγκριτής",
+  "validity proof": "απόδειξη εγκυρότητας",
+  "Validium": "Validium (δεδομένα εκτός αλυσίδας)",
+  "Vault Decryptor": "Κενή μονάδα κρυπτογράφησης",
+  "Vesting": "Περιορισμός πώλησης",
+  "wallet": "πορτοφόλι",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Λευκή Βίβλος",
+  "Wrapping": "Αντιστοίχιση",
+  "Wyre": "Wyre",
+  "yield farming": "εξόρυξη ρευστότητας",
+  "yield-bearing tokens": "συμβολικά νομίσματα με απόδοση",
+  "zero address": "Μηδενική διεύθυνση",
+  "Zero-knowledge proof": "Απόδειξη μηδενικής γνώσης",
+  "Zero-knowledge rollup": "Zero-knowledge rollup (rollup μηδενικής γνώσης)",
+  "zk-SNARKs": "zk-SNARKs (μη διαδραστικές αποδείξεις μηδενικής γνώσης)"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/hindi/translation.json b/src/i18n/locales/hindi/translation.json
new file mode 100644
index 0000000..b213f49
--- /dev/null
+++ b/src/i18n/locales/hindi/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51% अटैक",
+  "Aave": "Aave",
+  "Account": "Account",
+  "ACH transfer": "ACH ट्रांसफ़र",
+  "address; public address; account address": "एड्रेस/\"पब्लिक एड्रेस\" (वॉलेट एड्रेस)",
+  "Advanced": "एडवांस्ड",
+  "aggregator": "एग्रीगेटर",
+  "Aggressive": "एग्रेसिव",
+  "Agoric": "Agoric",
+  "air-gapping": "एयर-गैपिंग",
+  "airdrop": "एयरड्रॉप",
+  "airdrop (noun)": "एयरड्रॉप (नाउन)",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "एल्गोरिथम",
+  "altcoin": "ऑल्टकॉइन",
+  "AML (Anti-Money Laundering)": "AML (एंटी-मनी लॉन्ड्रिंग)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (एप्लीकेशन प्रोग्रामिंग इंटरफेस)",
+  "AppChain": "ऐपचेन",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (एप्लीकेशन स्पेसिफिक इंटीग्रेटेड सर्किट)",
+  "asset provenance": "एसेट प्रोवेनेंस",
+  "attestation": "अटेस्टेशन",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "बेस फी",
+  "Beacon Chain": "बीकन चेन",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "ब्लॉक (नाउन)",
+  "block explorer": "ब्लॉक एक्सप्लोरर",
+  "block height": "ब्लॉक हाइट",
+  "block reward": "ब्लॉक रिवॉर्ड",
+  "block time": "ब्लॉक टाइम",
+  "blockchain": "ब्लॉकचेन",
+  "Blockchain explorer": "ब्लॉकचेन एक्सप्लोरर",
+  "blockchain trilemma": "ब्लॉकचेन ट्राइलेमा",
+  "BNB Chain": "BNB chain",
+  "bounty / bug bounty": "बाउंटी / बग बाउंटी",
+  "brain wallet": "ब्रेन वॉलेट",
+  "Brave": "Brave",
+  "Bridge": "ब्रिज",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "बाइटकोड",
+  "Byzantine fault tolerance": "बायजैंटाइन फॉल्ट टॉलरेंस",
+  "Byzantium fork": "बायजैंटियम फोर्क",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "सेंट्रलाइज्ड एक्सचेंज (CEX)",
+  "CEX": "CEX",
+  "chain ID": "चेन ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "क्लाइंट (एथेरियम या दूसरा कम्पेटिबिल ब्लॉकचेन)",
+  "Codefi": "Codefi",
+  "coin": "कॉइन",
+  "Coinbase Pay": "कॉइनबेस Pay",
+  "cold storage": "कोल्ड स्टोरेज",
+  "cold wallet / cold storage": "कोल्ड वॉलेट / कोल्ड स्टोरेज",
+  "Community Platform": "कम्युनिटी प्लेटफ़ॉर्म",
+  "Compiling": "कम्पाइलिंग",
+  "Compound": "Compound",
+  "confirmation": "कन्फर्मेशन",
+  "consensus": "कन्सेन्सस",
+  "Consensus client": "कन्सेन्सस क्लाइंट",
+  "Consensus layer": "कन्सेन्सस लेयर",
+  "Consensus mechanism": "कन्सेन्सस मैकेनिज्म",
+  "Consensys": "Consensys",
+  "Constantinople fork": "कॉन्स्टेंटिनोपल फोर्क",
+  "contract": "कॉन्ट्रैक्ट",
+  "Contract account": "कॉन्ट्रैक्ट अकाउंट",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "क्रिप्टो एसेट",
+  "crypto bounties": "क्रिप्टो बाउन्टीज़",
+  "crypto fund": "क्रिप्टो फंड",
+  "crypto wallet": "क्रिप्टो वॉलेट",
+  "crypto-": "क्रिप्टो-",
+  "crypto-compliance": "क्रिप्टो-कंप्लायंस",
+  "cryptoassets": "क्रिप्टोएसेट्स",
+  "cryptocurrency": "क्रिप्टोकरेंसी",
+  "cryptoeconomics": "क्रिप्टोइकोनॉमिक्स",
+  "cryptography": "क्रिप्टोग्राफी",
+  "Curve": "Curve",
+  "custody (noun)": "कस्टडी (नाउन)",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "डीसेंट्रलाइज़ेशन",
+  "decentralized application": "decentralized application",
+  "Decentralized Autonomous Organization (DAO)": "डीसेंट्रलाइज्ड ऑटोनोमस ऑर्गेनाईज़ेशन (DAO)",
+  "decentralized exchange (DEX)": "डीसेंट्रलाइज्ड एक्सचेंज (DEX)",
+  "decentralized finance": "decentralized finance",
+  "decentralized web": "डीसेंट्रलाइज्ड वेब",
+  "deposit": "डिपॉज़िट",
+  "derive / derivation": "डीराइव / डेरिवेशन",
+  "dev": "dev",
+  "Devcon": "Devcon",
+  "Developer": "Developer",
+  "DEX": "DEX",
+  "difficulty": "डिफीकल्टी",
+  "difficulty bomb": "डिफीकल्टी बॉम्ब",
+  "digital asset": "डिजिटल एसेट",
+  "digital identity": "डिजिटल आइडेंटिटी",
+  "Digital signature": "डिजिटल सिग्नेचर",
+  "Distributed Denial of Service (DDoS) Attack": "डिस्ट्रीब्यूटेड डिनायल ऑफ सर्विस (DDoS) अटैक",
+  "distributed ledger": "डिस्ट्रिब्यूटेड लेजर (ledger)",
+  "Distributed Ledger Technology": "Distributed Ledger Technology",
+  "DLT": "DLT",
+  "double spend": "डबल स्पेंड",
+  "ecosystem": "इकोसिस्टम",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "एन्क्रिप्टेड बनाम अनएन्क्रिप्टेड कीज़ (keys)",
+  "encryption": "एन्क्रिप्शन",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "एंटरप्राइज़ एथेरियम एलायंस (EEA)",
+  "entropy": "एन्ट्रॉपी",
+  "epoch": "एपोच (epoch)",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 Token Standard",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 Token Standard",
+  "ETH": "ETH",
+  "ether (denominations)": "ईथर (ether) (डीनॉमिनेशन्स)",
+  "ether (ETH)": "ईथर (ether) (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "एथेरियम इम्प्रूवमेंट प्रपोज़ल (EIP)",
+  "Ethereum Name Service (ENS)": "एथेरियम नेम सर्विस (ENS)",
+  "Ethereum Public Address": "एथेरियम पब्लिक एड्रेस",
+  "Ethereum Virtual Machine (EVM)": "एथेरियम वर्चुअल मशीन (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "एक्सचेंज",
+  "Execution client": "एक्सीक्यूशन क्लाइंट",
+  "Execution layer": "एक्सीक्यूशन लेयर",
+  "Extended Private Key (XPRIV)": "एक्सटेंडेड प्राइवेट की (XPRIV)",
+  "Extended Public Key (XPUB)": "एक्सटेंडेड पब्लिक की (XPUB)",
+  "Extension": "एक्सटेंशन",
+  "Fantom": "Fantom",
+  "faucet": "फॉसेट (faucet)",
+  "fiat currency": "फिएट करेंसी",
+  "final, finality": "फाइनल, फाइनलिटी",
+  "Finality Rate": "फाइनलिटी रेट",
+  "financial technology (FinTech)": "फाइनेंशियल टेक्नोलॉजी (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firefox",
+  "Flask": "Flask",
+  "fork": "फोर्क (fork)",
+  "Fractional Ownership": "फ्रैक्शनल ओनरशिप",
+  "Fraud proof": "फ्रॉड प्रूफ",
+  "full node": "फुल नोड",
+  "Ganache": "Ganache",
+  "gas": "गैस",
+  "gas fee": "गैस फीस",
+  "gas limit": "गैस लिमिट",
+  "gas price": "गैस प्राइस",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "जेनेसिस ब्लॉक",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Governance",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "आधा करना (halving)",
+  "hard fork": "हार्ड फोर्क",
+  "hardware wallet": "hardware wallet",
+  "hash (noun)": "हैश (नाउन)",
+  "hexadecimal; 'hex data'": "हेक्साडेसिमल; 'हेक्स डेटा'",
+  "Hierarchical Deterministic (HD) wallet": "हायरार्कीकल डिटरमिनिस्टिक (HD) वॉलेट",
+  "hot storage": "हॉट स्टोरेज",
+  "hot wallet": "हॉट वॉलेट",
+  "Hybrid Network": "हाइब्रिड नेटवर्क",
+  "Hyperledger": "हाइपरलेजर (Hyperledger)",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "आइडेंटआइकन / एड्रेसआइडेंटआइकन / एड्रेसआइकन",
+  "immutability": "इमम्यूटेबिलिटी",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "इनिशियल पब्लिक ऑफरिंग (IPO)",
+  "Insider Trading": "Insider Trading",
+  "Inter-Blockchain Communication (IBC) Protocol": "इंटर-ब्लॉकचेन कम्युनिकेशन (IBC) प्रोटोकॉल",
+  "internal transaction": "इंटरनल ट्रांसेक्शन",
+  "Interoperability": "Interoperability",
+  "InterPlanetary File System (IPFS)": "इंटरप्लेनेटरी फाइल सिस्टम (IPFS)",
+  "IP address": "आईपी ​​एड्रेस",
+  "JSON file": "JSON फ़ाइल",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "कीस्टोर फ़ाइल",
+  "Know Your Customer (KYC)": "अपने ग्राहक को जानें (KYC)",
+  "Know Your Transaction": "Know Your Transaction",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "लेटेंसी",
+  "Lattice1": "Lattice1",
+  "Launchpad": "लॉन्चपैड",
+  "Layer 0": "लेयर 0",
+  "Layer 1": "लेयर 1",
+  "Layer 2": "लेयर 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live ऐप",
+  "Library": "लाइब्रेरी",
+  "Lido": "Lido",
+  "light client": "लाइट क्लाइंट",
+  "Lightning Network": "लाइटनिंग नेटवर्क",
+  "Liquid Democracy (Delegative Democracy)": "लिक्विड डेमोक्रेसी (डेलीगेटिव डेमोक्रेसी)",
+  "Liquidation": "Liquidation",
+  "liquidity": "लिक्विडिटी",
+  "liquidity pool": "लिक्विडिटी पूल",
+  "liquidity staking": "लिक्विडिटी स्टेकिंग",
+  "Low": "कम",
+  "mainnet": "मेननेट (mainnet)",
+  "Maker Protocol": "मेकर प्रोटोकॉल",
+  "Malware": "मालवेयर",
+  "market cap": "मार्केट कैप",
+  "Maximal Extractable Value (MEV)": "मैक्सिमम एक्सट्रैक्टेबल वैल्यू (MEV)",
+  "Maximum Priority Fee": "मैक्सिमम प्रायोरिटी फी",
+  "memory pool; mempool": "मेमोरी पूल; mempool",
+  "Merge (noun)": "मर्ज (Merge) (नाउन)",
+  "Merkle Patricia trie": "मर्कल पेट्रीसिया ट्राई (Merkle Patricia trie)",
+  "Mesh": "Mesh",
+  "Metadata": "मेटाडाटा",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "MetaMask कम्युनिटी प्लेटफ़ॉर्म",
+  "MetaMask Extension": "MetaMask एक्सटेंशन",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverse",
+  "miner tip": "माइनर (miner) टिप",
+  "mining": "माइनिंग",
+  "Mint": "मिंट",
+  "mnemonic phrase": "नेमोनिक फ्रेज़",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "मॉड्यूलर ब्लॉकचेन",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multi-sig",
+  "multi-signature wallet (multisig)": "multi-signature wallet (multisig)",
+  "Multifactor Authentication": "मल्टीफैक्टर ऑथेंटिकेशन",
+  "Near-Field Communication (NFC)": "नियर-फील्ड कम्युनिकेशन (NFC)",
+  "Nested Blockchain": "नेस्टेड ब्लॉकचेन",
+  "Network": "नेटवर्क",
+  "Network Congestion": "नेटवर्क कंजेस्शन",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT एग्रीगेटर",
+  "NFT drop": "NFT ड्रॉप",
+  "Ngrave": "Ngrave",
+  "node": "नोड",
+  "Non-fungible token": "नॉन-फंजिबिल टोकन",
+  "nonce": "nonce",
+  "off-chain": "ऑफ-चेन",
+  "ommer block": "ओमेर (ommer) ब्लॉक",
+  "on-chain": "ऑन-चेन",
+  "on-ramp, off-ramp": "ऑन-रैंप, ऑफ-रैंप",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "ऑप्टिमिस्टिक रॉलअप",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "पैरिटी",
+  "Parity": "Parity",
+  "Passphrase": "पासफ्रेज़",
+  "password manager": "password manager",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "पियर-टू-पियर (P2P)",
+  "permissioned ledger": "परमिशंड लेजर",
+  "phishing (noun)": "फ़िशिंग (नाउन)",
+  "Plasma": "प्लाज़्मा",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW हाइब्रिड",
+  "Priority fee": "प्रायोरिटी फी",
+  "private blockchain": "प्राइवेट ब्लॉकचेन",
+  "private currency": "प्राइवेट करेंसी",
+  "private key": "प्राइवेट की (key)",
+  "Proof of Authority (PoA)": "प्रूफ ऑफ अथॉरिटी (PoA)",
+  "Proof of Stake (PoS)": "प्रूफ ऑफ स्टेक (PoS)",
+  "Proof of Work (PoW)": "प्रूफ ऑफ वर्क (PoW)",
+  "protocol": "प्रोटोकॉल",
+  "public blockchain": "पब्लिक ब्लॉकचेन",
+  "public key": "पब्लिक की (key)",
+  "Public-Key Cryptography": "Public-Key Cryptography",
+  "Public-Key Infrastructure": "Public-Key Infrastructure",
+  "QR code": "QR कोड",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "रीलेयर (relayer)",
+  "Remote Procedure Call (RPC)": "रिमोट प्रोसीजर कॉल (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "रोडमैप",
+  "Rocket Pool": "रॉकेट पूल",
+  "rollups": "रॉलअप्स",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "रग पुल (rug pull)",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "सैंडबॉक्स",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "सातोशी नाकामोटो",
+  "scalability": "स्केलेबिल्टी",
+  "Scaling": "स्केलिंग",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "सीक्रेट रिकवरी फ्रेज़",
+  "Security Token": "Security Token",
+  "Security Token Offering (STO)": "सिक्यूरिटी टोकन ऑफरिंग (STO)",
+  "seed phrase": "सीड फ्रेज़",
+  "self-custody (noun)": "सेल्फ-कस्टडी (नाउन)",
+  "self-executing": "सेल्फ-एक्सीक्यूटिंग",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "सीरियलाइज़ेशन",
+  "Shard chain": "शार्ड (Shard) चेन",
+  "sharding (noun)": "शार्डिंग (sharding) (नाउन)",
+  "Shielded Transaction": "Shielded Transaction",
+  "sidechain": "साइडचेन",
+  "Signature (Cryptographic)": "सिग्नेचर (क्रिप्टोग्राफ़िक)",
+  "slashing condition": "स्लैशिंग (slashing) कंडीशन",
+  "slippage": "स्लिपेज (slippage)",
+  "slot": "स्लॉट",
+  "smart contract": "स्मार्ट कॉन्ट्रैक्ट",
+  "snap": "Snap",
+  "soft fork": "सॉफ्ट फोर्क",
+  "Software Development Kit (SDK)": "सॉफ्टवेयर डेवलपमेंट किट (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "स्टेबलकॉइन",
+  "staking (noun)": "स्टेकिंग (नाउन)",
+  "state": "स्टेट",
+  "state channels": "स्टेट चैनल्स",
+  "Streaming": "स्ट्रीमिंग",
+  "swap (noun)": "स्वैप (नाउन)",
+  "Swap /MetaSwap": "स्वैप/मेटास्वैप",
+  "szabo": "szabo",
+  "testnet (test network)": "टैस्टनेट (टैस्ट नेटवर्क)",
+  "Testnet Kovan": "टैस्टनेट Kovan",
+  "Testnet Rinkeby": "टैस्टनेट Rinkeby",
+  "Testnet Ropsten": "टैस्टनेट Ropsten",
+  "token": "टोकन",
+  "token lockup": "टोकन लॉकअप",
+  "Token standard": "टोकन स्टैंडर्ड",
+  "Total Value Locked (TVL)": "टोटल वैल्यू लॉक्ड (TVL)",
+  "Transaction": "ट्रांसेक्शन",
+  "transaction block": "ट्रांसेक्शन ब्लॉक",
+  "transaction fee": "ट्रांसेक्शन फीस",
+  "transaction ID": "Transaction ID",
+  "transaction pool": "transaction pool",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "ट्रस्टलैस (trustless)",
+  "Turing-complete": "ट्यूरिंग (Turing)-कम्पलीट",
+  "Two-Factor Authentication (2FA)": "टू-फैक्टर ऑथेंटिकेशन (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "अनस्पेंट ट्रांसेक्शन आउटपुट (UTXO)",
+  "upgrade": "अपग्रेड",
+  "UTXO": "UTXO",
+  "validator": "वैलिडेटर",
+  "validity proof": "वैलिडिटी प्रूफ",
+  "Validium": "वैलिडियम",
+  "Vault Decryptor": "वॉल्ट डिक्रिप्टर",
+  "Vesting": "वेस्टिंग",
+  "wallet": "वॉलेट",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "वेबसॉकेट",
+  "Wei": "Wei",
+  "Whitepaper": "वाइटपेपर",
+  "Wrapping": "रैपिंग",
+  "Wyre": "Wyre",
+  "yield farming": "यील्ड फार्मिंग",
+  "yield-bearing tokens": "यील्ड-बियरिंग टोकन्स",
+  "zero address": "ज़ीरो एड्रेस",
+  "Zero-knowledge proof": "ज़ीरो-नॉलेज प्रूफ",
+  "Zero-knowledge rollup": "ज़ीरो-नॉलेज रॉलअप",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/hungarian/translation.json b/src/i18n/locales/hungarian/translation.json
new file mode 100644
index 0000000..c5f8705
--- /dev/null
+++ b/src/i18n/locales/hungarian/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1 hüvelyk",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51%-os támadás",
+  "Aave": "Aave",
+  "Account": "fiók",
+  "ACH transfer": "ACH-átutalás",
+  "address; public address; account address": "cím/„nyilvános cím” (pénztárca címe)",
+  "Advanced": "haladó",
+  "aggregator": "aggregátor",
+  "Aggressive": "agresszív",
+  "Agoric": "agorikus",
+  "air-gapping": "air-gapping (internetről való teljes leválasztás)",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritmus",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML (pénzmosás elleni küzdelem)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (alkalmazásprogramozási felület)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (alkalmazásspecifikus integrált áramkör)",
+  "asset provenance": "eszköz eredete",
+  "attestation": "tanúsítvány",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "alapdíj",
+  "Beacon Chain": "Beacon-lánc",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin/bitcoin (BTC)",
+  "block (noun)": "blokk",
+  "block explorer": "blokk felfedező",
+  "block height": "blokkmagasság",
+  "block reward": "blokkjutalom",
+  "block time": "blokkidő",
+  "blockchain": "blokklánc",
+  "Blockchain explorer": "blokklánc felfedező",
+  "blockchain trilemma": "blokklánc trilemma",
+  "BNB Chain": "BNB-lánc",
+  "bounty / bug bounty": "bounty/bug bounty",
+  "brain wallet": "„agy” tárca",
+  "Brave": "Brave",
+  "Bridge": "híd (noun), áthidalni (verb), Bridge (as in MetaMask Bridge)",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "bytecode",
+  "Byzantine fault tolerance": "bizánci hibatűrés",
+  "Byzantium fork": "bizánci villa",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "központosított tőzsde (CEX)",
+  "CEX": "CEX",
+  "chain ID": "láncazonosító",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "kliens (Ethereum vagy más kompatibilis blokklánc)",
+  "Codefi": "Codefi",
+  "coin": "érme",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "hideg tárolás",
+  "cold wallet / cold storage": "hideg pénztárca/hideg tárolás",
+  "Community Platform": "Közösségi platform",
+  "Compiling": "összeállítás",
+  "Compound": "összetett",
+  "confirmation": "megerősítés",
+  "consensus": "konszenzus",
+  "Consensus client": "konszenzusos ügyfél",
+  "Consensus layer": "konszenzusos réteg",
+  "Consensus mechanism": "konszenzus mechanizmusa",
+  "Consensys": "Consensys",
+  "Constantinople fork": "konstantinápolyi villa",
+  "contract": "szerződés",
+  "Contract account": "szerződéses számla",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "kriptoeszköz",
+  "crypto bounties": "kriptojutalmak",
+  "crypto fund": "kripto alap",
+  "crypto wallet": "kripto pénztárca",
+  "crypto-": "kripto-",
+  "crypto-compliance": "kripto-megfelelőség",
+  "cryptoassets": "kriptoeszközök",
+  "cryptocurrency": "kriptovaluta",
+  "cryptoeconomics": "kriptoökonómia",
+  "cryptography": "kriptográfia",
+  "Curve": "ív",
+  "custody (noun)": "tárolás",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "decentralizálás",
+  "decentralized application": "decentralizált alkalmazás",
+  "Decentralized Autonomous Organization (DAO)": "decentralizált autonóm szervezet (DAO)",
+  "decentralized exchange (DEX)": "decentralizált tőzsde (DEX)",
+  "decentralized finance": "decentralizált finanszírozás",
+  "decentralized web": "decentralizált web",
+  "deposit": "letét",
+  "derive / derivation": "származtatni/származtatás",
+  "dev": "dev",
+  "Devcon": "Devcon",
+  "Developer": "fejlesztő",
+  "DEX": "DEX",
+  "difficulty": "nehézség",
+  "difficulty bomb": "nehézségi bomba",
+  "digital asset": "digitális eszköz",
+  "digital identity": "digitális identitás",
+  "Digital signature": "digitális aláírás",
+  "Distributed Denial of Service (DDoS) Attack": "elosztott szolgáltatásmegtagadási (DDoS) támadás",
+  "distributed ledger": "elosztott főkönyv",
+  "Distributed Ledger Technology": "elosztott főkönyvi technológia (DLT)",
+  "DLT": "DLT",
+  "double spend": "dupla költés",
+  "ecosystem": "ökoszisztéma",
+  "Edge": "él",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "titkosított vs. titkosítatlan kulcsok",
+  "encryption": "titkosítás",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entrópia",
+  "epoch": "korszak",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 token szabvány",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 token szabvány",
+  "ETH": "ETH",
+  "ether (denominations)": "éter",
+  "ether (ETH)": "éter (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum javítási protokollok (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum névszolgáltatás (ENS)",
+  "Ethereum Public Address": "Ethereum nyilvános cím",
+  "Ethereum Virtual Machine (EVM)": "Ethereum virtuális gép (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "tőzsde",
+  "Execution client": "végrehajtási kliens",
+  "Execution layer": "végrehajtási réteg",
+  "Extended Private Key (XPRIV)": "kiterjesztett privát kulcs (XPRIV)",
+  "Extended Public Key (XPUB)": "kiterjesztett nyilvános kulcs (XPUB)",
+  "Extension": "kiterjesztés",
+  "Fantom": "Fantom",
+  "faucet": "csap",
+  "fiat currency": "fiat valuta",
+  "final, finality": "végleges, véglegesség",
+  "Finality Rate": "véglegességi arány",
+  "financial technology (FinTech)": "pénzügyi technológia (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "tűzfal",
+  "Flask": "Flask",
+  "fork": "villa",
+  "Fractional Ownership": "töredéktulajdon",
+  "Fraud proof": "csalás bizonyíték",
+  "full node": "teljes csomópont",
+  "Ganache": "Ganache",
+  "gas": "gáz",
+  "gas fee": "gázdíj",
+  "gas limit": "gázkorlát",
+  "gas price": "gázár",
+  "Gas Station Network": "töltőállomás hálózat",
+  "genesis block": "genezis blokk",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "kormányzás",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "felezés",
+  "hard fork": "kemény villa",
+  "hardware wallet": "hardver pénztárca",
+  "hash (noun)": "hash",
+  "hexadecimal; 'hex data'": "hexadecimális; „hex adat”",
+  "Hierarchical Deterministic (HD) wallet": "hierarchikus determinisztikus (HD) pénztárca",
+  "hot storage": "meleg tárolás",
+  "hot wallet": "forró pénztárca",
+  "Hybrid Network": "hibrid hálózat",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon/AddressIdenticon/AddressIcon",
+  "immutability": "állandóság",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "első nyilvános ajánlattétel (IPO)",
+  "Insider Trading": "bennfentes kereskedelem",
+  "Inter-Blockchain Communication (IBC) Protocol": "blokkláncok közötti kommunikációs (IBC) protokoll",
+  "internal transaction": "belső tranzakció",
+  "Interoperability": "interoperabilitás",
+  "InterPlanetary File System (IPFS)": "Interplanetary File System (IPFS)",
+  "IP address": "IP-cím",
+  "JSON file": "JSO- fájl",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "kulcstároló fájl",
+  "Know Your Customer (KYC)": "Ismerd a vásárlód (IAV)",
+  "Know Your Transaction": "Ismerd a tranzakciód (IAT)",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "késleltetés",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "0. réteg",
+  "Layer 1": "1. réteg",
+  "Layer 2": "2. réteg",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "könyvtár",
+  "Lido": "Lido",
+  "light client": "könnyű kliens",
+  "Lightning Network": "villámgyors hálózat",
+  "Liquid Democracy (Delegative Democracy)": "likvid demokrácia (delegatív demokrácia)",
+  "Liquidation": "felszámolás",
+  "liquidity": "likviditás",
+  "liquidity pool": "likviditási pool",
+  "liquidity staking": "likviditási részesedés",
+  "Low": "alacsony",
+  "mainnet": "főháló",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "rosszindulatú",
+  "market cap": "tőkepiac",
+  "Maximal Extractable Value (MEV)": "maximális kinyerhető érték (MKE)",
+  "Maximum Priority Fee": "maximális elsőbbségi díj",
+  "memory pool; mempool": "memóriatár; mempool",
+  "Merge (noun)": "egyesítés",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "háló",
+  "Metadata": "Metaadatok",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "MetaMask közösségi platform",
+  "MetaMask Extension": "MetaMask bővítmény",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Instututional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverzum",
+  "miner tip": "bányász tipp",
+  "mining": "bányászás",
+  "Mint": "pénzverés",
+  "mnemonic phrase": "mnemonikus szókapcsolat",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "moduláris blokklánc",
+  "MoonPay": "MoonPay",
+  "multi-sig": "több aláírású",
+  "multi-signature wallet (multisig)": "több aláírású pénztárca (multisig)",
+  "Multifactor Authentication": "Többtényezős hitelesítés",
+  "Near-Field Communication (NFC)": "Near-Field Communication (NFC)",
+  "Nested Blockchain": "beágyazott blokklánc",
+  "Network": "hálózat",
+  "Network Congestion": "hálózati torlódás",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT-aggregátor",
+  "NFT drop": "NFT-csepp",
+  "Ngrave": "Ngrave",
+  "node": "csomópont",
+  "Non-fungible token": "nem helyettesíthető token",
+  "nonce": "nonce",
+  "off-chain": "láncon kívüli",
+  "ommer block": "ommer blokk",
+  "on-chain": "láncon belüli",
+  "on-ramp, off-ramp": "on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimista összesítés",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "paritás",
+  "Parity": "Parity",
+  "Passphrase": "jelszó",
+  "password manager": "jelszókezelő",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "ponttól-pontig (P2P)",
+  "permissioned ledger": "engedélyezett főkönyv",
+  "phishing (noun)": "adathalászat",
+  "Plasma": "plazma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW hibrid",
+  "Priority fee": "elsőbbségi díj",
+  "private blockchain": "privát blokklánc",
+  "private currency": "magánvaluta",
+  "private key": "privát kulcs",
+  "Proof of Authority (PoA)": "jogosultság igazolása (JI)",
+  "Proof of Stake (PoS)": "Tét igazolása\n (TI)",
+  "Proof of Work (PoW)": "Munka igazolása\n(MI)",
+  "protocol": "protokoll",
+  "public blockchain": "nyilvános blokklánc",
+  "public key": "nyilvános kulcs",
+  "Public-Key Cryptography": "nyilvános kulcsú kriptográfia",
+  "Public-Key Infrastructure": "nyilvános kulcsú infrastruktúra",
+  "QR code": "QR-kód",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "összekötő",
+  "Remote Procedure Call (RPC)": "távoli eljáráshívás (TE)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "terv",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollupok",
+  "Ropsten": "Ropsten",
+  "RPC": "TE",
+  "rug pull": "rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox (homokozó)",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "méretezhetőség",
+  "Scaling": "méretezés",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "titkos helyreállítási kifejezés",
+  "Security Token": "biztonsági zseton",
+  "Security Token Offering (STO)": "biztonsági zseton ajánlat (BZA)",
+  "seed phrase": "magkifejezés",
+  "self-custody (noun)": "öngondnokság",
+  "self-executing": "önvégrehajtó",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "sorozatosítás",
+  "Shard chain": "szilánk lánc",
+  "sharding (noun)": "szilánkosítás (sharding)",
+  "Shielded Transaction": "védett tranzakció",
+  "sidechain": "oldallánc",
+  "Signature (Cryptographic)": "aláírás (kriptográfiai)",
+  "slashing condition": "fenyegető állapot",
+  "slippage": "csúszás",
+  "slot": "rés",
+  "smart contract": "Smart Contract",
+  "snap": "Snap",
+  "soft fork": "puha villa",
+  "Software Development Kit (SDK)": "szoftverfejlesztő készlet (SZK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stabil érme",
+  "staking (noun)": "tét",
+  "state": "állapot",
+  "state channels": "állapoti csatornák",
+  "Streaming": "streaming",
+  "swap (noun)": "csere",
+  "Swap /MetaSwap": "Swap/MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "teszthálózat (teszthálózat)",
+  "Testnet Kovan": "Kovan Teszthálózat",
+  "Testnet Rinkeby": "Rinkeby teszthálózat",
+  "Testnet Ropsten": "Ropsten teszthálózat",
+  "token": "zseton",
+  "token lockup": "zseton zárolás",
+  "Token standard": "zseton szabvány",
+  "Total Value Locked (TVL)": "teljes zárolt érték (TVL)",
+  "Transaction": "tranzakció",
+  "transaction block": "tranzakciós blokk",
+  "transaction fee": "tranzakciós díj",
+  "transaction ID": "tranzakció azonosító",
+  "transaction pool": "tranzakciós készlet",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "trustless",
+  "Turing-complete": "Turing-teljes",
+  "Two-Factor Authentication (2FA)": "kétlépcsős hitelesítés (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "felhasználatlan tranzakció kimenet (FTK)",
+  "upgrade": "frissíteni",
+  "UTXO": "FTK",
+  "validator": "érvényesítő",
+  "validity proof": "érvényességi igazolás",
+  "Validium": "Validium",
+  "Vault Decryptor": "Boltozat dekódoló",
+  "Vesting": "vesting",
+  "wallet": "pénztárca",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "fehér papír",
+  "Wrapping": "becsomagolni",
+  "Wyre": "Wyre",
+  "yield farming": "hozamgazdálkodás",
+  "yield-bearing tokens": "hozamot hordozó tokenek",
+  "zero address": "nulla cím",
+  "Zero-knowledge proof": "zero-knowledge proof (nullaismeretű bizonyítás)",
+  "Zero-knowledge rollup": "zero-knowledge rollup (nullaismeretű összevont tranzakció)",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/indonesian/translation.json b/src/i18n/locales/indonesian/translation.json
new file mode 100644
index 0000000..0f955c4
--- /dev/null
+++ b/src/i18n/locales/indonesian/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "2Box Labs",
+  "51% Attack": "51% Attack",
+  "Aave": "Aave",
+  "Account": "Akun",
+  "ACH transfer": "Transfer ACH",
+  "address; public address; account address": "alamat/\"alamat publik\" (alamat dompet)",
+  "Advanced": "Lanjutan",
+  "aggregator": "agregator",
+  "Aggressive": "Agresif",
+  "Agoric": "Agoric",
+  "air-gapping": "Air-gap",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritma",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML (Anti-Pencucian Uang)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Antarmuka Pemrograman Aplikasi)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (Sirkuit Terintegrasi Khusus di Aplikasi)",
+  "asset provenance": "Provenance aset",
+  "attestation": "pengesahan",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Biaya dasar",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "block",
+  "block explorer": "block explorer",
+  "block height": "ketinggian block",
+  "block reward": "imbalan block",
+  "block time": "waktu block",
+  "blockchain": "blockchain",
+  "Blockchain explorer": "Blockchain explorer",
+  "blockchain trilemma": "blockchain trilema",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "bounty / bug bounty",
+  "brain wallet": "brain wallet",
+  "Brave": "Brave",
+  "Bridge": "Bridge",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "kode byte",
+  "Byzantine fault tolerance": "Toleransi kesalahan Byzantine",
+  "Byzantium fork": "Byzantium fork",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Bursa tersentralisasi (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID chain",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "klien (Ethereum atau blockchain yang kompatibel lainnya)",
+  "Codefi": "Codefi",
+  "coin": "koin",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "cold storage",
+  "cold wallet / cold storage": "cold wallet / cold storage",
+  "Community Platform": "Platform Komunitas",
+  "Compiling": "Mengompilasi",
+  "Compound": "Compound",
+  "confirmation": "konfirmasi",
+  "consensus": "konsensus",
+  "Consensus client": "Klien konsensus",
+  "Consensus layer": "Layer konsensus",
+  "Consensus mechanism": "Mekanisme konsensus",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Constantinople fork",
+  "contract": "kontrak",
+  "Contract account": "Akun kontrak",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "aset kripto",
+  "crypto bounties": "bounty kripto",
+  "crypto fund": "dana kripto",
+  "crypto wallet": "dompet kripto",
+  "crypto-": "kripto-",
+  "crypto-compliance": "kepatuhan kripto",
+  "cryptoassets": "aset kripto",
+  "cryptocurrency": "mata uang kripto",
+  "cryptoeconomics": "kriptonomik",
+  "cryptography": "kriptografi",
+  "Curve": "Curve",
+  "custody (noun)": "penyimpanan (noun)",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "desentralisasi",
+  "decentralized application": "aplikasi terdesentralisasi",
+  "Decentralized Autonomous Organization (DAO)": "Organisasi Otonom Terdesentralisasi (DAO)",
+  "decentralized exchange (DEX)": "bursa terdesentralisasi (DEX)",
+  "decentralized finance": "keuangan terdesentralisasi",
+  "decentralized web": "web terdesentralisasi",
+  "deposit": "deposit",
+  "derive / derivation": "berasal / turunan",
+  "dev": "dev",
+  "Devcon": "Devcon",
+  "Developer": "Pengembang",
+  "DEX": "DEX",
+  "difficulty": "kesulitan",
+  "difficulty bomb": "difficulty bomb",
+  "digital asset": "aset digital",
+  "digital identity": "identitas digital",
+  "Digital signature": "Tanda tangan digital",
+  "Distributed Denial of Service (DDoS) Attack": "Serangan Distributed Denial of Service (DDoS)",
+  "distributed ledger": "ledger terdistribusi",
+  "Distributed Ledger Technology": "Teknologi Ledger Terdistribusi",
+  "DLT": "DLT",
+  "double spend": "penggunaan ganda",
+  "ecosystem": "ekosistem",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "kunci terenkripsi vs tidak terenkripsi",
+  "encryption": "enkripsi",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropi",
+  "epoch": "epok",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Token Standar ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Token Standar ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (denominations)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Proposal Peningkatan Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "Layanan Nama Ethereum (ENS)",
+  "Ethereum Public Address": "Alamat Publik Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Mesin Virtual Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "bursa",
+  "Execution client": "Klien eksekusi",
+  "Execution layer": "Layer eksekusi",
+  "Extended Private Key (XPRIV)": "Ekstensi Kunci Pribadi (XPRIV)",
+  "Extended Public Key (XPUB)": "Ekstensi Kunci Umum (XPUB)",
+  "Extension": "Ekstensi",
+  "Fantom": "Fantom",
+  "faucet": "faucet",
+  "fiat currency": "mata uang fiat",
+  "final, finality": "final, finalitas",
+  "Finality Rate": "Nilai Finalitas",
+  "financial technology (FinTech)": "teknologi keuangan (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firewall",
+  "Flask": "Flask",
+  "fork": "fork",
+  "Fractional Ownership": "Kepemilikan Fraksional",
+  "Fraud proof": "Bukti Penipuan",
+  "full node": "node penuh",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "biaya gas",
+  "gas limit": "batas gas",
+  "gas price": "harga gas",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "block genesis",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Pengelola",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "halving",
+  "hard fork": "hard fork",
+  "hardware wallet": "dompet perangkat keras",
+  "hash (noun)": "hash (noun)",
+  "hexadecimal; 'hex data'": "heksadesimal; \"data hex",
+  "Hierarchical Deterministic (HD) wallet": "Dompet Deterministik Hierarkis (HD)",
+  "hot storage": "hot storage",
+  "hot wallet": "hot wallet",
+  "Hybrid Network": "Jaringan hybrid",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identikon / Identikon Alamat / Ikon Alamat",
+  "immutability": "imutabilitas",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Penawaran Publik Perdana (IPO)",
+  "Insider Trading": "Trading Orang Dalam",
+  "Inter-Blockchain Communication (IBC) Protocol": "Protokol Komunikasi Antar-Blockchain (IBC)",
+  "internal transaction": "transaksi internal",
+  "Interoperability": "Interpolaritas",
+  "InterPlanetary File System (IPFS)": "Sistem File Interplanetary (IPFS)",
+  "IP address": "Alamat IP",
+  "JSON file": "File JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "file keystore",
+  "Know Your Customer (KYC)": "Prinsip Mengenal Nasabah (KYC)",
+  "Know Your Transaction": "Prinsip Mengenal Transaksi",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latensi",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Layer 0",
+  "Layer 1": "Layer 1",
+  "Layer 2": "Layer 2",
+  "Learn; MetaMask Learn": "Learn; Metamask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Applikasi Ledger Live",
+  "Library": "Library",
+  "Lido": "Lido",
+  "light client": "klien ringan",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Demokrasi Likuid (Demograsi Delegatif)",
+  "Liquidation": "Likuidasi",
+  "liquidity": "likuiditas",
+  "liquidity pool": "pool likuiditas",
+  "liquidity staking": "staking likuiditas",
+  "Low": "Rendah",
+  "mainnet": "mainnet",
+  "Maker Protocol": "Protokol Maker",
+  "Malware": "Malware",
+  "market cap": "kap pasar",
+  "Maximal Extractable Value (MEV)": "Nilai yang Dapat Diekstrak Maksimal (MEV)",
+  "Maximum Priority Fee": "Biaya Prioritas Maksimum",
+  "memory pool; mempool": "pool memori; mempool",
+  "Merge (noun)": "Gabungan (noun)",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "Metadata",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "Platform Komunitas MetaMask",
+  "MetaMask Extension": "Ekstensi MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverse",
+  "miner tip": "tip penambang",
+  "mining": "penambangan",
+  "Mint": "Cetak",
+  "mnemonic phrase": "frasa mnemonik",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "blockchain modular",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multi-sig",
+  "multi-signature wallet (multisig)": "dompet multi-signature (multisig)",
+  "Multifactor Authentication": "Autentikasi Multifaktor",
+  "Near-Field Communication (NFC)": "Komunikasi Near-Field (NFC)",
+  "Nested Blockchain": "Nested Blockchain",
+  "Network": "Jaringan",
+  "Network Congestion": "Kemacetan Jaringan",
+  "NFT": "NFT",
+  "NFT aggregator": "agregator NFT",
+  "NFT drop": "NFT drop",
+  "Ngrave": "Ngrave",
+  "node": "node",
+  "Non-fungible token": "Non-fungible token",
+  "nonce": "nonce",
+  "off-chain": "off-chain",
+  "ommer block": "block ommer",
+  "on-chain": "on-chain",
+  "on-ramp, off-ramp": "on-ramp; off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimistic rollup",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "paritas",
+  "Parity": "Parity",
+  "Passphrase": "Passphrase",
+  "password manager": "pengelola kata sandi",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "peer-to-peer (P2P)",
+  "permissioned ledger": "ledger yang diizinkan",
+  "phishing (noun)": "phishing (noun)",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW Hybrid",
+  "Priority fee": "Biaya prioritas",
+  "private blockchain": "blockchain pribadi",
+  "private currency": "mata uang pribadi",
+  "private key": "kunci pribadi",
+  "Proof of Authority (PoA)": "Proof of Authority (PoA)",
+  "Proof of Stake (PoS)": "Proof of Stake (PoS)",
+  "Proof of Work (PoW)": "Proof of Work (PoW)",
+  "protocol": "protokol",
+  "public blockchain": "blockchain publik",
+  "public key": "kunci publik",
+  "Public-Key Cryptography": "Kriptografi Kunci Publik",
+  "Public-Key Infrastructure": "Infrastruktur Kunci Publik",
+  "QR code": "Kode QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "relayer",
+  "Remote Procedure Call (RPC)": "Panggilan Prosedur Jarak Jauh (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Peta jalan",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollup",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "skalabilitas",
+  "Scaling": "Scaling",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Frasa Pemulihan Rahasia",
+  "Security Token": "Token Keamanan",
+  "Security Token Offering (STO)": "Penawaran Token Keamanan (STO)",
+  "seed phrase": "seed phrase",
+  "self-custody (noun)": "penyimpanan mandiri (noun)",
+  "self-executing": "eksekusi mandiri",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "serialisasi",
+  "Shard chain": "Chain pecahan",
+  "sharding (noun)": "pemecahan (noun)",
+  "Shielded Transaction": "Translaksi Terlindung",
+  "sidechain": "sidechain",
+  "Signature (Cryptographic)": "Tanda Tangan (Kriptografik)",
+  "slashing condition": "kondisi slashing",
+  "slippage": "slippage",
+  "slot": "slot",
+  "smart contract": "kontrak cerdas",
+  "snap": "Snap",
+  "soft fork": "soft fork",
+  "Software Development Kit (SDK)": "Kit Pengembangan Perangkat Lunak (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stablecoin",
+  "staking (noun)": "staking (noun)",
+  "state": "state",
+  "state channels": "saluran state",
+  "Streaming": "Streaming",
+  "swap (noun)": "penukaran (noun)",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (jaringan tes)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "token",
+  "token lockup": "penguncian token",
+  "Token standard": "Standar token",
+  "Total Value Locked (TVL)": "Total Nilai Dikunci (TVL)",
+  "Transaction": "transaksi",
+  "transaction block": "block transaksi",
+  "transaction fee": "biaya transaksi",
+  "transaction ID": "ID transaksi",
+  "transaction pool": "pool transaksi",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "tidak tepercaya",
+  "Turing-complete": "Turing-complete",
+  "Two-Factor Authentication (2FA)": "Autentikasi Dua Faktor (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "output transaksi tidak digunakan (UTXO)",
+  "upgrade": "upgrade",
+  "UTXO": "UTXO",
+  "validator": "validator",
+  "validity proof": "bukti validitas",
+  "Validium": "Validium",
+  "Vault Decryptor": "Dekriptor Vault",
+  "Vesting": "Vesting",
+  "wallet": "dompet",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Whitepaper",
+  "Wrapping": "Wrapping",
+  "Wyre": "Wyre",
+  "yield farming": "yield farming",
+  "yield-bearing tokens": "token yield-bearing",
+  "zero address": "alamat nol",
+  "Zero-knowledge proof": "Bukti nol pengetahuan",
+  "Zero-knowledge rollup": "rollup nol pengetahuan",
+  "zk-SNARKs": "zk-ZSNAKRs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/italian/translation.json b/src/i18n/locales/italian/translation.json
new file mode 100644
index 0000000..ac9f862
--- /dev/null
+++ b/src/i18n/locales/italian/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Attacco del 51%",
+  "Aave": "Aave",
+  "Account": "Account",
+  "ACH transfer": "Pagamento ACH",
+  "address; public address; account address": "indirizzo/\"indirizzo pubblico\" (indirizzo del wallet)",
+  "Advanced": "Avanzati",
+  "aggregator": "aggregatore",
+  "Aggressive": "Aggressivo",
+  "Agoric": "Agoric",
+  "air-gapping": "air-gap",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop (noun)",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritmo",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML (Antiriciclaggio)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Application Programming Interface)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (circuito integrato per applicazione specifica)",
+  "asset provenance": "provenienza dei fondi",
+  "attestation": "attestazione",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Commissione di base",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "blocco (noun)",
+  "block explorer": "block explorer",
+  "block height": "altezza del blocco",
+  "block reward": "ricompensa del blocco",
+  "block time": "orario creazione blocco",
+  "blockchain": "blockchain",
+  "Blockchain explorer": "Blockchain explorer",
+  "blockchain trilemma": "Trilemma della blockchain",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "bounty / bug bounty",
+  "brain wallet": "brain wallet",
+  "Brave": "Brave",
+  "Bridge": "Bridge",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "bytecode",
+  "Byzantine fault tolerance": "Tolleranza agli errori bizantini",
+  "Byzantium fork": "Fork Byzantium",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Exchange centralizzato (CEX)",
+  "CEX": "CEX",
+  "chain ID": "chain ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "client (blockchain Ethereum o altre compatibili)",
+  "Codefi": "Codefi",
+  "coin": "moneta",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "cold storage",
+  "cold wallet / cold storage": "cold wallet / cold storage",
+  "Community Platform": "Piattaforma della community",
+  "Compiling": "Compiling",
+  "Compound": "Compound",
+  "confirmation": "conferma",
+  "consensus": "consensus",
+  "Consensus client": "Consensus client",
+  "Consensus layer": "Consensus layer",
+  "Consensus mechanism": "Meccanismo di consenso",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Fork di Costantinopoli",
+  "contract": "contratto",
+  "Contract account": "Account del contratto",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "crypto asset",
+  "crypto bounties": "crypto bounty",
+  "crypto fund": "crypto fund",
+  "crypto wallet": "wallet crypto",
+  "crypto-": "crypto-",
+  "crypto-compliance": "crypto-compliance",
+  "cryptoassets": "cryptoasset",
+  "cryptocurrency": "criptovaluta",
+  "cryptoeconomics": "cryptoeconomics",
+  "cryptography": "crittografia",
+  "Curve": "Curve",
+  "custody (noun)": "custodia (noun)",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "decentralizzazione",
+  "decentralized application": "applicazione decentralizzata",
+  "Decentralized Autonomous Organization (DAO)": "Organizzazione autonoma decentralizzata (DAO)",
+  "decentralized exchange (DEX)": "exchange decentralizzato (DEX)",
+  "decentralized finance": "finanza decentralizzata",
+  "decentralized web": "web decentralizzato",
+  "deposit": "deposito",
+  "derive / derivation": "deriva / derivazione",
+  "dev": "dev",
+  "Devcon": "Devcon",
+  "Developer": "Sviluppatore",
+  "DEX": "DEX",
+  "difficulty": "difficoltà",
+  "difficulty bomb": "difficulty bomb",
+  "digital asset": "asset digitale",
+  "digital identity": "identità digitale",
+  "Digital signature": "Firma digitale",
+  "Distributed Denial of Service (DDoS) Attack": "Attacco Distributed Denial of Service (DDoS)",
+  "distributed ledger": "registro distribuito",
+  "Distributed Ledger Technology": "Distributed Ledger Technology",
+  "DLT": "DLT",
+  "double spend": "doppia spesa",
+  "ecosystem": "ecosistema",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "chiavi crittografate vs non crittografate",
+  "encryption": "Crittografia",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropia",
+  "epoch": "epoch",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Standard ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Standard ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (denominazioni)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum Improvement Proposal (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum Name Service (ENS)",
+  "Ethereum Public Address": "Indirizzo pubblico Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Ethereum Virtual Machine (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "exchange",
+  "Execution client": "Client di esecuzione",
+  "Execution layer": "Layer di esecuzione",
+  "Extended Private Key (XPRIV)": "Chiave privata estesa (XPRIV)",
+  "Extended Public Key (XPUB)": "Chiave pubblica estesa (XPUB)",
+  "Extension": "Estensione",
+  "Fantom": "Fantom",
+  "faucet": "faucet",
+  "fiat currency": "moneta legale",
+  "final, finality": "finale, finality",
+  "Finality Rate": "Finality Rate",
+  "financial technology (FinTech)": "tecnologia finanziaria (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firewall",
+  "Flask": "Flask",
+  "fork": "fork",
+  "Fractional Ownership": "Multiproprietà",
+  "Fraud proof": "A prova di frode",
+  "full node": "nodo completo",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "commissione del gas",
+  "gas limit": "limite di gas",
+  "gas price": "prezzo gas",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "blocco di genesi",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Governance",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "halving",
+  "hard fork": "hard fork",
+  "hardware wallet": "wallet hardware",
+  "hash (noun)": "hash (noun)",
+  "hexadecimal; 'hex data'": "esadecimale; 'dati esadecimali'",
+  "Hierarchical Deterministic (HD) wallet": "Wallet gerarchico deterministico (HD)",
+  "hot storage": "hot storage",
+  "hot wallet": "hot wallet",
+  "Hybrid Network": "Rete ibrida",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "immutabilità",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Initial Public Offering (IPO)",
+  "Insider Trading": "Insider Trading",
+  "Inter-Blockchain Communication (IBC) Protocol": "Inter-Blockchain Communication Protocol (IBC)",
+  "internal transaction": "transazione interna",
+  "Interoperability": "Interoperabilità",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "Indirizzo IP",
+  "JSON file": "File JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "file keystore",
+  "Know Your Customer (KYC)": "Know Your Customer (KYC)",
+  "Know Your Transaction": "Know Your Transaction",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latenza",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Layer 0",
+  "Layer 1": "Layer 1",
+  "Layer 2": "Layer 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Libreria",
+  "Lido": "Lido",
+  "light client": "client leggero",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Democrazia liquida (Democrazia delegata)",
+  "Liquidation": "Liquidazione",
+  "liquidity": "liquidità",
+  "liquidity pool": "pool di liquidità",
+  "liquidity staking": "staking di liquidità",
+  "Low": "Basse",
+  "mainnet": "mainnet",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "Malware",
+  "market cap": "capitalizzazione di mercato",
+  "Maximal Extractable Value (MEV)": "Valore Massimo Estraibile (MEV)",
+  "Maximum Priority Fee": "Tariffa prioritaria massima",
+  "memory pool; mempool": "pool di memoria; mempool",
+  "Merge (noun)": "Merge (noun)",
+  "Merkle Patricia trie": "Trie di Patricia Merkle",
+  "Mesh": "Mesh",
+  "Metadata": "Metadati",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "Piattaforma della Community di MetaMask",
+  "MetaMask Extension": "Estensione MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverso",
+  "miner tip": "mancia per i miner",
+  "mining": "mining",
+  "Mint": "Mint",
+  "mnemonic phrase": "frase mnemonica",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "blockchain modulare",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multi-sig",
+  "multi-signature wallet (multisig)": "portafoglio multi-firma (multisig)",
+  "Multifactor Authentication": "Autenticazione a più fattori",
+  "Near-Field Communication (NFC)": "Near-Field Communication (NFC)",
+  "Nested Blockchain": "Nested Blockchain",
+  "Network": "Rete",
+  "Network Congestion": "Congestione della rete",
+  "NFT": "NFT",
+  "NFT aggregator": "Aggregatore NFT",
+  "NFT drop": "NFT drop",
+  "Ngrave": "Ngrave",
+  "node": "nodo",
+  "Non-fungible token": "Non-fungible token",
+  "nonce": "nonce",
+  "off-chain": "off-chain",
+  "ommer block": "ommer block",
+  "on-chain": "on-chain",
+  "on-ramp, off-ramp": "on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "rollup ottimistico",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "parità",
+  "Parity": "Parity",
+  "Passphrase": "Passphrase",
+  "password manager": "gestore di password",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "peer-to-peer (P2P)",
+  "permissioned ledger": "permissioned ledger",
+  "phishing (noun)": "phishing (noun)",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW ibrido",
+  "Priority fee": "Tariffa prioritaria",
+  "private blockchain": "blockchain privata",
+  "private currency": "valuta privata",
+  "private key": "chiave privata",
+  "Proof of Authority (PoA)": "Proof of Authority (PoA)",
+  "Proof of Stake (PoS)": "Proof of Stake (PoS)",
+  "Proof of Work (PoW)": "Proof of Work (PoW)",
+  "protocol": "protocollo",
+  "public blockchain": "blockchain pubblica",
+  "public key": "chiave pubblica",
+  "Public-Key Cryptography": "Crittografia chiave pubblica",
+  "Public-Key Infrastructure": "Infrastruttura chiave pubblica",
+  "QR code": "Codice QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "relayer",
+  "Remote Procedure Call (RPC)": "Chiamata di procedura remota (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Roadmap",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollup",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "scalabilità",
+  "Scaling": "Scaling",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Frase di recupero segreta",
+  "Security Token": "Security Token",
+  "Security Token Offering (STO)": "Security Token Offering (STO)",
+  "seed phrase": "frase di ripristino",
+  "self-custody (noun)": "self-custody (noun)",
+  "self-executing": "auto-esecuzione",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "serializzazione",
+  "Shard chain": "Shard chain",
+  "sharding (noun)": "sharding (noun)",
+  "Shielded Transaction": "Transazione protetta",
+  "sidechain": "sidechain",
+  "Signature (Cryptographic)": "Firma (crittata)",
+  "slashing condition": "condizione di slash",
+  "slippage": "slippage",
+  "slot": "slot",
+  "smart contract": "smart contract",
+  "snap": "Snap",
+  "soft fork": "soft fork",
+  "Software Development Kit (SDK)": "Software Development Kit (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stablecoin",
+  "staking (noun)": "staking (noun)",
+  "state": "stato",
+  "state channels": "canali di stato",
+  "Streaming": "Streaming",
+  "swap (noun)": "scambio (noun)",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (test network)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "token",
+  "token lockup": "lock-up del token",
+  "Token standard": "Standard del Token",
+  "Total Value Locked (TVL)": "Valore totale bloccato (TVL)",
+  "Transaction": "Transazione",
+  "transaction block": "blocco transazione",
+  "transaction fee": "commissione transazione",
+  "transaction ID": "ID transazione",
+  "transaction pool": "pool transazione",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "trustless",
+  "Turing-complete": "Turing equivalenza",
+  "Two-Factor Authentication (2FA)": "Autenticazione a due fattori (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "output di una transazione non spesa (UTXO)",
+  "upgrade": "upgrade",
+  "UTXO": "UTXO",
+  "validator": "validatore",
+  "validity proof": "prova di validazione",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Vesting",
+  "wallet": "portafoglio",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Whitepaper",
+  "Wrapping": "Wrapping",
+  "Wyre": "Wyre",
+  "yield farming": "yield farming",
+  "yield-bearing tokens": "token fruttiferi",
+  "zero address": "indirizzo zero",
+  "Zero-knowledge proof": "Dimostrazione a conoscenza zero",
+  "Zero-knowledge rollup": "Rollup a conoscenza zero",
+  "zk-SNARKs": "Argomento di conoscenza succinto non interattivo a conoscenza zero (zk-SNARKs)"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/japanese/translation.json b/src/i18n/locales/japanese/translation.json
new file mode 100644
index 0000000..b42a1be
--- /dev/null
+++ b/src/i18n/locales/japanese/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51% 攻撃",
+  "Aave": "Aave",
+  "Account": "アカウント",
+  "ACH transfer": "ACH 送金",
+  "address; public address; account address": "アドレス/\"パブリックアドレス\" (ウォレットアドレス)",
+  "Advanced": "高度な設定",
+  "aggregator": "アグリゲーター",
+  "Aggressive": "積極的",
+  "Agoric": "Agoric",
+  "air-gapping": "エアギャップ",
+  "airdrop": "エアドロップする",
+  "airdrop (noun)": "エアドロップ",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "アルゴリズム",
+  "altcoin": "アルトコイン",
+  "AML (Anti-Money Laundering)": "AML (マネーロンダリング対策)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (アプリケーションプログラミングインターフェイス)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (特定用途向け集積回路)",
+  "asset provenance": "資産の来歴追跡",
+  "attestation": "証明",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "基本料金",
+  "Beacon Chain": "ビーコンチェーン",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "ビットコイン / ビットコイン (BTC)",
+  "block (noun)": "ブロック",
+  "block explorer": "ブロックエクスプローラー",
+  "block height": "ブロックの高さ",
+  "block reward": "ブロック報酬",
+  "block time": "ブロックタイム",
+  "blockchain": "ブロックチェーン",
+  "Blockchain explorer": "ブロックチェーンエクスプローラー",
+  "blockchain trilemma": "ブロックチェーンのトリレンマ",
+  "BNB Chain": "BNB チェーン",
+  "bounty / bug bounty": "報奨金 / バグ発見報奨金",
+  "brain wallet": "ブレインウォレット",
+  "Brave": "Brave",
+  "Bridge": "ブリッジ",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL (ビドル)",
+  "bytecode": "バイトコード",
+  "Byzantine fault tolerance": "ビザンチン障害耐性",
+  "Byzantium fork": "ビザンチウムフォーク",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "中央集権型取引所 (CEX)",
+  "CEX": "CEX",
+  "chain ID": "チェーン ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "クライアント",
+  "Codefi": "Codefi",
+  "coin": "コイン",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "コールドストレージ",
+  "cold wallet / cold storage": "コールドウォレット / コールドストレージ",
+  "Community Platform": "コミュニティプラットフォーム",
+  "Compiling": "コンパイル",
+  "Compound": "Compound",
+  "confirmation": "承認",
+  "consensus": "コンセンサス",
+  "Consensus client": "コンセンサスクライアント",
+  "Consensus layer": "コンセンサスレイヤー",
+  "Consensus mechanism": "コンセンサスメカニズム",
+  "Consensys": "Consensys",
+  "Constantinople fork": "コンスタンティノープルフォーク",
+  "contract": "コントラクト",
+  "Contract account": "コントラクトアカウント",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "暗号資産",
+  "crypto bounties": "クリプトバウンティ",
+  "crypto fund": "暗号資産ファンド",
+  "crypto wallet": "暗号資産ウォレット",
+  "crypto-": "クリプト-",
+  "crypto-compliance": "クリプトコンプライアンス",
+  "cryptoassets": "暗号資産",
+  "cryptocurrency": "仮想通貨",
+  "cryptoeconomics": "クリプトエコノミクス",
+  "cryptography": "暗号技術",
+  "Curve": "Curve",
+  "custody (noun)": "カストディ",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "DApp",
+  "decentralization": "分散化",
+  "decentralized application": "分散型アプリケーション",
+  "Decentralized Autonomous Organization (DAO)": "分散型自律組織 (DAO)",
+  "decentralized exchange (DEX)": "分散型取引所 (DEX)",
+  "decentralized finance": "分散型金融",
+  "decentralized web": "分散型 Web",
+  "deposit": "デポジット",
+  "derive / derivation": "導き出す / 導出",
+  "dev": "Dev",
+  "Devcon": "Devcon",
+  "Developer": "開発者",
+  "DEX": "DEX",
+  "difficulty": "採掘難易度",
+  "difficulty bomb": "ディフィカルティボム",
+  "digital asset": "デジタル資産",
+  "digital identity": "デジタルアイデンティティ",
+  "Digital signature": "デジタル署名",
+  "Distributed Denial of Service (DDoS) Attack": "分散型サービス拒否 (DDoS) 攻撃",
+  "distributed ledger": "分散型台帳",
+  "Distributed Ledger Technology": "分散型台帳技術",
+  "DLT": "DLT",
+  "double spend": "二重支払い",
+  "ecosystem": "エコシステム",
+  "Edge": "エッジ / Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "暗号化鍵 vs 非暗号化鍵",
+  "encryption": "暗号化",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "エントロピー",
+  "epoch": "エポック",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 トークン規格",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 トークン規格",
+  "ETH": "ETH",
+  "ether (denominations)": "ether",
+  "ether (ETH)": "イーサ",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum 改善提案 (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum ネームサービス (ENS)",
+  "Ethereum Public Address": "Ethereum パブリックアドレス",
+  "Ethereum Virtual Machine (EVM)": "Ethereum 仮想マシン (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "取引所",
+  "Execution client": "実行クライアント",
+  "Execution layer": "実行レイヤー",
+  "Extended Private Key (XPRIV)": "拡張秘密鍵 (XPRIV)",
+  "Extended Public Key (XPUB)": "拡張公開鍵 (XPUB)",
+  "Extension": "拡張機能",
+  "Fantom": "Fantom",
+  "faucet": "フォーセット",
+  "fiat currency": "法定通貨",
+  "final, finality": "確定, ファイナリティ",
+  "Finality Rate": "ファイナリティの速度",
+  "financial technology (FinTech)": "フィンテック (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "ファイアウォール",
+  "Flask": "Flask",
+  "fork": "フォーク",
+  "Fractional Ownership": "部分的所有",
+  "Fraud proof": "不正証明",
+  "full node": "フルノード",
+  "Ganache": "Ganache",
+  "gas": "ガス",
+  "gas fee": "ガス代",
+  "gas limit": "ガスリミット",
+  "gas price": "ガス価格",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "ジェネシスブロック",
+  "Gigawei": "ギガウェイ",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "ガバナンス",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "半減期",
+  "hard fork": "ハードフォーク",
+  "hardware wallet": "ハードウェアウォレット",
+  "hash (noun)": "ハッシュ",
+  "hexadecimal; 'hex data'": "16進数; '16進データ'",
+  "Hierarchical Deterministic (HD) wallet": "階層型決定性 (HD) ウォレット",
+  "hot storage": "ホットストレージ",
+  "hot wallet": "ホットウォレット",
+  "Hybrid Network": "ハイブリッド型ネットワーク",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "アイデンティコン / アドレスアイデンティコン / アドレスアイコン",
+  "immutability": "耐改ざん性",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "新規株式公開 (IPO)",
+  "Insider Trading": "インサイダー取引",
+  "Inter-Blockchain Communication (IBC) Protocol": "ブロックチェーン間通信 (IBC) プロトコル",
+  "internal transaction": "内部トランザクション",
+  "Interoperability": "相互運用性",
+  "InterPlanetary File System (IPFS)": "インタープラネタリーファイルシステム (IPFS)",
+  "IP address": "IP アドレス",
+  "JSON file": "JSON ファイル",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "キーストアファイル",
+  "Know Your Customer (KYC)": "本人確認 (KYC)",
+  "Know Your Transaction": "トランザクション監視",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "レイテンシー",
+  "Lattice1": "Lattice1",
+  "Launchpad": "ローンチパッド",
+  "Layer 0": "レイヤー 0",
+  "Layer 1": "レイヤー 1",
+  "Layer 2": "レイヤー 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live アプリ",
+  "Library": "ライブラリ",
+  "Lido": "Lido",
+  "light client": "ライトクライアント",
+  "Lightning Network": "ライトニングネットワーク",
+  "Liquid Democracy (Delegative Democracy)": "液体民主主義 (委任型民主主義)",
+  "Liquidation": "清算",
+  "liquidity": "流動性",
+  "liquidity pool": "流動性プール",
+  "liquidity staking": "流動性ステーキング",
+  "Low": "低",
+  "mainnet": "メインネット",
+  "Maker Protocol": "Maker プロトコル",
+  "Malware": "マルウェア",
+  "market cap": "時価総額",
+  "Maximal Extractable Value (MEV)": "最大抽出可能価値 (MEV)",
+  "Maximum Priority Fee": "最大優先手数料",
+  "memory pool; mempool": "メモリープール; メムプール",
+  "Merge (noun)": "「マージ」",
+  "Merkle Patricia trie": "マークルパトリシアツリー",
+  "Mesh": "Mesh",
+  "Metadata": "メタデータ",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "MetaMask コミュニティプラットフォーム",
+  "MetaMask Extension": "MetaMask 拡張機能",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "メタバース",
+  "miner tip": "マイナーチップ",
+  "mining": "マイニング",
+  "Mint": "ミント",
+  "mnemonic phrase": "ニーモニックフレーズ",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "モジュラー型ブロックチェーン",
+  "MoonPay": "MoonPay",
+  "multi-sig": "マルチシグ",
+  "multi-signature wallet (multisig)": "マルチシグウォレット (マルチシグ)",
+  "Multifactor Authentication": "多要素認証",
+  "Near-Field Communication (NFC)": "近距離無線通信 (NFC)",
+  "Nested Blockchain": "ネストされたブロックチェーン",
+  "Network": "ネットワーク",
+  "Network Congestion": "ネットワークの輻輳",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT アグリゲーター",
+  "NFT drop": "NFT ドロップ",
+  "Ngrave": "Ngrave",
+  "node": "ノード",
+  "Non-fungible token": "非代替性トークン",
+  "nonce": "ナンス",
+  "off-chain": "オフチェーン",
+  "ommer block": "オマーブロック",
+  "on-chain": "オンチェーン",
+  "on-ramp, off-ramp": "オンランプ, オフランプ",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "オプティミスティックロールアップ",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "パリティ",
+  "Parity": "Parity",
+  "Passphrase": "パスフレーズ",
+  "password manager": "パスワードマネージャー",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "ピアツーピア (P2P)",
+  "permissioned ledger": "許可型台帳",
+  "phishing (noun)": "フィッシング",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW ハイブリッド",
+  "Priority fee": "優先手数料",
+  "private blockchain": "プライベートブロックチェーン",
+  "private currency": "プライベート通貨",
+  "private key": "秘密鍵",
+  "Proof of Authority (PoA)": "プルーフオブオーソリティ (PoA)",
+  "Proof of Stake (PoS)": "プルーフオブステーク (PoS)",
+  "Proof of Work (PoW)": "プルーフオブワーク (PoW)",
+  "protocol": "プロトコル",
+  "public blockchain": "パブリックブロックチェーン",
+  "public key": "公開鍵",
+  "Public-Key Cryptography": "公開鍵暗号技術",
+  "Public-Key Infrastructure": "公開鍵暗号基盤",
+  "QR code": "QR コード",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "リレイヤー",
+  "Remote Procedure Call (RPC)": "遠隔手続き呼び出し (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "ロードマップ",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "ロールアップ",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "ラグプル",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "サンドボックス",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "スケーラビリティ",
+  "Scaling": "スケーリング",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "秘密のリカバリーフレーズ",
+  "Security Token": "セキュリティトークン",
+  "Security Token Offering (STO)": "セキュリティトークンオファリング (STO)",
+  "seed phrase": "シードフレーズ",
+  "self-custody (noun)": "セルフカストディ",
+  "self-executing": "自動実行型",
+  "Sepolia": "Sepolia",
+  "Serenity": "セレニティ",
+  "serialization": "シリアル化",
+  "Shard chain": "シャードチェーン",
+  "sharding (noun)": "シャーディング",
+  "Shielded Transaction": "秘匿化済みトランザクション",
+  "sidechain": "サイドチェーン",
+  "Signature (Cryptographic)": "署名",
+  "slashing condition": "スラッシュ条件",
+  "slippage": "スリッページ",
+  "slot": "スロット",
+  "smart contract": "スマートコントラクト",
+  "snap": "Snap",
+  "soft fork": "ソフトフォーク",
+  "Software Development Kit (SDK)": "ソフトウェア開発キット (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "ステーブルコイン",
+  "staking (noun)": "ステーキング",
+  "state": "ステート",
+  "state channels": "ステートチャネル",
+  "Streaming": "ストリーミング",
+  "swap (noun)": "スワップ",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "テストネット (テストネットワーク)",
+  "Testnet Kovan": "テストネット Kovan",
+  "Testnet Rinkeby": "テストネット Rinkeby",
+  "Testnet Ropsten": "テストネット Ropsten",
+  "token": "トークン",
+  "token lockup": "トークンロックアップ",
+  "Token standard": "トークン規格",
+  "Total Value Locked (TVL)": "預かり資産額 (TVL)",
+  "Transaction": "トランザクション",
+  "transaction block": "トランザクションブロック",
+  "transaction fee": "トランザクション手数料",
+  "transaction ID": "トランザクション ID",
+  "transaction pool": "トランザクションプール",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "トラストレス",
+  "Turing-complete": "チューリング完全",
+  "Two-Factor Authentication (2FA)": "二要素認証 (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "未使用トランザクションアウトプット (UTXO)",
+  "upgrade": "アップグレード",
+  "UTXO": "UTXO",
+  "validator": "バリデーター",
+  "validity proof": "有効性証明",
+  "Validium": "バリディウム",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "ベスティング",
+  "wallet": "ウォレット",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "ホワイトペーパー",
+  "Wrapping": "ラッピング",
+  "Wyre": "Wyre",
+  "yield farming": "イールドファーミング",
+  "yield-bearing tokens": "イールドベアリングトークン",
+  "zero address": "ゼロアドレス",
+  "Zero-knowledge proof": "ゼロ知識証明",
+  "Zero-knowledge rollup": "ゼロ知識ロールアップ",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/korean/translation.json b/src/i18n/locales/korean/translation.json
new file mode 100644
index 0000000..e027044
--- /dev/null
+++ b/src/i18n/locales/korean/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1 인치",
+  "3Box Labs": "쓰리박스 랩스",
+  "51% Attack": "51% 공격",
+  "Aave": "에이브",
+  "Account": "계정",
+  "ACH transfer": "ACH 송금",
+  "address; public address; account address": "주소/\"공개 주소\"(지갑 주소)",
+  "Advanced": "고급",
+  "aggregator": "애그리게이터",
+  "Aggressive": "공격적",
+  "Agoric": "아고릭",
+  "air-gapping": "에어갭",
+  "airdrop": "에어드롭",
+  "airdrop (noun)": "에어드롭(명사)",
+  "AirGap Vault": "에어갭 볼트",
+  "AirSwap": "에어스왑",
+  "algorithm": "알고리즘",
+  "altcoin": "알트코인",
+  "AML (Anti-Money Laundering)": "AML(자금세탁방지)",
+  "API": "API",
+  "API (Application Programming Interface)": "API(애플리케이션 프로그래밍 인터페이스)",
+  "AppChain": "앱체인",
+  "Apple Pay": "애플 페이",
+  "Arbitrum": "아비트럼",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC(주문형 반도체)",
+  "asset provenance": "자산 출처",
+  "attestation": "증명",
+  "Avalanche": "아발란체",
+  "Axie Infinity": "액시 인피니티",
+  "Base fee": "기본 요금",
+  "Beacon Chain": "비콘 체인",
+  "Binance": "바이낸스",
+  "Bitcoin / bitcoin (BTC)": "비트코인 / 비트코인(BTC)",
+  "block (noun)": "블록(명사)",
+  "block explorer": "블록 탐색기",
+  "block height": "블록 높이",
+  "block reward": "블록 보상",
+  "block time": "블록타임",
+  "blockchain": "블록체인",
+  "Blockchain explorer": "블록체인 탐색기",
+  "blockchain trilemma": "블록체인 트릴레마",
+  "BNB Chain": "BNB 체인",
+  "bounty / bug bounty": "바운티 / 버그바운티",
+  "brain wallet": "브레인월렛",
+  "Brave": "브레이브",
+  "Bridge": "브릿지",
+  "BTC": "BTC",
+  "BUIDL": "비들",
+  "bytecode": "바이트코드",
+  "Byzantine fault tolerance": "비잔틴 장애 허용",
+  "Byzantium fork": "비잔티움 포크",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "중앙화 거래소(CEX)",
+  "CEX": "CEX",
+  "chain ID": "체인 ID",
+  "Chrome": "크롬",
+  "client (Ethereum or other compatible blockchain)": "클라이언트(Ethereum 또는 기타 호환 가능한 블록체인)",
+  "Codefi": "코디파이",
+  "coin": "코인",
+  "Coinbase Pay": "코인베이스 페이",
+  "cold storage": "콜드 스토리지",
+  "cold wallet / cold storage": "콜드 월렛 / 콜드 스토리지",
+  "Community Platform": "커뮤니티 플랫폼",
+  "Compiling": "컴파일링",
+  "Compound": "컴파운드",
+  "confirmation": "컨펌",
+  "consensus": "컨센서스",
+  "Consensus client": "컨센서스 클라이언트",
+  "Consensus layer": "합의 레이어",
+  "Consensus mechanism": "합의 메커니즘",
+  "Consensys": "Consensys",
+  "Constantinople fork": "콘스탄티노플 포크",
+  "contract": "계약",
+  "Contract account": "계약 계정",
+  "CoolWallet": "쿨월렛",
+  "crypto asset": "암호자산",
+  "crypto bounties": "암호 현상금",
+  "crypto fund": "암호화폐 펀드",
+  "crypto wallet": "암호화폐 지갑",
+  "crypto-": "암호화",
+  "crypto-compliance": "암호화폐 컴플라이언스",
+  "cryptoassets": "암호 자산",
+  "cryptocurrency": "암호화폐",
+  "cryptoeconomics": "암호경제학",
+  "cryptography": "암호화",
+  "Curve": "커브",
+  "custody (noun)": "커스터디(명사)",
+  "D'CENT": "디센트",
+  "DAI": "DAI",
+  "DAO": "다오",
+  "dapp": "디앱",
+  "decentralization": "탈중앙화",
+  "decentralized application": "탈중앙화 애플리케이션",
+  "Decentralized Autonomous Organization (DAO)": "탈중앙화 자율조직(DAO)",
+  "decentralized exchange (DEX)": "탈중앙화 거래소(DEX)",
+  "decentralized finance": "탈중앙화 금융",
+  "decentralized web": "탈중앙화 웹",
+  "deposit": "예치",
+  "derive / derivation": "파생 / 파생",
+  "dev": "개발자",
+  "Devcon": "Ethereum 개발 컨퍼런스",
+  "Developer": "개발자",
+  "DEX": "DEX",
+  "difficulty": "난이도",
+  "difficulty bomb": "난이도 폭탄",
+  "digital asset": "디지털 자산",
+  "digital identity": "디지털 신원",
+  "Digital signature": "전자 서명",
+  "Distributed Denial of Service (DDoS) Attack": "분산 서비스 거부(DDoS) 공격",
+  "distributed ledger": "분산 원장",
+  "Distributed Ledger Technology": "분산 원장 기술",
+  "DLT": "DLT",
+  "double spend": "이중 지불",
+  "ecosystem": "생태계",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "암호화된 키와 암호화되지 않은 키",
+  "encryption": "암호화",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "엔터프라이즈 Ethereum 얼라이언스(EEA)",
+  "entropy": "엔트로피",
+  "epoch": "에폭",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 토큰 표준",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 토큰 표준",
+  "ETH": "ETH",
+  "ether (denominations)": "에테르(단위)",
+  "ether (ETH)": "에테르(ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum 개선 제안(EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum 네임 서비스(ENS)",
+  "Ethereum Public Address": "Ethereum 퍼블릭 주소",
+  "Ethereum Virtual Machine (EVM)": "Ethereum 가상 머신(EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "거래소",
+  "Execution client": "실행 클라이언트",
+  "Execution layer": "실행 레이어",
+  "Extended Private Key (XPRIV)": "확장 개인 키(XPRIV)",
+  "Extended Public Key (XPUB)": "확장된 공개키(XPUB)",
+  "Extension": "확장",
+  "Fantom": "Fantom",
+  "faucet": "파우셋",
+  "fiat currency": "명목화폐",
+  "final, finality": "최종, 완결성",
+  "Finality Rate": "완결율",
+  "financial technology (FinTech)": "금융 기술(핀테크)",
+  "finney": "피니",
+  "Firefox": "파이어폭스",
+  "Firewall": "방화벽",
+  "Flask": "Flask",
+  "fork": "포크",
+  "Fractional Ownership": "부분 소유권",
+  "Fraud proof": "사기 증명",
+  "full node": "전체 노드",
+  "Ganache": "가나슈",
+  "gas": "가스",
+  "gas fee": "가스비",
+  "gas limit": "가스 한도",
+  "gas price": "가스 가격",
+  "Gas Station Network": "가스 스테이션 네트워크",
+  "genesis block": "제네시스블록",
+  "Gigawei": "기가웨이",
+  "Gitcoin": "깃코인",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "거버넌스",
+  "GSN": "GSN",
+  "gwei": "그웨이",
+  "halving": "반감기",
+  "hard fork": "하드포크",
+  "hardware wallet": "하드웨어 지갑",
+  "hash (noun)": "해시(명사)",
+  "hexadecimal; 'hex data'": "16진수; '헥스 데이터'",
+  "Hierarchical Deterministic (HD) wallet": "계층 결정적(HD) 지갑",
+  "hot storage": "핫 스토리지",
+  "hot wallet": "핫월렛",
+  "Hybrid Network": "하이브리드 네트워크",
+  "Hyperledger": "하이퍼레저",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "아이덴티콘 / 주소아이덴티콘 / 주소아이콘",
+  "immutability": "불변성",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "기업공개(IPO)",
+  "Insider Trading": "내부자 거래",
+  "Inter-Blockchain Communication (IBC) Protocol": "블록체인 간 통신(IBC) 프로토콜",
+  "internal transaction": "내부 거래",
+  "Interoperability": "상호운용성",
+  "InterPlanetary File System (IPFS)": "행성 간 파일 시스템(IPFS)",
+  "IP address": "IP 주소",
+  "JSON file": "JSON 파일",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "키스토어 파일",
+  "Know Your Customer (KYC)": "고객확인제도 (KYC)",
+  "Know Your Transaction": "고객거래확인",
+  "Kovan": "코반",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "지연 시간",
+  "Lattice1": "래티스 1",
+  "Launchpad": "런치패드",
+  "Layer 0": "레이어 0",
+  "Layer 1": "레이어 1",
+  "Layer 2": "레이어 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "렛저",
+  "Ledger Live App": "렛저 라이브 앱",
+  "Library": "라이브러리",
+  "Lido": "리도",
+  "light client": "라이트 클라이언트",
+  "Lightning Network": "라이트닝 네트워크",
+  "Liquid Democracy (Delegative Democracy)": "유동성 민주주의(위임 민주주의)",
+  "Liquidation": "청산",
+  "liquidity": "유동성",
+  "liquidity pool": "유동성 풀",
+  "liquidity staking": "유동성 스테이킹",
+  "Low": "낮음",
+  "mainnet": "메인넷",
+  "Maker Protocol": "메이커 프로토콜",
+  "Malware": "맬웨어",
+  "market cap": "시가 총액",
+  "Maximal Extractable Value (MEV)": "최대추출가능가치(MEV)",
+  "Maximum Priority Fee": "최대 우선 요금",
+  "memory pool; mempool": "메모리 풀; 멤풀",
+  "Merge (noun)": "병합(명사)",
+  "Merkle Patricia trie": "머클패트리샤트리",
+  "Mesh": "메시",
+  "Metadata": "메타데이터",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask 브릿지",
+  "MetaMask Community Platform": "MetaMask 커뮤니티 플랫폼",
+  "MetaMask Extension": "MetaMask 확장 프로그램",
+  "MetaMask Flask": "MetaMask 플라스크",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "메타버스",
+  "miner tip": "채굴기 팁",
+  "mining": "채굴",
+  "Mint": "민트",
+  "mnemonic phrase": "니모닉 구문",
+  "MobiKwik": "모비퀵",
+  "modular blockchain": "모듈형 블록체인",
+  "MoonPay": "MoonPay",
+  "multi-sig": "다중서명",
+  "multi-signature wallet (multisig)": "다중서명지갑(multisig)",
+  "Multifactor Authentication": "다중 인증",
+  "Near-Field Communication (NFC)": "근거리 무선 통신(NFC)",
+  "Nested Blockchain": "중첩블록체인",
+  "Network": "네트워크",
+  "Network Congestion": "네트워크 정체",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT 애그리게이터",
+  "NFT drop": "NFT 하락",
+  "Ngrave": "N그레이브",
+  "node": "노드",
+  "Non-fungible token": "대체불가토큰",
+  "nonce": "논스",
+  "off-chain": "오프체인",
+  "ommer block": "오머 블록",
+  "on-chain": "온체인",
+  "on-ramp, off-ramp": "온램프, 오프램프",
+  "OpenSea": "OpenSea",
+  "Opera": "오페라",
+  "Optimism": "Optimism",
+  "optimistic rollup": "옵티미스틱 롤업",
+  "Oracle": "오라클",
+  "ParaSwap": "파라스왑",
+  "parity": "패리티",
+  "Parity": "Parity",
+  "Passphrase": "패스프레이즈",
+  "password manager": "비밀번호 매니저",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "피어 투 피어(P2P)",
+  "permissioned ledger": "허가된 원장",
+  "phishing (noun)": "피싱(명사)",
+  "Plasma": "플라즈마",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "PoS/PoW 하이브리드",
+  "Priority fee": "우선 요금",
+  "private blockchain": "프라이빗 블록체인",
+  "private currency": "프라이빗 통화",
+  "private key": "개인 키",
+  "Proof of Authority (PoA)": "권한증명(PoA)",
+  "Proof of Stake (PoS)": "지분 증명(PoS)",
+  "Proof of Work (PoW)": "작업증명(PoW)",
+  "protocol": "프로토콜",
+  "public blockchain": "퍼블릭 블록체인",
+  "public key": "공개 키",
+  "Public-Key Cryptography": "공개 키 암호화",
+  "Public-Key Infrastructure": "공개 키 인프라",
+  "QR code": "QR 코드",
+  "Quorum": "Quorum",
+  "Rarible": "라리블",
+  "relayer": "릴레이어",
+  "Remote Procedure Call (RPC)": "원격 프로시저 호출(RPC)",
+  "Rinkeby": "린케비",
+  "Roadmap": "로드맵",
+  "Rocket Pool": "로켓풀",
+  "rollups": "롤업",
+  "Ropsten": "롭스텐",
+  "RPC": "RPC",
+  "rug pull": "러그 풀",
+  "Safeheron": "세이프헤론",
+  "Samsung Pay": "삼성페이",
+  "sandbox": "샌드박스",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "나카모토 사토시",
+  "scalability": "확장성",
+  "Scaling": "스케일링",
+  "Scrypt": "스크립트",
+  "Secret Recovery Phrase": "비밀복구구문",
+  "Security Token": "보안 토큰",
+  "Security Token Offering (STO)": "증권형 토큰 공개(STO)",
+  "seed phrase": "시드구문",
+  "self-custody (noun)": "자기 양육권 (명사)",
+  "self-executing": "셀프 커스터디",
+  "Sepolia": "Sepolia",
+  "Serenity": "세레니티",
+  "serialization": "직렬화",
+  "Shard chain": "샤드체인",
+  "sharding (noun)": "샤딩(명사)",
+  "Shielded Transaction": "차폐 트랜잭션",
+  "sidechain": "사이드체인",
+  "Signature (Cryptographic)": "서명(암호화)",
+  "slashing condition": "슬래싱 조건",
+  "slippage": "슬리피지",
+  "slot": "슬롯",
+  "smart contract": "스마트 계약",
+  "snap": "Snap",
+  "soft fork": "소프트 포크",
+  "Software Development Kit (SDK)": "소프트웨어 개발 키트(SDK)",
+  "Solidity": "솔리디티",
+  "stablecoin": "스테이블코인",
+  "staking (noun)": "스테이킹(명사)",
+  "state": "상태",
+  "state channels": "상태 채널",
+  "Streaming": "스트리밍",
+  "swap (noun)": "스왑(명사)",
+  "Swap /MetaSwap": "스왑/메타스왑",
+  "szabo": "재보",
+  "testnet (test network)": "테스트넷(테스트 네트워크)",
+  "Testnet Kovan": "테스트넷 코반",
+  "Testnet Rinkeby": "테스트넷 린케비",
+  "Testnet Ropsten": "테스트넷 롭스텐",
+  "token": "토큰",
+  "token lockup": "토큰 락업",
+  "Token standard": "토큰 표준",
+  "Total Value Locked (TVL)": "락업자산가치",
+  "Transaction": "트랜잭션",
+  "transaction block": "트랜잭션 블록",
+  "transaction fee": "트랜잭션 수수료",
+  "transaction ID": "트랜잭션 ID",
+  "transaction pool": "트랜잭션 풀",
+  "Transak": "트랜삭",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "무신뢰",
+  "Turing-complete": "튜링완전",
+  "Two-Factor Authentication (2FA)": "이중 인증(two-factor authentication, 2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "유니스왑",
+  "unspent transaction output (UTXO)": "미사용 트랜잭션 출력값(UTXO)",
+  "upgrade": "업그레이드",
+  "UTXO": "UTXO",
+  "validator": "밸리데이터",
+  "validity proof": "유효성 증명",
+  "Validium": "발리디움",
+  "Vault Decryptor": "볼트 암호해독기",
+  "Vesting": "베스팅",
+  "wallet": "지갑",
+  "WalletConnect": "월렛커넥트",
+  "web3, Web 3.0": "웹3, 웹 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "웹소켓",
+  "Wei": "웨이",
+  "Whitepaper": "백서",
+  "Wrapping": "래핑",
+  "Wyre": "Wyre",
+  "yield farming": "이자농사",
+  "yield-bearing tokens": "이자지급토큰",
+  "zero address": "제로 어드레스",
+  "Zero-knowledge proof": "영지식 증명",
+  "Zero-knowledge rollup": "영지식 롤업",
+  "zk-SNARKs": "영지식 스나크"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/persian/translation.json b/src/i18n/locales/persian/translation.json
new file mode 100644
index 0000000..9ccb49c
--- /dev/null
+++ b/src/i18n/locales/persian/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "وان اینچ",
+  "3Box Labs": "آزمایشگاه‌های 3Box",
+  "51% Attack": "حمله 51 درصدی",
+  "Aave": "آوه",
+  "Account": "حساب",
+  "ACH transfer": "حواله بین بانکی پایا",
+  "address; public address; account address": "آدرس /«آدرس عمومی»",
+  "Advanced": "پیشرفته",
+  "aggregator": "تجمیع‌کننده نقدینگی",
+  "Aggressive": "جسورانه",
+  "Agoric": "آگوریک",
+  "air-gapping": "جداسازی فیزیکی",
+  "airdrop": "ایردراپ",
+  "airdrop (noun)": "ایردراپ",
+  "AirGap Vault": "خزانه ایرگپ",
+  "AirSwap": "ایرسوآپ",
+  "algorithm": "الگوریتم",
+  "altcoin": "آلتکوین",
+  "AML (Anti-Money Laundering)": "AML (مبارزه با پولشویی)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (رابط برنامه کاربردی)",
+  "AppChain": "بلاک‌چین مخصوص برنامه",
+  "Apple Pay": "اَپل پِی",
+  "Arbitrum": "آربیتروم",
+  "ASIC (Application Specific Integrated Circuit)": "ای‌سیک(مدارهای مجتمع با کاربرد خاص)",
+  "asset provenance": "منشأ دارایی",
+  "attestation": "گواهی",
+  "Avalanche": "اولانچ",
+  "Axie Infinity": "اکسی اینفینیتی",
+  "Base fee": "کارمزد پایه",
+  "Beacon Chain": "بیکن چین",
+  "Binance": "بایننس",
+  "Bitcoin / bitcoin (BTC)": "بیت‌کوین (BTC)",
+  "block (noun)": "بلاک",
+  "block explorer": "مرورگر بلاک",
+  "block height": "ارتفاع بلاک",
+  "block reward": "پاداش بلاک",
+  "block time": "زمان بلاک",
+  "blockchain": "بلاک‌چین",
+  "Blockchain explorer": "مرورگر بلاک‌چین",
+  "blockchain trilemma": "سه‌گانه بلاک‌چین",
+  "BNB Chain": "زنجیره BNB",
+  "bounty / bug bounty": "پاداش پیدا کردن اشکال",
+  "brain wallet": "کیف پول ذهنی",
+  "Brave": "بریو",
+  "Bridge": "پل",
+  "BTC": "BTC",
+  "BUIDL": "بیدل",
+  "bytecode": "بایت‌کد",
+  "Byzantine fault tolerance": "تحمل خطای بیزانس",
+  "Byzantium fork": "هارد فورک بیزانس",
+  "Celo": "سلو",
+  "Centralized exchange (CEX)": "صرافی متمرکز (CEX)",
+  "CEX": "صرافی متمرکز",
+  "chain ID": "شناسه زنجیره",
+  "Chrome": "کروم",
+  "client (Ethereum or other compatible blockchain)": "کلاینت (اتریوم یا سایر بلاک‌چین‌های سازگار)",
+  "Codefi": "کدیفای",
+  "coin": "کوین",
+  "Coinbase Pay": "کوین‌بیس پِی",
+  "cold storage": "کیف پول سرد",
+  "cold wallet / cold storage": "کیف پول سرد/رذخیره‌سازی سرد",
+  "Community Platform": "پلتفرم انجمن",
+  "Compiling": "همگردانی",
+  "Compound": "کامپاند",
+  "confirmation": "تایید",
+  "consensus": "اجماع",
+  "Consensus client": "کلاینت اجماع",
+  "Consensus layer": "لایه اجماع",
+  "Consensus mechanism": "مکانیزم اجماع",
+  "Consensys": "کانسنسیس",
+  "Constantinople fork": "فورک قسطنطنیه",
+  "contract": "قرارداد",
+  "Contract account": "حساب قرارداد",
+  "CoolWallet": "کول‌ولت",
+  "crypto asset": "دارایی رمزارزی",
+  "crypto bounties": "پاداش‌های رمزی",
+  "crypto fund": "صندوق رمزارزی",
+  "crypto wallet": "کیف پول رمزارز",
+  "crypto-": "رمزارزی",
+  "crypto-compliance": "انطباق رمزنگاری",
+  "cryptoassets": "دارایی‌های رمزنگاری شده",
+  "cryptocurrency": "رمزارز",
+  "cryptoeconomics": "اقتصاد رمزارز محور",
+  "cryptography": "رمزنگاری",
+  "Curve": "کِرو",
+  "custody (noun)": "حضانت",
+  "D'CENT": "کیف پول D'CENT",
+  "DAI": "دای",
+  "DAO": "دائو",
+  "dapp": "dapp",
+  "decentralization": "تمرکززدایی",
+  "decentralized application": "برنامه غیرمتمرکز",
+  "Decentralized Autonomous Organization (DAO)": "سازمان خودگردان غیرمتمرکز (دائو)",
+  "decentralized exchange (DEX)": "صرافی غیرمتمرکز (دکس)",
+  "decentralized finance": "امور مالی غیرمتمرکز",
+  "decentralized web": "وب غیرمتمرکز",
+  "deposit": "واریز",
+  "derive / derivation": "مشتق شدن/اشتقاق",
+  "dev": "توسعه دهنده",
+  "Devcon": "کنفرانس توسعه‌دهندگان اتریوم",
+  "Developer": "توسعه دهنده",
+  "DEX": "دکس",
+  "difficulty": "سختی",
+  "difficulty bomb": "بمب سختی",
+  "digital asset": "دارایی دیجیتال",
+  "digital identity": "هویت دیجیتال",
+  "Digital signature": "امضای دیجیتال",
+  "Distributed Denial of Service (DDoS) Attack": "حمله محروم‌سازی از سرویس (دیداس)",
+  "distributed ledger": "دفترکل توزیع‌شده",
+  "Distributed Ledger Technology": "فناوری دفترکل توزیع‌شده",
+  "DLT": "فناوری دفترکل توزیع‌شده",
+  "double spend": "دوبار خرج‌کردن",
+  "ecosystem": "اکوسیستم",
+  "Edge": "مرزی",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "کلیدهای رمزگذاری شده در مقابل کلیدهای رمزگذاری نشده",
+  "encryption": "رمزگذاری",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "‏اتحاد سازمانی اتریوم (EEA)",
+  "entropy": "بی‌نظمی",
+  "epoch": "دوره زمانی/ایپاک",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "استاندارد توکن ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "استاندارد توکن ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "اتر (نام‌گذاری‌ها)",
+  "ether (ETH)": "اتر (ETH)",
+  "Ethereum": "اتریوم",
+  "Ethereum 2.0": "اتریوم 2.0",
+  "Ethereum Improvement Proposal (EIP)": "پروتکل‌های بهبود اتریوم (EIP)",
+  "Ethereum Name Service (ENS)": "سرویس نام اتریوم (ENS)",
+  "Ethereum Public Address": "آدرس عمومی اتریوم",
+  "Ethereum Virtual Machine (EVM)": "ماشین مجازی اتریوم (EVM)",
+  "Etherscan": "EtherScan",
+  "EVM": "EVM",
+  "exchange": "صرافی",
+  "Execution client": "کلاینت اجرا",
+  "Execution layer": "لایه اجرا",
+  "Extended Private Key (XPRIV)": "کلیدخصوصی توسعه یافته (XPRIV)",
+  "Extended Public Key (XPUB)": "کلیدعمومی توسعه یافته (XPUB)",
+  "Extension": "افزونه",
+  "Fantom": "فانتوم",
+  "faucet": "درآمد قطره‌ای",
+  "fiat currency": "ارز فیات",
+  "final, finality": "قطعی، قطعیت",
+  "Finality Rate": "نرخ قطعیت",
+  "financial technology (FinTech)": "فناوری مالی (فین‌تک)",
+  "finney": "فینی",
+  "Firefox": "فایرفاکس",
+  "Firewall": "فایروال",
+  "Flask": "فلسک",
+  "fork": "فورک",
+  "Fractional Ownership": "مالکیت درصدی",
+  "Fraud proof": "اثبات تقلب",
+  "full node": "نود کامل",
+  "Ganache": "گاناش",
+  "gas": "گس",
+  "gas fee": "کارمزد گس",
+  "gas limit": "حداکثر میزان گس",
+  "gas price": "قیمت گس",
+  "Gas Station Network": "شبکه ایستگاه گس",
+  "genesis block": "بلاک اولیه",
+  "Gigawei": "گیگاوی",
+  "Gitcoin": "گیت‌کوین",
+  "GitHub": "گیت‌هاب",
+  "Goerli": "گوئرلی",
+  "Governance": "حاکمیت",
+  "GSN": "GSN",
+  "gwei": "جیوی",
+  "halving": "هاوینگ (نصف شدن پاداش استخراج)",
+  "hard fork": "هارد فورک",
+  "hardware wallet": "کیف پول سخت‌افزاری",
+  "hash (noun)": "هش",
+  "hexadecimal; 'hex data'": "شانزده‌شماری؛ داده‌های هگز",
+  "Hierarchical Deterministic (HD) wallet": "کیف پول قطعی سلسله مراتبی  (HD)",
+  "hot storage": "ذخیره‌سازی گرم",
+  "hot wallet": "کیف پول گرم",
+  "Hybrid Network": "شبکه هیبریدی",
+  "Hyperledger": "هایپرلجر",
+  "ICO": "عرضه اولیه کوین",
+  "Identicon / AddressIdenticon / AddressIcon": "شناسه آیدنتیکان/آیدنتیکان آدرس/آیکون آدرس",
+  "immutability": "تغییرناپذیری",
+  "Infura": "اینفیورا",
+  "Initial Public Offering (IPO)": "عرضه اولیه سهام (IPO)",
+  "Insider Trading": "معاملات نهانی",
+  "Inter-Blockchain Communication (IBC) Protocol": "پروتکل ارتباط بین بلاکچینی (IBC)",
+  "internal transaction": "تراکنش داخلی",
+  "Interoperability": "تعامل‌‌پذیری",
+  "InterPlanetary File System (IPFS)": "فایل سیستم بین سیاره‌ای (IPFS)",
+  "IP address": "آدرس آی‌پی",
+  "JSON file": "فایل جیسون",
+  "JSON-RPC": "جیسون-RPC",
+  "keystore file": "فایل کلید خصوصی",
+  "Know Your Customer (KYC)": "احراز هویت مشتری (KYC)",
+  "Know Your Transaction": "شناسایی مبدأ تراکنش‌ها",
+  "Kovan": "کوان",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "تاخیر",
+  "Lattice1": "لتیس 1",
+  "Launchpad": "لانچ‌پد",
+  "Layer 0": "لایه 0",
+  "Layer 1": "لایه 1",
+  "Layer 2": "لایه 2",
+  "Learn; MetaMask Learn": "آموزش؛ آموزش متامسک",
+  "Ledger": "لجر",
+  "Ledger Live App": "برنامه Ledger Live",
+  "Library": "کتابخانه",
+  "Lido": "لیدو",
+  "light client": "گیرنده سبک",
+  "Lightning Network": "شبکه لایتنینگ",
+  "Liquid Democracy (Delegative Democracy)": "دموکراسی نقدینگی",
+  "Liquidation": "لیکوئید شدن",
+  "liquidity": "نقدشوندگی",
+  "liquidity pool": "استخر نقدینگی",
+  "liquidity staking": "سپرده‌گذاری نقدشونده",
+  "Low": "پایین",
+  "mainnet": "شبکه اصلی",
+  "Maker Protocol": "پروتکل‌ میکر",
+  "Malware": "بدافزار",
+  "market cap": "ارزش بازار",
+  "Maximal Extractable Value (MEV)": "حداکثر ارزش قابل استخراج (MEV)",
+  "Maximum Priority Fee": "حداکثر کارمزد اولویت",
+  "memory pool; mempool": "استخر حافظه؛ ممپول",
+  "Merge (noun)": "ادغام",
+  "Merkle Patricia trie": "درخت مرکل پاتریشیا",
+  "Mesh": "مش",
+  "Metadata": "فراداده",
+  "MetaMask": "متامسک",
+  "MetaMask Bridge": "پل متامسک",
+  "MetaMask Community Platform": "پلتفرم انجمن متامسک",
+  "MetaMask Extension": "افزونه متامسک",
+  "MetaMask Flask": "متامسک فلسک",
+  "MetaMask Institutional": "متامسک سازمانی",
+  "MetaMask Learn": "آموزش متامسک",
+  "MetaMask SDK": "کیت توسعه نرم‌افزار متامسک",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "متاورس",
+  "miner tip": "انعام ماینر",
+  "mining": "استخراج",
+  "Mint": "ضرب کردن",
+  "mnemonic phrase": "عبارت یادآور",
+  "MobiKwik": "موبی کویک",
+  "modular blockchain": "بلاک‌چین مدولار",
+  "MoonPay": "مون‌پِی",
+  "multi-sig": "چند امضایی",
+  "multi-signature wallet (multisig)": "کیف پول چند امضایی (multisig)",
+  "Multifactor Authentication": "احراز هویت چند عاملی",
+  "Near-Field Communication (NFC)": "ارتباطات در محدوده نزدیک (NFC)",
+  "Nested Blockchain": "بلاک‌چین تودرتو",
+  "Network": "شبکه",
+  "Network Congestion": "ازدحام شبکه",
+  "NFT": "ان‌اف‌تی",
+  "NFT aggregator": "تجمیع‌کننده ان‌اف‌تی",
+  "NFT drop": "ایردراپ ان‌اف‌تی",
+  "Ngrave": "کیف پول Ngrave",
+  "node": "گره",
+  "Non-fungible token": "توکن بی‌همتا",
+  "nonce": "نانس",
+  "off-chain": "برون زنجیره‌ای",
+  "ommer block": "بلاک اومر",
+  "on-chain": "درون زنجیره‌ای",
+  "on-ramp, off-ramp": "مسیر ورود، مسیر خروج",
+  "OpenSea": "اوپن سی",
+  "Opera": "اپرا",
+  "Optimism": "شبکه آپتیمیزم",
+  "optimistic rollup": "راهکارهای خوشبینانه",
+  "Oracle": "اوراکل",
+  "ParaSwap": "پاراسواپ",
+  "parity": "کلاینت پریتی",
+  "Parity": "Parity",
+  "Passphrase": "عبارت عبور",
+  "password manager": "مدیر گذرواژه",
+  "PayPal": "پی‌پل",
+  "peer-to-peer (P2P)": "همتا به همتا (P2P)",
+  "permissioned ledger": "دفترکل مجوزدار",
+  "phishing (noun)": "فیشینگ",
+  "Plasma": "پلاسما",
+  "PoA, PoS, PoW": "اثبات اعتبار، اثبات سهام، اثبات کار",
+  "Polygon": "پالیگان",
+  "Portfolio": "پرتفوی",
+  "PoS/PoW Hybrid": "تلفیق هیبریدی گواه اثبات سهام/اثبات کار",
+  "Priority fee": "کارمزد اولویت",
+  "private blockchain": "بلاک‌چین خصوصی",
+  "private currency": "ارز خصوصی",
+  "private key": "کلید خصوصی",
+  "Proof of Authority (PoA)": "اثبات اعتبار (PoA)",
+  "Proof of Stake (PoS)": "اثبات سهام (PoS)",
+  "Proof of Work (PoW)": "اثبات کار (PoW)",
+  "protocol": "پروتکل",
+  "public blockchain": "بلاک‌چین عمومی",
+  "public key": "کلید عمومی",
+  "Public-Key Cryptography": "رمزنگاری کلید عمومی",
+  "Public-Key Infrastructure": "زیرساخت کلید عمومی",
+  "QR code": "کیوآر کد",
+  "Quorum": "Quorum",
+  "Rarible": "رریبل",
+  "relayer": "رله‌کننده",
+  "Remote Procedure Call (RPC)": "فراخوانی رویه از راه دور",
+  "Rinkeby": "رینکبای",
+  "Roadmap": "نقشه راه",
+  "Rocket Pool": "راکت پول",
+  "rollups": "رول‌آپ‌ها",
+  "Ropsten": "راپستن",
+  "RPC": "RPC",
+  "rug pull": "‏کلاهبرداری راگ پول",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "پرداخت سامسونگ",
+  "sandbox": "سندباکس",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "ساتوشی ناکاموتو",
+  "scalability": "مقیاس پذیری",
+  "Scaling": "مقیاس پذیری",
+  "Scrypt": "اسکریپت",
+  "Secret Recovery Phrase": "عبارت بازیابی محرمانه",
+  "Security Token": "توکن اوراق بهادار",
+  "Security Token Offering (STO)": "عرضه توکن اوراق بهادار (STO)",
+  "seed phrase": "عبارت بازیابی",
+  "self-custody (noun)": "خود حضانتی",
+  "self-executing": "خود اجراشونده",
+  "Sepolia": "سپولیا",
+  "Serenity": "سرنیتی",
+  "serialization": "دنباله‌سازی",
+  "Shard chain": "زنجیره شارد",
+  "sharding (noun)": "شاردینگ",
+  "Shielded Transaction": "تراکنش محافظت‌شده",
+  "sidechain": "زنجیره جانبی",
+  "Signature (Cryptographic)": "امضا (رمزنگاری)",
+  "slashing condition": "شرط کاهنده",
+  "slippage": "لغزش قیمت",
+  "slot": "اسلات",
+  "smart contract": "قرارداد هوشمند",
+  "snap": "Snap",
+  "soft fork": "انشعاب نرم",
+  "Software Development Kit (SDK)": "کیت توسعه نرم‌افزار (SDK)",
+  "Solidity": "سالیدیتی",
+  "stablecoin": "استیبل کوین",
+  "staking (noun)": "سپرده‌گذاری",
+  "state": "وضعیت",
+  "state channels": "کانال‌های وضعیت",
+  "Streaming": "جریان پول",
+  "swap (noun)": "تغییر دادن",
+  "Swap /MetaSwap": "مبادله/MetaSwap",
+  "szabo": "سابو",
+  "testnet (test network)": "شبکه آزمایشی",
+  "Testnet Kovan": "شبکه آزمایش کوان",
+  "Testnet Rinkeby": "شبکه آزمایشی رینکبای",
+  "Testnet Ropsten": "شبکه آزمایشی راپستن",
+  "token": "توکن",
+  "token lockup": "قفل شدن توکن",
+  "Token standard": "استاندارد توکن",
+  "Total Value Locked (TVL)": "ارزش کل سرمایه قفل شده  (TVL)",
+  "Transaction": "تراکنش",
+  "transaction block": "بلاک تراکنش",
+  "transaction fee": "کارمزد تراکنش",
+  "transaction ID": "شناسه تراکنش",
+  "transaction pool": "استخر تراکنش",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "بدون نیاز به اعتماد",
+  "Turing-complete": "تورینگ کامل",
+  "Two-Factor Authentication (2FA)": "تایید هویت دو عاملی (2FA)",
+  "TXID": "شناسه تراکنش",
+  "U2F": "U2F",
+  "Uniswap": "یونی‌سوآپ",
+  "unspent transaction output (UTXO)": "خروجی خرج‌نشده تراکنش (UTXO)",
+  "upgrade": "ارتقا",
+  "UTXO": "خروجی‌ خرج‌نشده تراکنش",
+  "validator": "اعتبارسنج",
+  "validity proof": "اثبات اعتبار",
+  "Validium": "ولیدیوم",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "توزیع برنامه‌ریزی شده توکن",
+  "wallet": "کیف پول",
+  "WalletConnect": "ولت کانکت",
+  "web3, Web 3.0": "وب 3، وب 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "وب‌سوکت",
+  "Wei": "وی",
+  "Whitepaper": "گزارش جامع",
+  "Wrapping": "انتقال از یک شبکه به شبکه دیگر",
+  "Wyre": "Wyre",
+  "yield farming": "کشت سود",
+  "yield-bearing tokens": "توکن‌های سودده",
+  "zero address": "آدرس صفر",
+  "Zero-knowledge proof": "اثبات دانش صفر",
+  "Zero-knowledge rollup": "رول‌آپ‌ بی‌نیاز به دانش",
+  "zk-SNARKs": "گواه‌های اثبات دانش صفر غیرتعاملی"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/polish/translation.json b/src/i18n/locales/polish/translation.json
new file mode 100644
index 0000000..fbb29c1
--- /dev/null
+++ b/src/i18n/locales/polish/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Atak 51%",
+  "Aave": "Aave",
+  "Account": "Konto",
+  "ACH transfer": "Przelew ACH",
+  "address; public address; account address": "Adres / „adres publiczny” (adres portfela)",
+  "Advanced": "Ustawienia zaawansowane",
+  "aggregator": "Agregator",
+  "Aggressive": "Agresywne podejście",
+  "Agoric": "Agoric",
+  "air-gapping": "Odizolowanie od sieci (air-gapping)",
+  "airdrop": "Airdrop",
+  "airdrop (noun)": "Airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "Algorytm",
+  "altcoin": "Altcoin",
+  "AML (Anti-Money Laundering)": "AML (przeciwdziałanie praniu pieniędzy)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (interfejs oprogramowania aplikacji)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (specjalizowany układ scalony)",
+  "asset provenance": "Pochodzenie aktywów",
+  "attestation": "Poświadczenie",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Opłata podstawowa",
+  "Beacon Chain": "Łańcuch śledzący (beacon chain)",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "Blok",
+  "block explorer": "Eksplorator bloków",
+  "block height": "Wysokość bloku",
+  "block reward": "Nagroda za blok",
+  "block time": "Czas wydobycia bloku",
+  "blockchain": "Blockchain (łańcuch bloków)",
+  "Blockchain explorer": "Eksplorator blockchain",
+  "blockchain trilemma": "Trylemat łańcucha bloków",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "Nagroda bug bounty",
+  "brain wallet": "Brain wallet",
+  "Brave": "Brave",
+  "Bridge": "Most",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "Kod bajtowy",
+  "Byzantine fault tolerance": "Odporność na problem bizantyjskich generałów",
+  "Byzantium fork": "Fork Byzantium",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Giełda scentralizowana (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID łańcucha",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "Klient (Ethereum lub innego kompatybilnego blockchaina)",
+  "Codefi": "Codefi",
+  "coin": "Coin / moneta",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "Zimny portfel (cold wallet)",
+  "cold wallet / cold storage": "Zimny portfel (cold wallet)",
+  "Community Platform": "Platforma społeczności",
+  "Compiling": "Kompilowanie",
+  "Compound": "Compound",
+  "confirmation": "Potwierdzenie transakcji",
+  "consensus": "Konsensus",
+  "Consensus client": "Klient konsensusu",
+  "Consensus layer": "Warstwa konsensusu",
+  "Consensus mechanism": "Mechanizm konsensusu",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Fork Constantinople",
+  "contract": "Kontrakt",
+  "Contract account": "Konto kontraktowe",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "Kryptoaktywa",
+  "crypto bounties": "Programy bounty",
+  "crypto fund": "Kryptowalutowy fundusz inwestycyjny",
+  "crypto wallet": "Portfel kryptowalutowy",
+  "crypto-": "Krypto-",
+  "crypto-compliance": "Crypto-compliance (zgodność z przepisami)",
+  "cryptoassets": "Kryptoaktywa",
+  "cryptocurrency": "Kryptowaluta",
+  "cryptoeconomics": "Kryptoekonomia",
+  "cryptography": "Kryptografia",
+  "Curve": "Curve",
+  "custody (noun)": "Usługi powiernicze",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "DApp",
+  "decentralization": "Decentralizacja",
+  "decentralized application": "Zdecentralizowana aplikacja",
+  "Decentralized Autonomous Organization (DAO)": "Zdecentralizowana autonomiczna organizacja (DAO)",
+  "decentralized exchange (DEX)": "Giełda zdecentralizowana (DEX)",
+  "decentralized finance": "DeFi (zdecentralizowane finanse)",
+  "decentralized web": "Zdecentralizowana sieć Web",
+  "deposit": "Depozyt",
+  "derive / derivation": "Uzyskiwanie",
+  "dev": "Dev",
+  "Devcon": "Devcon",
+  "Developer": "Twórca oprogramowania",
+  "DEX": "DEX",
+  "difficulty": "Trudność",
+  "difficulty bomb": "Bomba trudności",
+  "digital asset": "Aktywa cyfrowe",
+  "digital identity": "Tożsamość cyfrowa",
+  "Digital signature": "Podpis cyfrowy",
+  "Distributed Denial of Service (DDoS) Attack": "Atak DDoS (Distributed Denial of Service)",
+  "distributed ledger": "Rejestr rozproszony",
+  "Distributed Ledger Technology": "Technologia rozproszonego rejestru",
+  "DLT": "DLT",
+  "double spend": "Podwójne wydatkowanie",
+  "ecosystem": "Ekosystem",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "Klucze zaszyfrowane i niezaszyfrowane",
+  "encryption": "Szyfrowanie",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "Entropia",
+  "epoch": "Epoka",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Standard tokena ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Standard tokena ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "Ether (nominały)",
+  "ether (ETH)": "Ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "EIP – Ethereum Improvement Proposal (propozycja ulepszenia sieci Ethereum)",
+  "Ethereum Name Service (ENS)": "ENS – Ethereum Name Service (usługa nazw Ethereum)",
+  "Ethereum Public Address": "Adres publiczny Ethereum",
+  "Ethereum Virtual Machine (EVM)": "EVM – Ethereum Virtual Machine (maszyna wirtualna Ethereum)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "Giełda",
+  "Execution client": "Klient wykonawczy",
+  "Execution layer": "Warstwa wykonawcza",
+  "Extended Private Key (XPRIV)": "Rozszerzony klucz prywatny (XPRIV)",
+  "Extended Public Key (XPUB)": "Rozszerzony klucz publiczny (XPUB)",
+  "Extension": "Rozszerzenie",
+  "Fantom": "Fantom",
+  "faucet": "Kranik / faucet",
+  "fiat currency": "Waluta fiat / pieniądz fiducjarny",
+  "final, finality": "Ostateczność, nieodwołalność",
+  "Finality Rate": "Ostateczność rozrachunku",
+  "financial technology (FinTech)": "Technologie finansowe (FinTech)",
+  "finney": "Finney",
+  "Firefox": "Firefox",
+  "Firewall": "Firewall / zapora sieciowa",
+  "Flask": "Flask",
+  "fork": "Fork (podział łańcucha)",
+  "Fractional Ownership": "Własność częściowa",
+  "Fraud proof": "Ochrona przed nadużyciami (Fraud proof)",
+  "full node": "Pełny węzeł",
+  "Ganache": "Ganache",
+  "gas": "Gaz",
+  "gas fee": "Opłata za gaz",
+  "gas limit": "Limit gazu",
+  "gas price": "Cena gazu",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "Blok Genesis",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Zarządzanie",
+  "GSN": "GSN",
+  "gwei": "Gwei",
+  "halving": "Halving",
+  "hard fork": "Hard fork",
+  "hardware wallet": "Portfel sprzętowy",
+  "hash (noun)": "Hasz / skrót",
+  "hexadecimal; 'hex data'": "System szesnastkowy / heksadecymalny",
+  "Hierarchical Deterministic (HD) wallet": "Portfel HD (hierarchiczno-deterministyczny)",
+  "hot storage": "Gorący portfel (hot wallet)",
+  "hot wallet": "Gorący portfel (hot wallet)",
+  "Hybrid Network": "Sieć hybrydowa",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO (Initial Coin Offering)",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "Niemodyfikowalność",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "IPO (pierwsza oferta publiczna)",
+  "Insider Trading": "Insider trading",
+  "Inter-Blockchain Communication (IBC) Protocol": "Protokół IBC (Inter-Blockchain Communication)",
+  "internal transaction": "Transakcja wewnętrzna",
+  "Interoperability": "Interoperacyjność",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "Adres IP",
+  "JSON file": "Plik JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "Plik keystore",
+  "Know Your Customer (KYC)": "Poznaj swojego klienta (KYC – Know Your Customer)",
+  "Know Your Transaction": "Poznaj swoją transakcję (KYT – Know Your Transaction)",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Latencja / opóźnienie",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Warstwa 0",
+  "Layer 1": "Warstwa 1",
+  "Layer 2": "Warstwa 2",
+  "Learn; MetaMask Learn": "Learn / MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "Biblioteka",
+  "Lido": "Lido",
+  "light client": "Lekki klient",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Demokracja płynna",
+  "Liquidation": "Likwidacja",
+  "liquidity": "Płynność",
+  "liquidity pool": "Pula płynności",
+  "liquidity staking": "Liquidity staking",
+  "Low": "Ostrożne podejście",
+  "mainnet": "Mainnet",
+  "Maker Protocol": "Protokół Maker",
+  "Malware": "Złośliwe oprogramowanie",
+  "market cap": "Kapitalizacja rynkowa",
+  "Maximal Extractable Value (MEV)": "MEV (maksymalna wartość możliwa do wydobycia)",
+  "Maximum Priority Fee": "Maksymalna opłata za priorytet",
+  "memory pool; mempool": "Mempool (pula pamięci)",
+  "Merge (noun)": "Merge",
+  "Merkle Patricia trie": "Drzewo skrótów",
+  "Mesh": "Mesh",
+  "Metadata": "Metadane",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "Platforma społeczności MetaMask",
+  "MetaMask Extension": "Rozszerzenie MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "Metawersum",
+  "miner tip": "Miner tip (napiwek dla górnika/walidatora)",
+  "mining": "Kopanie kryptowalut",
+  "Mint": "Minting / mintowanie",
+  "mnemonic phrase": "Mnemonic phrase",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "Blockchain modułowy",
+  "MoonPay": "MoonPay",
+  "multi-sig": "Multisig",
+  "multi-signature wallet (multisig)": "Portfel multi-signature (multisig)",
+  "Multifactor Authentication": "Uwierzytelnianie wielopoziomowe",
+  "Near-Field Communication (NFC)": "NFC (komunikacja bliskiego zasięgu)",
+  "Nested Blockchain": "Blockchain zagnieżdżony",
+  "Network": "Sieć",
+  "Network Congestion": "Przeciążenie sieci",
+  "NFT": "NFT",
+  "NFT aggregator": "Agregator NFT",
+  "NFT drop": "Drop / zrzut NFT",
+  "Ngrave": "Ngrave",
+  "node": "Węzeł",
+  "Non-fungible token": "Niewymienny token",
+  "nonce": "Nonce",
+  "off-chain": "Transakcje off-chain (poza łańcuchem)",
+  "ommer block": "Ommer",
+  "on-chain": "Transakcje on-chain (w łańcuchu)",
+  "on-ramp, off-ramp": "Usługi on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "Rollup optymistyczny",
+  "Oracle": "Wyrocznia (Oracle)",
+  "ParaSwap": "ParaSwap",
+  "parity": "Parytet",
+  "Parity": "Parity",
+  "Passphrase": "Passphrase",
+  "password manager": "Menedżer haseł",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "Peer-to-peer (P2P)",
+  "permissioned ledger": "Rejestr ograniczony (permissioned ledger)",
+  "phishing (noun)": "Phishing",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "Hybrydowy konsensus PoS/PoW",
+  "Priority fee": "Opłata za priorytet",
+  "private blockchain": "Blockchain prywatny",
+  "private currency": "Pieniądz prywatny",
+  "private key": "Klucz prywatny",
+  "Proof of Authority (PoA)": "Proof Authority – POA (dowód autorytetu)",
+  "Proof of Stake (PoS)": "Proof of Stake – PoS (dowód stawki)",
+  "Proof of Work (PoW)": "Proof of Work – PoW (dowód wykonania pracy)",
+  "protocol": "protokół",
+  "public blockchain": "Blockchain publiczny",
+  "public key": "Klucz publiczny",
+  "Public-Key Cryptography": "Kryptografia klucza publicznego",
+  "Public-Key Infrastructure": "Infrastruktura klucza publicznego",
+  "QR code": "Kod QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "Relayer",
+  "Remote Procedure Call (RPC)": "Zdalne wywołanie procedury (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Kompleksowy plan działania",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "Rollupy",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "Rug pull",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "Środowisko testowe / piaskownica",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "Skalowalność",
+  "Scaling": "Skalowanie",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Fraza odzyskiwania",
+  "Security Token": "Token zabezpieczający",
+  "Security Token Offering (STO)": "STO (Security Token Offering)",
+  "seed phrase": "Fraza seed",
+  "self-custody (noun)": "Samodzielne zarządzanie",
+  "self-executing": "Samowykonalność",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "Serializacja",
+  "Shard chain": "Łańcuch odłamkowy (shard chain)",
+  "sharding (noun)": "Sharding",
+  "Shielded Transaction": "Ukryta transakcja",
+  "sidechain": "Łańcuch boczny",
+  "Signature (Cryptographic)": "Podpis (kryptograficzny)",
+  "slashing condition": "Slashing",
+  "slippage": "Poślizg cenowy",
+  "slot": "Slot",
+  "smart contract": "Smart kontrakt (kontrakt inteligentny)",
+  "snap": "Snap",
+  "soft fork": "Soft fork",
+  "Software Development Kit (SDK)": "Software Development Kit (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "Stablecoin",
+  "staking (noun)": "Staking",
+  "state": "Stan",
+  "state channels": "Kanały stanu",
+  "Streaming": "Streaming",
+  "swap (noun)": "Wymiana",
+  "Swap /MetaSwap": "Swap / MetaSwap",
+  "szabo": "Szabo",
+  "testnet (test network)": "Testnet (sieć testowa)",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "Token",
+  "token lockup": "Lock-up tokena",
+  "Token standard": "Standard tokena",
+  "Total Value Locked (TVL)": "TVL – Total Value Locked (całkowita zablokowana wartość)",
+  "Transaction": "Transakcja",
+  "transaction block": "Block transakcji",
+  "transaction fee": "Opłata za transakcje",
+  "transaction ID": "ID transakcji",
+  "transaction pool": "pula transakcji",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "Nieopierające się na zaufaniu",
+  "Turing-complete": "Kompletność Turinga",
+  "Two-Factor Authentication (2FA)": "Uwierzytelnianie dwuskładnikowe (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "Unspent transaction output (UTXO)",
+  "upgrade": "Aktualizacja",
+  "UTXO": "UTXO",
+  "validator": "Walidator",
+  "validity proof": "Dowód ważności",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Vesting",
+  "wallet": "Portfel",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Biała księga",
+  "Wrapping": "Wrapping",
+  "Wyre": "Wyre",
+  "yield farming": "Yield farming",
+  "yield-bearing tokens": "Tokeny uzyskane w ramach yield farmingu",
+  "zero address": "Adres zerowy",
+  "Zero-knowledge proof": "Dowód z wiedzą zerową",
+  "Zero-knowledge rollup": "Rollup z wiedzą zerową",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/russian/translation.json b/src/i18n/locales/russian/translation.json
new file mode 100644
index 0000000..cb2ddc2
--- /dev/null
+++ b/src/i18n/locales/russian/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Атака 51%",
+  "Aave": "Aave",
+  "Account": "Счет",
+  "ACH transfer": "ACH-перевод",
+  "address; public address; account address": "адрес/\"публичный адрес\" (адрес кошелька)",
+  "Advanced": "Дополнительно",
+  "aggregator": "агрегатор",
+  "Aggressive": "Агрессивный",
+  "Agoric": "Agoric",
+  "air-gapping": "физическая изоляция",
+  "airdrop": "аирдропнуть",
+  "airdrop (noun)": "аирдроп",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "алгоритм",
+  "altcoin": "альткоин",
+  "AML (Anti-Money Laundering)": "БОД (борьба с отмыванием денег)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (интерфейс прикладного программирования)",
+  "AppChain": "Аппчейн",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (специальная интегральная схема)",
+  "asset provenance": "происхождение активов",
+  "attestation": "аттестация",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Базовая комиссия",
+  "Beacon Chain": "Бикончейн",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Биткойн/ биткойн (BTC)",
+  "block (noun)": "блок",
+  "block explorer": "обозреватель блоков",
+  "block height": "высота блока",
+  "block reward": "вознаграждение за блок",
+  "block time": "время блока",
+  "blockchain": "блокчейн",
+  "Blockchain explorer": "Обзреватель блокчейна",
+  "blockchain trilemma": "трилемма блокчейна",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "вознаграждение / вознаграждение за уязвимость",
+  "brain wallet": "брейн-кошелек",
+  "Brave": "Brave",
+  "Bridge": "Мост",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "байт-код",
+  "Byzantine fault tolerance": "Задача византийских генералов",
+  "Byzantium fork": "Византийский форк",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Централизованная биржа (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID блокчейна",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "клиент (Ethereum или другой совместимый блокчейн)",
+  "Codefi": "Codefi",
+  "coin": "монета",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "холодное хранилище",
+  "cold wallet / cold storage": "холодный кошелек / холодное хранилище",
+  "Community Platform": "Платформа сообщества",
+  "Compiling": "Компиляция",
+  "Compound": "Compound",
+  "confirmation": "подтверждение",
+  "consensus": "консенсус",
+  "Consensus client": "Клиент консенсуса",
+  "Consensus layer": "Уровень консенсуса",
+  "Consensus mechanism": "Механизм консенсуса",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Константинопольский форк",
+  "contract": "контракт",
+  "Contract account": "Контрактный счет",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "криптоактив",
+  "crypto bounties": "крипто-баунти",
+  "crypto fund": "криптофонд",
+  "crypto wallet": "криптокошелек",
+  "crypto-": "крипто",
+  "crypto-compliance": "крипто-комплаенс",
+  "cryptoassets": "криптоактивы",
+  "cryptocurrency": "криптовалюта",
+  "cryptoeconomics": "криптоэкономика",
+  "cryptography": "криптография",
+  "Curve": "Curve",
+  "custody (noun)": "депозитарное хранение",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "ДАО",
+  "dapp": "dapp",
+  "decentralization": "децентрализация",
+  "decentralized application": "децентрализованное приложение",
+  "Decentralized Autonomous Organization (DAO)": "Децентрализованная автономная организация (ДАО)",
+  "decentralized exchange (DEX)": "децентрализованная биржа (DEX)",
+  "decentralized finance": "децентрализованные финансы",
+  "decentralized web": "децентрализованная сеть",
+  "deposit": "депозит",
+  "derive / derivation": "сделать вывод / вывод/извлекать/выводить/производное от",
+  "dev": "разраб/дев",
+  "Devcon": "Конференция разработчиков",
+  "Developer": "Разработчик",
+  "DEX": "DEX",
+  "difficulty": "сложность",
+  "difficulty bomb": "бомба сложности",
+  "digital asset": "цифровой актив",
+  "digital identity": "цифровая личность/цифровая идентификация/цифровой профиль",
+  "Digital signature": "Цифровая подпись",
+  "Distributed Denial of Service (DDoS) Attack": "Распределенная атака типа «отказ в обслуживании» (DDoS)",
+  "distributed ledger": "распределенный реестр",
+  "Distributed Ledger Technology": "Технология распределенного реестра",
+  "DLT": "DLT",
+  "double spend": "двойное расходование",
+  "ecosystem": "экосистема",
+  "Edge": "Граничный (Edge, if browser)",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "зашифрованные и незашифрованные ключи",
+  "encryption": "шифрование",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Альянс разработчиков Ethereum (EEA)",
+  "entropy": "энтропия",
+  "epoch": "эпоха",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Стандарт токенов ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Стандарт токенов ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "эфир (номиналы)",
+  "ether (ETH)": "эфир (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Предложение по улучшению Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "Служба имен Ethereum (ENS)",
+  "Ethereum Public Address": "Публичный адрес Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Виртуальная машина Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "биржа",
+  "Execution client": "Клиент-исполнитель",
+  "Execution layer": "Слой исполнения",
+  "Extended Private Key (XPRIV)": "Расширенный закрытый ключ (XPRIV)",
+  "Extended Public Key (XPUB)": "Расширенный открытый ключ (XPUB)",
+  "Extension": "Расширение",
+  "Fantom": "Fantom",
+  "faucet": "кран",
+  "fiat currency": "фиатная валюта",
+  "final, finality": "завершение, завершенность",
+  "Finality Rate": "Коэффициент завершенности",
+  "financial technology (FinTech)": "финансовые технологии (финтех)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Брандмауэр",
+  "Flask": "Flask",
+  "fork": "форк",
+  "Fractional Ownership": "Долевое владение",
+  "Fraud proof": "Доказательство мошенничества",
+  "full node": "полный узел",
+  "Ganache": "Ganache",
+  "gas": "газ",
+  "gas fee": "плата за газ",
+  "gas limit": "лимит газа",
+  "gas price": "цена газа",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "нулевой блок",
+  "Gigawei": "Гигавей",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Управление",
+  "GSN": "GSN",
+  "gwei": "Гвей",
+  "halving": "халвинг",
+  "hard fork": "хардфорк",
+  "hardware wallet": "аппаратный кошелек",
+  "hash (noun)": "хэш",
+  "hexadecimal; 'hex data'": "шестнадцатеричный; 'шестнадцатеричные данные'",
+  "Hierarchical Deterministic (HD) wallet": "Иерархически детерминированный (ИД) кошелек",
+  "hot storage": "горячее хранилище",
+  "hot wallet": "горячий кошелек",
+  "Hybrid Network": "Гибридная сеть",
+  "Hyperledger": "Гиперледжер",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Идентикон / AddressIdenticon / AddressIcon",
+  "immutability": "неизменность",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Первичное публичное предложение (IPO)",
+  "Insider Trading": "Инсайдерская торговля",
+  "Inter-Blockchain Communication (IBC) Protocol": "Протокол межблокчейновой коммуникации (IBC)",
+  "internal transaction": "внутренняя транзакция",
+  "Interoperability": "Совместимость",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "IP-адрес",
+  "JSON file": "JSON-файл",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "файл хранилища ключей",
+  "Know Your Customer (KYC)": "«Знай своего клиента» (ЗСК)",
+  "Know Your Transaction": "«Знай свою транзакцию»",
+  "Kovan": "Kovan",
+  "KYC": "ЗСК",
+  "KYT": "ЗСТ",
+  "Latency": "Задержка",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Лаунчпад",
+  "Layer 0": "Слой 0",
+  "Layer 1": "Слой 1",
+  "Layer 2": "Слой 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Приложение Ledger Live",
+  "Library": "Библиотека",
+  "Lido": "Lido",
+  "light client": "легкий клиент",
+  "Lightning Network": "Сеть Lightning",
+  "Liquid Democracy (Delegative Democracy)": "Ликвидная демократия (делегативная демократия)",
+  "Liquidation": "Ликвидность",
+  "liquidity": "ликвидность",
+  "liquidity pool": "пул ликвидности",
+  "liquidity staking": "стейкинг ликвидности",
+  "Low": "Низкий",
+  "mainnet": "мейн-нет",
+  "Maker Protocol": "Протокол Maker",
+  "Malware": "Вредоносное программное обеспечение",
+  "market cap": "рыночная капитализация",
+  "Maximal Extractable Value (MEV)": "Максимальная извлекаемая ценность (MEV)",
+  "Maximum Priority Fee": "Максимальная плата за приоритет",
+  "memory pool; mempool": "пул памяти; мемпул",
+  "Merge (noun)": "«Слияние»",
+  "Merkle Patricia trie": "Дерево Меркла",
+  "Mesh": "Mesh",
+  "Metadata": "Метаданные",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "Мост MetaMask",
+  "MetaMask Community Platform": "Платформа сообщества MetaMask",
+  "MetaMask Extension": "Расширение MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "метавселенная",
+  "miner tip": "«чаевые» майнеру",
+  "mining": "майнинг",
+  "Mint": "Выполнить минтинг",
+  "mnemonic phrase": "мнемоническая фраза",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "модульный блокчейн",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multi-sig",
+  "multi-signature wallet (multisig)": "кошелек с мультиподписью (multisig)",
+  "Multifactor Authentication": "Многофакторная аутентификация",
+  "Near-Field Communication (NFC)": "Технология ближней бесконтактной связи (NFC)",
+  "Nested Blockchain": "Вложенный блокчейн",
+  "Network": "Сеть",
+  "Network Congestion": "Перегрузка сети",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT-агрегатор",
+  "NFT drop": "NFT-дроп",
+  "Ngrave": "Ngrave",
+  "node": "узел",
+  "Non-fungible token": "Невзаимозаменяемый токен",
+  "nonce": "одноразовый код",
+  "off-chain": "оффчейн",
+  "ommer block": "блок оммер",
+  "on-chain": "ончейн",
+  "on-ramp, off-ramp": "он-рэмп, офф-рэмп",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "оптимистичный роллап",
+  "Oracle": "Oracle",
+  "ParaSwap": "Paraswap",
+  "parity": "паритет",
+  "Parity": "Parity",
+  "Passphrase": "Парольная фраза",
+  "password manager": "менджер паролей",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "пиринговый (P2P)",
+  "permissioned ledger": "разрешенный реестр",
+  "phishing (noun)": "фишинг",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "Гибрид PoS/PoW",
+  "Priority fee": "Плата за приоритет",
+  "private blockchain": "закрытый блокчейн",
+  "private currency": "частная валюта",
+  "private key": "закрытый ключ",
+  "Proof of Authority (PoA)": "Доказательство полномочий (PoA)",
+  "Proof of Stake (PoS)": "Доказательство доли владения (PoS)",
+  "Proof of Work (PoW)": "Доказательство работы (PoW)",
+  "protocol": "протокол",
+  "public blockchain": "публичный блокчейн",
+  "public key": "открытый ключ",
+  "Public-Key Cryptography": "Криптография с открытым ключом",
+  "Public-Key Infrastructure": "Инфраструктура открытых ключей",
+  "QR code": "QR-код",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "ретранслятор",
+  "Remote Procedure Call (RPC)": "Удаленный вызов процедур (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "План-график",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "роллапы",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "раг-пулл",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "«песочница»",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Сатоши Накамото",
+  "scalability": "масштабируемость",
+  "Scaling": "масштабирование",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Секретная фраза для восстановления",
+  "Security Token": "Токен безопасности",
+  "Security Token Offering (STO)": "Предложение токенов безопасности (STO)",
+  "seed phrase": "сид-фраза",
+  "self-custody (noun)": "самодепозитарий",
+  "self-executing": "самоисполняющийся",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "сериализация",
+  "Shard chain": "Шардчейн",
+  "sharding (noun)": "шардинг",
+  "Shielded Transaction": "Защищенная транзакция",
+  "sidechain": "сайдчейн",
+  "Signature (Cryptographic)": "Подпись (Криптографическая)",
+  "slashing condition": "условие слэшинга",
+  "slippage": "проскальзывание",
+  "slot": "слот",
+  "smart contract": "смарт-контракт",
+  "snap": "Snap",
+  "soft fork": "софтфорк",
+  "Software Development Kit (SDK)": "Комплект для разработки программного обеспечения (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "стейблкоин",
+  "staking (noun)": "стейкинг",
+  "state": "стейт",
+  "state channels": "Каналы состояния",
+  "Streaming": "Стриминг",
+  "swap (noun)": "своп",
+  "Swap /MetaSwap": "Своп /MetaSwap",
+  "szabo": "сабо",
+  "testnet (test network)": "тестнет (тестовая сеть)",
+  "Testnet Kovan": "Тестнет Kovan",
+  "Testnet Rinkeby": "Тестнет Rinkeby",
+  "Testnet Ropsten": "Тестнет Ropsten",
+  "token": "токен",
+  "token lockup": "блокировка токена",
+  "Token standard": "Стандарт токена",
+  "Total Value Locked (TVL)": "Общая заблокированная стоимость (TVL)",
+  "Transaction": "Транзакция",
+  "transaction block": "блок транзакции",
+  "transaction fee": "комиссия за транзакцию",
+  "transaction ID": "ID транзакции",
+  "transaction pool": "пул транзакций",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "трастлесс",
+  "Turing-complete": "Полный по Тьюрингу",
+  "Two-Factor Authentication (2FA)": "Двухфакторная аутентификация (2ФА)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "выход неизрасходованных транзакций (UTXO)",
+  "upgrade": "апгрейд",
+  "UTXO": "UTXO",
+  "validator": "валидатор",
+  "validity proof": "доказательство действительности",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Вестинг",
+  "wallet": "кошелек",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Вей",
+  "Whitepaper": "Белая книга",
+  "Wrapping": "Обертывание",
+  "Wyre": "Wyre",
+  "yield farming": "фарминг доходности",
+  "yield-bearing tokens": "доходные токены",
+  "zero address": "нулевой адрес",
+  "Zero-knowledge proof": "Доказательство с нулевым разглашением",
+  "Zero-knowledge rollup": "Роллап с нулевым разглашением",
+  "zk-SNARKs": "Протоколы zk-SNARK"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/simplified chinese/translation.json b/src/i18n/locales/simplified chinese/translation.json
new file mode 100644
index 0000000..1d9bba3
--- /dev/null
+++ b/src/i18n/locales/simplified chinese/translation.json	
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51%攻击",
+  "Aave": "Aave",
+  "Account": "账户",
+  "ACH transfer": "自动清算中心（ACH）转账",
+  "address; public address; account address": "地址/“公钥”（钱包地址）",
+  "Advanced": "高级",
+  "aggregator": "聚合器",
+  "Aggressive": "激进型",
+  "Agoric": "Agoric",
+  "air-gapping": "气隙",
+  "airdrop": "空投",
+  "airdrop (noun)": "空投",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "算法",
+  "altcoin": "竞争币",
+  "AML (Anti-Money Laundering)": "反洗钱（AML）",
+  "API": "API",
+  "API (Application Programming Interface)": "API（应用程序编程接口）",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC（专用集成电路）",
+  "asset provenance": "资产来源",
+  "attestation": "证明",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "基础费用",
+  "Beacon Chain": "信标链",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "比特币 / 比特币（BTC）",
+  "block (noun)": "区块",
+  "block explorer": "区块浏览器",
+  "block height": "区块高度",
+  "block reward": "区块奖励",
+  "block time": "区块时间",
+  "blockchain": "区块链",
+  "Blockchain explorer": "区块链浏览器",
+  "blockchain trilemma": "区块链不可能三角",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "赏金 / 漏洞赏金",
+  "brain wallet": "脑钱包",
+  "Brave": "Brave",
+  "Bridge": "跨链桥",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL（构建）",
+  "bytecode": "字节码",
+  "Byzantine fault tolerance": "拜占庭容错",
+  "Byzantium fork": "拜占庭分叉",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "中心化交易所（CEX）",
+  "CEX": "CEX（中心化交易所）",
+  "chain ID": "链 ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "客户端（Ethereum 或其他兼容区块链）",
+  "Codefi": "Codefi",
+  "coin": "代币",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "冷存储",
+  "cold wallet / cold storage": "冷钱包 / 冷存储",
+  "Community Platform": "社区平台",
+  "Compiling": "编译",
+  "Compound": "Compound",
+  "confirmation": "确认",
+  "consensus": "共识",
+  "Consensus client": "共识客户端",
+  "Consensus layer": "共识层",
+  "Consensus mechanism": "共识机制",
+  "Consensys": "Consensys",
+  "Constantinople fork": "君士坦丁堡分叉",
+  "contract": "合约",
+  "Contract account": "合约账户",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "加密货币资产",
+  "crypto bounties": "加密货币赏金",
+  "crypto fund": "加密货币基金",
+  "crypto wallet": "加密货币钱包",
+  "crypto-": "加密-",
+  "crypto-compliance": "加密-合规",
+  "cryptoassets": "加密资产",
+  "cryptocurrency": "加密货币",
+  "cryptoeconomics": "加密经济",
+  "cryptography": "加密学",
+  "Curve": "Curve",
+  "custody (noun)": "托管",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO（去中心化自治组织）",
+  "dapp": "dapp（去中心化应用）",
+  "decentralization": "去中心化",
+  "decentralized application": "去中心化应用",
+  "Decentralized Autonomous Organization (DAO)": "去中心化自治组织（DAO）",
+  "decentralized exchange (DEX)": "去中心化交易所（DEX）",
+  "decentralized finance": "去中心化金融",
+  "decentralized web": "去中心化网络",
+  "deposit": "保证金",
+  "derive / derivation": "派生",
+  "dev": "开发者",
+  "Devcon": "Ethereum 开发者会议",
+  "Developer": "开发者",
+  "DEX": "DEX（去中心化交易所）",
+  "difficulty": "难度",
+  "difficulty bomb": "难度炸弹",
+  "digital asset": "数字资产",
+  "digital identity": "数字身份",
+  "Digital signature": "电子签名",
+  "Distributed Denial of Service (DDoS) Attack": "分布式拒绝服务攻击（DDoS）",
+  "distributed ledger": "分布式账本",
+  "Distributed Ledger Technology": "分布式账本技术",
+  "DLT": "DLT（分布式账本技术）",
+  "double spend": "双重支付",
+  "ecosystem": "生态系统",
+  "Edge": "Edge",
+  "EIP-1559": "Ethereum 改进提议（EIP）-1559",
+  "encrypted vs unencrypted keys": "加密秘钥与未加密密钥",
+  "encryption": "加密",
+  "ENS": "ENS（Ethereum 域名服务）",
+  "Enterprise Ethereum Alliance (EEA)": "企业 Ethereum 联盟（EEA）",
+  "entropy": "熵",
+  "epoch": "时段",
+  "ERC": "Ethereum 征求修正意见书（ERC）",
+  "ERC-1155": "Ethereum 征求修正意见书（ERC）-1155",
+  "ERC-20 Token Standard": "Ethereum 征求修正意见书（ERC）-20 代币标准",
+  "ERC-721": "Ethereum 征求修正意见书（ERC）-721",
+  "ERC-721 Token Standard": "Ethereum 征求修正意见书（ERC）-721 代币标准",
+  "ETH": "ETH",
+  "ether (denominations)": "以太币（面额）",
+  "ether (ETH)": "以太币（ETH）",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum 改进提议（EIP）",
+  "Ethereum Name Service (ENS)": "Ethereum 域名服务（ENS）",
+  "Ethereum Public Address": "Ethereum 公钥",
+  "Ethereum Virtual Machine (EVM)": "Ethereum 虚拟机（EVM）",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM（Ethereum 虚拟机）",
+  "exchange": "交易所",
+  "Execution client": "执行客户端",
+  "Execution layer": "执行层",
+  "Extended Private Key (XPRIV)": "扩展密钥（XPRIV）",
+  "Extended Public Key (XPUB)": "扩展公钥（XPUB）",
+  "Extension": "扩展程序",
+  "Fantom": "Fantom",
+  "faucet": "水龙头",
+  "fiat currency": "法币",
+  "final, finality": "最终性",
+  "Finality Rate": "最终性概率",
+  "financial technology (FinTech)": "金融科技（FinTech）",
+  "finney": "芬尼",
+  "Firefox": "Firefox",
+  "Firewall": "防火墙",
+  "Flask": "Flask",
+  "fork": "分叉",
+  "Fractional Ownership": "部分所有权",
+  "Fraud proof": "欺诈证明",
+  "full node": "全节点",
+  "Ganache": "Ganache",
+  "gas": "燃料",
+  "gas fee": "燃料费",
+  "gas limit": "燃料限制",
+  "gas price": "燃料价格",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "创世区块",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "治理",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "减半",
+  "hard fork": "硬分叉",
+  "hardware wallet": "硬件钱包",
+  "hash (noun)": "哈希",
+  "hexadecimal; 'hex data'": "十六进制；“十六进制数据”",
+  "Hierarchical Deterministic (HD) wallet": "分层确定性（HD）钱包",
+  "hot storage": "热存储",
+  "hot wallet": "热钱包",
+  "Hybrid Network": "混合网络",
+  "Hyperledger": "超级账本",
+  "ICO": "首次代币发行（ICO）",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "不可篡改性",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "首次公开募股（IPO）",
+  "Insider Trading": "内幕交易",
+  "Inter-Blockchain Communication (IBC) Protocol": "跨链通信（IBC）协议",
+  "internal transaction": "内部交易",
+  "Interoperability": "互操作性",
+  "InterPlanetary File System (IPFS)": "星际文件系统（IPFS）",
+  "IP address": "IP 地址",
+  "JSON file": "JSON 文件",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "密钥库文件",
+  "Know Your Customer (KYC)": "实名认证（KYC）",
+  "Know Your Transaction": "交易监控（KYT）",
+  "Kovan": "Kovan",
+  "KYC": "KYC（实名认证）",
+  "KYT": "KYT（交易监控）",
+  "Latency": "延迟",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "零层",
+  "Layer 1": "一层公链",
+  "Layer 2": "二层公链",
+  "Learn; MetaMask Learn": "Learn；MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "软件库",
+  "Lido": "Lido",
+  "light client": "轻客户端",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "委任式民主",
+  "Liquidation": "清算",
+  "liquidity": "流动性",
+  "liquidity pool": "流动性池",
+  "liquidity staking": "流动性质押",
+  "Low": "低级型",
+  "mainnet": "主网",
+  "Maker Protocol": "稳定币协议",
+  "Malware": "恶意软件",
+  "market cap": "市值",
+  "Maximal Extractable Value (MEV)": "最大可提取价值（MEV）",
+  "Maximum Priority Fee": "最大优先交易费用",
+  "memory pool; mempool": "内存池（Mempool）",
+  "Merge (noun)": "合并",
+  "Merkle Patricia trie": "梅克尔树",
+  "Mesh": "Mesh",
+  "Metadata": "元数据",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "MetaMask 社区平台",
+  "MetaMask Extension": "MetaMask Extension",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK（软件开发工具包）",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "元宇宙",
+  "miner tip": "矿工费",
+  "mining": "挖矿",
+  "Mint": "铸币",
+  "mnemonic phrase": "助记词",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "模块化区块链",
+  "MoonPay": "MoonPay",
+  "multi-sig": "多重签名",
+  "multi-signature wallet (multisig)": "多重签名钱包（multisig）",
+  "Multifactor Authentication": "多因素身份验证",
+  "Near-Field Communication (NFC)": "近距离无线通讯（NFC）",
+  "Nested Blockchain": "嵌套区块链",
+  "Network": "网络",
+  "Network Congestion": "网络拥塞",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT 聚合器",
+  "NFT drop": "NFT 投放",
+  "Ngrave": "Ngrave",
+  "node": "节点",
+  "Non-fungible token": "非同质化代币",
+  "nonce": "唯一交易标识号",
+  "off-chain": "链下",
+  "ommer block": "ommer 区块",
+  "on-chain": "链上",
+  "on-ramp, off-ramp": "充值，提现",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "乐观性扩容方案（ORU）",
+  "Oracle": "预言机",
+  "ParaSwap": "ParaSwap",
+  "parity": "parity",
+  "Parity": "Parity",
+  "Passphrase": "密语",
+  "password manager": "密码管理工具",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "点对点（P2P）",
+  "permissioned ledger": "许可账本",
+  "phishing (noun)": "网络钓鱼",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "权威证明，权益证明，工作量证明",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "权益证明/工作量证明混合共识",
+  "Priority fee": "优先费用",
+  "private blockchain": "私有区块链",
+  "private currency": "私人货币",
+  "private key": "私钥",
+  "Proof of Authority (PoA)": "权威证明（PoA）",
+  "Proof of Stake (PoS)": "权益证明（PoS）",
+  "Proof of Work (PoW)": "工作量证明（PoW）",
+  "protocol": "协议",
+  "public blockchain": "公共区块链",
+  "public key": "公钥",
+  "Public-Key Cryptography": "公钥加密",
+  "Public-Key Infrastructure": "公钥基础设施",
+  "QR code": "二维码",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "中继器",
+  "Remote Procedure Call (RPC)": "远程过程调用（RPC）",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "路线图",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "扩容方案",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC（远程过程调用）",
+  "rug pull": "跑路",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "沙盒",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "中本聪",
+  "scalability": "可扩展性",
+  "Scaling": "扩容",
+  "Scrypt": "Scrypt 挖掘算法",
+  "Secret Recovery Phrase": "私钥助记词",
+  "Security Token": "证券型代币",
+  "Security Token Offering (STO)": "证券型代币发行（STO）",
+  "seed phrase": "助记词",
+  "self-custody (noun)": "自主托管",
+  "self-executing": "自动执行",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "序列化",
+  "Shard chain": "分片区块链",
+  "sharding (noun)": "分片",
+  "Shielded Transaction": "隐私交易",
+  "sidechain": "侧链",
+  "Signature (Cryptographic)": "签名（加密）",
+  "slashing condition": "削减条件",
+  "slippage": "滑移",
+  "slot": "时间间隔（Slot）",
+  "smart contract": "智能合约",
+  "snap": "Snap",
+  "soft fork": "软分叉",
+  "Software Development Kit (SDK)": "软件开发工具包（SDK）",
+  "Solidity": "Solidity",
+  "stablecoin": "稳定币",
+  "staking (noun)": "质押",
+  "state": "状态",
+  "state channels": "状态通道",
+  "Streaming": "资金流",
+  "swap (noun)": "兑换",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "测试网",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "代币",
+  "token lockup": "代币锁定",
+  "Token standard": "代币标准",
+  "Total Value Locked (TVL)": "总锁仓价值（TVL）",
+  "Transaction": "交易",
+  "transaction block": "交易区块",
+  "transaction fee": "交易费用",
+  "transaction ID": "交易 ID",
+  "transaction pool": "交易池",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "去信任",
+  "Turing-complete": "图灵完备",
+  "Two-Factor Authentication (2FA)": "双因素认证（2FA）",
+  "TXID": "交易 ID",
+  "U2F": "U2F（通用第二因素）",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "未花费的交易输出（UTXO）",
+  "upgrade": "升级",
+  "UTXO": "UTXO（未花费的交易输出）",
+  "validator": "验证器",
+  "validity proof": "有效性证明",
+  "Validium": "Validium 扩容技术",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "等待行权",
+  "wallet": "钱包",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "Web3，Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "白皮书",
+  "Wrapping": "包装",
+  "Wyre": "Wyre",
+  "yield farming": "收益挖矿",
+  "yield-bearing tokens": "收益代币",
+  "zero address": "0地址",
+  "Zero-knowledge proof": "零知识证明",
+  "Zero-knowledge rollup": "零知识汇总",
+  "zk-SNARKs": "零知识简洁非交互知识论证（zk-SNARK）"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/spanish/translation.json b/src/i18n/locales/spanish/translation.json
new file mode 100644
index 0000000..e61e8c1
--- /dev/null
+++ b/src/i18n/locales/spanish/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "ataque del 51 %",
+  "Aave": "Aave",
+  "Account": "cuenta",
+  "ACH transfer": "transferencia ACH",
+  "address; public address; account address": "dirección/\"dirección pública\" (dirección de monedero)",
+  "Advanced": "avanzados",
+  "aggregator": "agregador",
+  "Aggressive": "agresiva/o",
+  "Agoric": "Agoric",
+  "air-gapping": "airdrop",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "AirGap Vault",
+  "AirGap Vault": "espacios de aire",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritmo",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "prevención de blanqueo de capitales (PBC)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (interfaz de programación de aplicaciones)",
+  "AppChain": "cadena específica de la aplicación",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (circuito integrado de aplicación específica)",
+  "asset provenance": "procedencia de activos",
+  "attestation": "atestación",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "tarifa base",
+  "Beacon Chain": "cadena Beacon",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "bloque",
+  "block explorer": "explorador de bloques",
+  "block height": "altura del bloque",
+  "block reward": "recompensa por bloque",
+  "block time": "tiempo del bloque",
+  "blockchain": "cadena de bloques",
+  "Blockchain explorer": "explorador de la cadenas de bloques",
+  "blockchain trilemma": "trilema de la cadenas de bloques",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "recompensa por errores",
+  "brain wallet": "monedero memorizado",
+  "Brave": "Brave",
+  "Bridge": "puente",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "código de bytes",
+  "Byzantine fault tolerance": "tolerancia a fallas bizantinas",
+  "Byzantium fork": "allet",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "intercambio centralizado (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID de cadena",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "cliente (Ethereum u otra blockchain compatible)",
+  "Codefi": "Codefi",
+  "coin": "moneda",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "almacenamiento en frío",
+  "cold wallet / cold storage": "monedero en frío / almacenamiento en frío",
+  "Community Platform": "plataforma comunitaria",
+  "Compiling": "compilación",
+  "Compound": "Compound",
+  "confirmation": "confirmación",
+  "consensus": "consenso",
+  "Consensus client": "cliente de consenso",
+  "Consensus layer": "capa de consenso",
+  "Consensus mechanism": "mecanismo de consenso",
+  "Consensys": "Consensys",
+  "Constantinople fork": "bifurcación Constantinople",
+  "contract": "contrato",
+  "Contract account": "cuenta de contrato",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "cripto",
+  "crypto bounties": "criptoactivo",
+  "crypto fund": "",
+  "crypto wallet": "criptofondo",
+  "crypto-": "criptomonedero",
+  "crypto-compliance": "criptoactivos",
+  "cryptoassets": "criptocumplimiento",
+  "cryptocurrency": "criptomoneda",
+  "cryptoeconomics": "criptoeconomía",
+  "cryptography": "criptografía",
+  "Curve": "Curve",
+  "custody (noun)": "custodia",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "descentralización",
+  "decentralized application": "aplicación descentralizada",
+  "Decentralized Autonomous Organization (DAO)": "organización autónoma descentralizada (DAO)",
+  "decentralized exchange (DEX)": "intercambio descentralizado (DEX)",
+  "decentralized finance": "finanzas descentralizadas",
+  "decentralized web": "web descentralizada",
+  "deposit": "",
+  "derive / derivation": "derivar / derivación",
+  "dev": "desarrollador",
+  "Devcon": "Devcon",
+  "Developer": "desarrollador",
+  "DEX": "DEX",
+  "difficulty": "dificultad",
+  "difficulty bomb": "bomba de dificultad",
+  "digital asset": "activo digital",
+  "digital identity": "identidad digital",
+  "Digital signature": "firma digital",
+  "Distributed Denial of Service (DDoS) Attack": "ataque distribuido de denegación de servicio (DDoS)",
+  "distributed ledger": "registro distribuido",
+  "Distributed Ledger Technology": "tecnología de registro distribuido",
+  "DLT": "DLT",
+  "double spend": "doble gasto",
+  "ecosystem": "ecosistema",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "claves cifradas vs no cifradas",
+  "encryption": "cifrado",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Enterprise Ethereum Alliance (EEA)",
+  "entropy": "entropía",
+  "epoch": "época",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "token estándar ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "token estándar ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (denominaciones)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "propuesta de mejora de Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "servicio de nombres de Ethereum (ENS)",
+  "Ethereum Public Address": "dirección pública de ethereum",
+  "Ethereum Virtual Machine (EVM)": "máquina virtual de Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "intercambio",
+  "Execution client": "cliente de ejecución",
+  "Execution layer": "capa de ejecución",
+  "Extended Private Key (XPRIV)": "clave privada extendida (XPRIV)",
+  "Extended Public Key (XPUB)": "clave pública extendida (XPUB)",
+  "Extension": "extensión",
+  "Fantom": "Fantom",
+  "faucet": "grifo",
+  "fiat currency": "moneda fiduciaria",
+  "final, finality": "final, finalidad",
+  "Finality Rate": "velocidad de finalidad",
+  "financial technology (FinTech)": "tecnología financiera (fintech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "cortafuegos",
+  "Flask": "Flask",
+  "fork": "bifurcación",
+  "Fractional Ownership": "titularidad fraccionaria",
+  "Fraud proof": "a prueba de fraude",
+  "full node": "nodo completo",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "tarifa de gas",
+  "gas limit": "límite de gas",
+  "gas price": "precio del gas",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "bloque génesis",
+  "Gigawei": "gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "gobernanza",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "reducción a la mitad",
+  "hard fork": "bifurcación dura",
+  "hardware wallet": "monedero físico",
+  "hash (noun)": "hash",
+  "hexadecimal; 'hex data'": "hexadecimal; \"datos hexadecimales",
+  "Hierarchical Deterministic (HD) wallet": "monedero determinista jerárquico (HD)",
+  "hot storage": "almacenamiento en caliente",
+  "hot wallet": "monedero en caliente",
+  "Hybrid Network": "red híbrida",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "identicon / identicon de dirección / ícono de dirección",
+  "immutability": "inmutabilidad",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "oferta pública inicial (OPI)",
+  "Insider Trading": "información privilegiada",
+  "Inter-Blockchain Communication (IBC) Protocol": "Protocolo de comunicación entre cadenas de bloques (IBC)",
+  "internal transaction": "transacción interna",
+  "Interoperability": "interoperabilidad",
+  "InterPlanetary File System (IPFS)": "sistema de archivos interplanetario (IPFS)",
+  "IP address": "dirección IP",
+  "JSON file": "archivo JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "archivo keystore",
+  "Know Your Customer (KYC)": "conozca a su cliente (KYC)",
+  "Know Your Transaction": "conozca su transacción (KYT)",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "latencia",
+  "Lattice1": "Lattice1",
+  "Launchpad": "plataforma de lanzamiento",
+  "Layer 0": "capa 0",
+  "Layer 1": "capa 1",
+  "Layer 2": "capa 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "aplicación Ledger Live",
+  "Library": "biblioteca",
+  "Lido": "Lido",
+  "light client": "cliente ligero",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "democracia líquida (democracia delegativa)",
+  "Liquidation": "liquidación",
+  "liquidity": "liquidez",
+  "liquidity pool": "fondo de liquidez",
+  "liquidity staking": "staking de liquidez",
+  "Low": "baja",
+  "mainnet": "red principal",
+  "Maker Protocol": "protocolo Maker",
+  "Malware": "software malicioso",
+  "market cap": "capitalización bursátil",
+  "Maximal Extractable Value (MEV)": "valor máximo extraíble (MEV)",
+  "Maximum Priority Fee": "tarifa de prioridad máxima",
+  "memory pool; mempool": "grupo de memoria; mempool",
+  "Merge (noun)": "fusión",
+  "Merkle Patricia trie": "árbol de Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "metadatos",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "puente de MetaMask",
+  "MetaMask Community Platform": "plataforma comunitaria de MetaMask",
+  "MetaMask Extension": "extensión de MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverso",
+  "miner tip": "propina del minero",
+  "mining": "minería",
+  "Mint": "acuñar",
+  "mnemonic phrase": "frase mnemotécnica",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "cadena de bloques modular",
+  "MoonPay": "MoonPay",
+  "multi-sig": "multifirma",
+  "multi-signature wallet (multisig)": "monadero multifirma",
+  "Multifactor Authentication": "autenticación multifactor",
+  "Near-Field Communication (NFC)": "comunicación de campo cercano (NFC)",
+  "Nested Blockchain": "cadena de bloques anidada",
+  "Network": "red",
+  "Network Congestion": "congestión de red",
+  "NFT": "NFT",
+  "NFT aggregator": "agregador de NFT",
+  "NFT drop": "drop de NFT",
+  "Ngrave": "Ngrave",
+  "node": "nodo",
+  "Non-fungible token": "token no fungible",
+  "nonce": "nonce",
+  "off-chain": "fuera de cadena",
+  "ommer block": "bloque ommer",
+  "on-chain": "en cadena",
+  "on-ramp, off-ramp": "rampa de acceso, rampa de salida",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "rollup optimista",
+  "Oracle": "oráculo",
+  "ParaSwap": "ParaSwap",
+  "parity": "paridad",
+  "Parity": "Parity",
+  "Passphrase": "frase de contraseña",
+  "password manager": "gestor de contraseñas",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "entre pares (P2P)",
+  "permissioned ledger": "registro autorizado",
+  "phishing (noun)": "suplantación de identidad (sustantivo)",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "híbrido PoS/PoW",
+  "Priority fee": "tarifa de prioridad",
+  "private blockchain": "cadena de bloques privada",
+  "private currency": "moneda privada",
+  "private key": "clave privada",
+  "Proof of Authority (PoA)": "prueba de autoridad (PoA)",
+  "Proof of Stake (PoS)": "prueba de participación (PoS)",
+  "Proof of Work (PoW)": "prueba de trabajo (PoW)",
+  "protocol": "protocolo",
+  "public blockchain": "cadena de bloques pública",
+  "public key": "clave pública",
+  "Public-Key Cryptography": "criptografía de clave pública",
+  "Public-Key Infrastructure": "infraestructura de clave pública",
+  "QR code": "código QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "repetidor",
+  "Remote Procedure Call (RPC)": "llamada a procedimiento remoto (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Hoja de ruta",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rollups",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "tirón de alfombra",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "entorno de pruebas",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "escalabilidad",
+  "Scaling": "escalado",
+  "Scrypt": "scrypt",
+  "Secret Recovery Phrase": "frase secreta de recuperación",
+  "Security Token": "token de seguridad",
+  "Security Token Offering (STO)": "oferta de tokens de seguridad (STO)",
+  "seed phrase": "frase semilla",
+  "self-custody (noun)": "autocustodia",
+  "self-executing": "autoejecutable",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "serialización",
+  "Shard chain": "cadena de fragmentos",
+  "sharding (noun)": "fragmentación",
+  "Shielded Transaction": "transacción blindada",
+  "sidechain": "cadena lateral",
+  "Signature (Cryptographic)": "firma (criptográfica)",
+  "slashing condition": "condición de corte",
+  "slippage": "deslizamiento",
+  "slot": "ranura",
+  "smart contract": "contrato inteligente",
+  "snap": "Snap",
+  "soft fork": "bifurcación suave",
+  "Software Development Kit (SDK)": "kit de desarrollo de software (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "moneda estable",
+  "staking (noun)": "staking",
+  "state": "estado",
+  "state channels": "canales de estado",
+  "Streaming": "flujo",
+  "swap (noun)": "intercambio",
+  "Swap /MetaSwap": "intercambio/metaintercambio",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (red de prueba)",
+  "Testnet Kovan": "red de pruebas Kovan",
+  "Testnet Rinkeby": "red de pruebas Rinkeby",
+  "Testnet Ropsten": "red de pruebas Ropsten",
+  "token": "token",
+  "token lockup": "bloqueo de tokens",
+  "Token standard": "Estándar de tokenes",
+  "Total Value Locked (TVL)": "valor total bloqueado (TVL)",
+  "Transaction": "transacción",
+  "transaction block": "bloque de transacciones",
+  "transaction fee": "tarifa de transacción",
+  "transaction ID": "ID de transacción",
+  "transaction pool": "grupo de transacciones",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "sin confianza",
+  "Turing-complete": "Turing completo",
+  "Two-Factor Authentication (2FA)": "autenticación de dos factores (2FA)",
+  "TXID": "ID de transacción",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "salida de transacción no gastada (UTXO)",
+  "upgrade": "actualizar",
+  "UTXO": "UTXO",
+  "validator": "validador",
+  "validity proof": "prueba de validez",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "bloqueo de tokens",
+  "wallet": "monedero",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "wei",
+  "Whitepaper": "libro blanco",
+  "Wrapping": "envolver",
+  "Wyre": "Wyre",
+  "yield farming": "agricultura de rendimiento",
+  "yield-bearing tokens": "tokens de rendimiento",
+  "zero address": "dirección cero",
+  "Zero-knowledge proof": "prueba de conocimiento cero",
+  "Zero-knowledge rollup": "rollup de conocimiento cero",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/thai/translation.json b/src/i18n/locales/thai/translation.json
new file mode 100644
index 0000000..9732c3f
--- /dev/null
+++ b/src/i18n/locales/thai/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "การโจมตี 51%",
+  "Aave": "Aave",
+  "Account": "บัญชี",
+  "ACH transfer": "การโอน ACH",
+  "address; public address; account address": "ที่อยู่",
+  "Advanced": "ขั้นสูง",
+  "aggregator": "ผู้รวบรวม",
+  "Aggressive": "ทุ่มสุดตัว",
+  "Agoric": "Agoric",
+  "air-gapping": "การสร้างแอร์แกป",
+  "airdrop": "แอร์ดรอป",
+  "airdrop (noun)": "แอร์ดรอป",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "อัลกอริทึม",
+  "altcoin": "อัลต์คอยน์",
+  "AML (Anti-Money Laundering)": "AML (การต่อต้านการฟอกเงิน)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (อินเทอร์เฟซโปรแกรมแอปพลิเคชัน)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (วงจรรวมเฉพาะแอปพลิเคชัน)",
+  "asset provenance": "ที่มาของสินทรัพย์",
+  "attestation": "การลงนามรับรอง",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "ค่าแก๊สพื้นฐาน",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "บิตคอยน์",
+  "block (noun)": "บล็อก",
+  "block explorer": "ส่วนอธิบายบล็อก",
+  "block height": "เลขบล็อก",
+  "block reward": "รางวัลการขุดบล็อก",
+  "block time": "ระยะเวลาบล็อก",
+  "blockchain": "บล็อกเชน",
+  "Blockchain explorer": "ส่วนอธิบายบล็อกเชน",
+  "blockchain trilemma": "บล็อกเชนตรีบถ",
+  "BNB Chain": "เชน BNB",
+  "bounty / bug bounty": "รางวัล / รางวัลรายงานช่องโหว่",
+  "brain wallet": "วอลเล็ตความจำ",
+  "Brave": "Brave",
+  "Bridge": "สะพาน",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "ไบต์โค้ด",
+  "Byzantine fault tolerance": "การทนความผิดพร่องแบบไบแซนไทน์",
+  "Byzantium fork": "การแยกบิแซนเทียม",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "ตลาดแลกเปลี่ยนแบบรวมศูนย์",
+  "CEX": "CEX",
+  "chain ID": "ID เชน",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "ไคลเอ็นต์",
+  "Codefi": "Codefi",
+  "coin": "เหรียญ",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "ที่เก็บเงินระยะยาว",
+  "cold wallet / cold storage": "วอลเล็ตเงินเย็น / ที่เก็บเงินระยะยาว",
+  "Community Platform": "แพลตฟอร์มชุมชน",
+  "Compiling": "การคอมไพล์",
+  "Compound": "Compound",
+  "confirmation": "การยืนยัน",
+  "consensus": "ฉันทามติ",
+  "Consensus client": "ไคลเอ็นต์ฉันทามติ",
+  "Consensus layer": "เลเยอร์ฉันทามติ",
+  "Consensus mechanism": "กลไกฉันทามติ",
+  "Consensys": "Consensys",
+  "Constantinople fork": "การแยกคอนสแตนติโนเปิล",
+  "contract": "สัญญา",
+  "Contract account": "บัญชีสัญญา",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "สินทรัพย์คริปโต",
+  "crypto bounties": "รางวัลคริปโต",
+  "crypto fund": "กองทุนคริปโต",
+  "crypto wallet": "วอลเล็ตคริปโต",
+  "crypto-": "คริปโต",
+  "crypto-compliance": "การปฏิบัติตามกฎระเบียบคริปโต",
+  "cryptoassets": "สินทรัพย์คริปโต",
+  "cryptocurrency": "เงินคริปโต",
+  "cryptoeconomics": "เศรษฐกิจคริปโต",
+  "cryptography": "วิทยาการเข้ารหัส",
+  "Curve": "Curve",
+  "custody (noun)": "การเก็บรักษา",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "ดีแอป",
+  "decentralization": "กระจายศูนย์",
+  "decentralized application": "แอปพลิเคชันกระจายศูนย์",
+  "Decentralized Autonomous Organization (DAO)": "องค์กรอัตโนมัติแบบกระจายศูนย์ (DAO)",
+  "decentralized exchange (DEX)": "ตลาดแลกเปลี่ยนแบบกระจายศูนย์ (DEX)",
+  "decentralized finance": "การเงินกระจายศูนย์",
+  "decentralized web": "เว็บกระจายศูนย์",
+  "deposit": "ฝาก",
+  "derive / derivation": "ได้มาจาก / อนุพัทธ์",
+  "dev": "นักพัฒนา",
+  "Devcon": "Devcon",
+  "Developer": "นักพัฒนา",
+  "DEX": "DEX",
+  "difficulty": "ความยากในการขุด",
+  "difficulty bomb": "ปรับความยากจนขุดไม่ได้",
+  "digital asset": "สินทรัพย์ดิจิทัล",
+  "digital identity": "อัตลักษณ์ดิจิทัล",
+  "Digital signature": "ลายเซ็นดิจิทัล",
+  "Distributed Denial of Service (DDoS) Attack": "การโจมตีแบบปฏิเสธการให้บริการแบบกระจาย (DDoS)",
+  "distributed ledger": "การจดบัญชีแบบกระจาย",
+  "Distributed Ledger Technology": "เทคโนโลยีการจดบัญชีแบบกระจาย",
+  "DLT": "DLT",
+  "double spend": "จ่ายซ้ำ",
+  "ecosystem": "ระบบนิเวศ",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "คีย์เข้ารหัส / คีย์ไม่เข้ารหัส",
+  "encryption": "การเข้ารหัส",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "กลุ่มพันธมิตร Enterprise Ethereum Alliance (EEA)",
+  "entropy": "เอนโทรปี",
+  "epoch": "อีพอกช์",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "มาตรฐานโทเค็น ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "มาตรฐานโทเค็น ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "อีเทอร์",
+  "ether (ETH)": "อีเทอร์ (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "ข้อเสนอการปรับปรุง Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "เนมเซอร์วิส Ethereum (ENS)",
+  "Ethereum Public Address": "ที่อยู่สาธารณะ Ethereum",
+  "Ethereum Virtual Machine (EVM)": "เครื่องมือจำลอง Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "ตลาดแลกเปลี่ยน",
+  "Execution client": "ไคลเอ็นต์ดำเนินการ",
+  "Execution layer": "เลเยอร์ดำเนินการ",
+  "Extended Private Key (XPRIV)": "คีย์ส่วนตัวแบบขยาย (XPRIV)",
+  "Extended Public Key (XPUB)": "คีย์สาธารณะแบบขยาย (XPUB)",
+  "Extension": "ส่วนขยาย",
+  "Fantom": "Fantom",
+  "faucet": "ฟอเซ็ต",
+  "fiat currency": "เงินเฟียต",
+  "final, finality": "ยอดสรุปสุดท้าย",
+  "Finality Rate": "อัตราสุดท้าย",
+  "financial technology (FinTech)": "เทคโนโลยีทางการเงิน (FinTech)",
+  "finney": "ฟินนี่",
+  "Firefox": "Firefox",
+  "Firewall": "ไฟร์วอลล์",
+  "Flask": "Flask",
+  "fork": "แยก",
+  "Fractional Ownership": "การถือครองกรรมสิทธิ์แบบสัดส่วน",
+  "Fraud proof": "การตรวจสอบแบบไม่ไว้ใจ",
+  "full node": "โหนดเต็ม",
+  "Ganache": "Ganache",
+  "gas": "แก๊ส",
+  "gas fee": "ค่าแก๊ส",
+  "gas limit": "ขีดจำกัดค่าแก๊ส",
+  "gas price": "ราคาแก๊ส",
+  "Gas Station Network": "เครือข่ายจัดหาแก๊ส",
+  "genesis block": "บล็อกแรก",
+  "Gigawei": "กิกะเวย์",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "การกำกับ",
+  "GSN": "GSN",
+  "gwei": "เกวย์",
+  "halving": "ฮาฟวิงก์",
+  "hard fork": "การแยกสมบูรณ์",
+  "hardware wallet": "ฮาร์ดแวร์วอลเล็ต",
+  "hash (noun)": "แฮช",
+  "hexadecimal; 'hex data'": "เลขฐานสิบหก, ข้อมูลเลขฐานสิบหก",
+  "Hierarchical Deterministic (HD) wallet": "วอลเล็ตมีลำดับชั้น (HD)",
+  "hot storage": "ที่เก็บเงินระยะสั้น",
+  "hot wallet": "วอลเล็ตเงินร้อน",
+  "Hybrid Network": "เครือข่ายไฮบริด",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "ไอเดนทิคอน / แอดเดรสทิคอน / แอดเดรสไอคอน",
+  "immutability": "เปลี่ยนแปลงไม่ได้",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "การเสนอขายทั่วไปครั้งแรก (IPO)",
+  "Insider Trading": "การใช้ข้อมูลภายใน",
+  "Inter-Blockchain Communication (IBC) Protocol": "โพรโตคอลการสื่อสารระหว่างบล็อกเชน (IBC)",
+  "internal transaction": "ธุรกรรมภายใน",
+  "Interoperability": "ความสอดประสาน",
+  "InterPlanetary File System (IPFS)": "ระบบไฟล์ InterPlanetary (IPFS)",
+  "IP address": "เลขที่อยู่ IP",
+  "JSON file": "ไฟล์ JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "ไฟล์คีย์สโตร์",
+  "Know Your Customer (KYC)": "การรู้จักลูกค้า (KYC)",
+  "Know Your Transaction": "การรู้จักธุรกรรม",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "ความหน่วง",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "เลเยอร์ 0",
+  "Layer 1": "เลเยอร์ 1",
+  "Layer 2": "เลเยอร์ 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "แอป Ledger Live",
+  "Library": "ไลบรารี",
+  "Lido": "Lido",
+  "light client": "ไลต์ไคลเอ็นต์",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "ประชาธิปไตยแบบลื่นไหล (ประชาธิปไตยแบบมอบอำนาจ)",
+  "Liquidation": "การชำระบัญชี",
+  "liquidity": "สภาพคล่อง",
+  "liquidity pool": "พูลสภาพคล่อง",
+  "liquidity staking": "ฝากสภาพคล่อง",
+  "Low": "ต่ำ",
+  "mainnet": "เครือข่ายหลัก",
+  "Maker Protocol": "Maker Protocol",
+  "Malware": "มัลแวร์",
+  "market cap": "มูลค่าตลาด",
+  "Maximal Extractable Value (MEV)": "มูลค่าที่สกัดได้สูงสุด (MEV)",
+  "Maximum Priority Fee": "ค่าแซงคิวสูงสุด",
+  "memory pool; mempool": "พูลเมมโมรี่, เมมพูล",
+  "Merge (noun)": "เมิร์ช",
+  "Merkle Patricia trie": "ต้นไม้ Merkle Patricia",
+  "Mesh": "Mesh",
+  "Metadata": "ข้อมูลเมต้า",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Bridge",
+  "MetaMask Community Platform": "แพลตฟอร์มชุมชน MetaMask",
+  "MetaMask Extension": "ส่วนขยาย MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "เมตาเวิร์ส",
+  "miner tip": "ทิปนักขุด",
+  "mining": "การขุด",
+  "Mint": "สร้าง",
+  "mnemonic phrase": "วลีช่วยจำ",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "บล็อกเชนแยกส่วน",
+  "MoonPay": "MoonPay",
+  "multi-sig": "หลายลายเซ็น",
+  "multi-signature wallet (multisig)": "วอลเล็ตหลายลายเซ็น (multisig)",
+  "Multifactor Authentication": "การพิสูจน์ตัวจริงหลายปัจจัย",
+  "Near-Field Communication (NFC)": "การสื่อสารไร้สายระยะใกล้ (NFC)",
+  "Nested Blockchain": "บล็อกเชนย่อย",
+  "Network": "เครือข่าย",
+  "Network Congestion": "ความแออัดของเครือข่าย",
+  "NFT": "NFT",
+  "NFT aggregator": "ผู้รวบรวม NFT",
+  "NFT drop": "การปล่อยผลงาน NFT",
+  "Ngrave": "Ngrave",
+  "node": "โหนด",
+  "Non-fungible token": "โทเค็นที่ไม่สามารถทดแทนได้",
+  "nonce": "นอนซ์",
+  "off-chain": "นอกเชน",
+  "ommer block": "ออมเมอร์บล็อก",
+  "on-chain": "ในเชน",
+  "on-ramp, off-ramp": "แลกเข้า, แลกออก",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "โรลล์อัปแบบออปติมิสติก",
+  "Oracle": "ออราเคิล",
+  "ParaSwap": "ParaSwap",
+  "parity": "แพริตี",
+  "Parity": "Parity",
+  "Passphrase": "วลีรหัสผ่าน",
+  "password manager": "เครื่องมือจัดการรหัสผ่าน",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "เพียร์ทูเพียร์ (P2P)",
+  "permissioned ledger": "บัญชีที่อนุญาตแล้ว",
+  "phishing (noun)": "ฟิชชิ่ง",
+  "Plasma": "พลาสมา",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "พอร์ตเงิน",
+  "PoS/PoW Hybrid": "PoS/PoW Hybrid",
+  "Priority fee": "ค่าแซงคิว",
+  "private blockchain": "บล็อกเชนส่วนตัว",
+  "private currency": "สกุลเงินส่วนตัว",
+  "private key": "คีย์ส่วนตัว",
+  "Proof of Authority (PoA)": "การพิสูจน์ด้วยอำนาจ (PoA)",
+  "Proof of Stake (PoS)": "การพิสูจน์แบบมีส่วนได้ส่วนเสีย (PoS)",
+  "Proof of Work (PoW)": "การพิสูจน์ด้วยการทำงาน (PoW)",
+  "protocol": "โพรโตคอล",
+  "public blockchain": "บล็อกเชนสาธารณะ",
+  "public key": "คีย์สาธารณะ",
+  "Public-Key Cryptography": "วิทยาการรหัสลับคีย์สาธารณะ",
+  "Public-Key Infrastructure": "โครงสร้างพื้นฐานคีย์สาธารณะ",
+  "QR code": "รหัส QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "รีเลเยอร์",
+  "Remote Procedure Call (RPC)": "การเรียกโปรแกรมย่อยระยะไกล (PRC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "แผนดำเนินการ",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "โรลล์อัป",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "กลโกงแบบหอบหนี",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "แซนด์บ็อกซ์",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "ซาโตชิ นากาโมโต",
+  "scalability": "ความสามารถในการปรับขนาด",
+  "Scaling": "ปรับขนาด",
+  "Scrypt": "สคริปต์",
+  "Secret Recovery Phrase": "วลีกู้คืนรหัส",
+  "Security Token": "โทเค็นหลักทรัพย์",
+  "Security Token Offering (STO)": "การเสนอขายโทเค็นหลักทรัพย์ (STO)",
+  "seed phrase": "ซีดเฟส",
+  "self-custody (noun)": "การเก็บรักษาเอง",
+  "self-executing": "ดำเนินการเอง",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "การเรียงลำดับอนุกรม",
+  "Shard chain": "ชาร์ดเชน",
+  "sharding (noun)": "การแบ่งชาร์ด",
+  "Shielded Transaction": "ธุรกรรมที่มีการป้องกัน",
+  "sidechain": "เชนข้างเคียง",
+  "Signature (Cryptographic)": "ลายเซ็น (วิทยาการรหัสลับ)",
+  "slashing condition": "เงื่อนไขลงโทษ",
+  "slippage": "ค่าความคลาดเคลื่อน",
+  "slot": "สล็อต",
+  "smart contract": "สมาร์ตคอนแทรกต์",
+  "snap": "Snap",
+  "soft fork": "การแยกอสมบูรณ์",
+  "Software Development Kit (SDK)": "ชุดพัฒนาซอฟต์แวร์ (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "สเตเบิลคอยน์",
+  "staking (noun)": "การฝาก",
+  "state": "สถานะ",
+  "state channels": "แชนแนลสถานะ",
+  "Streaming": "สตรีม",
+  "swap (noun)": "การแลกเปลี่ยน",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "ซาโบ",
+  "testnet (test network)": "เครือข่ายทดสอบ",
+  "Testnet Kovan": "เครือข่ายทดสอบ Kovan",
+  "Testnet Rinkeby": "เครือข่ายทดสอบ Rinkeby",
+  "Testnet Ropsten": "เครือข่ายทดสอบ Ropsten",
+  "token": "โทเค็น",
+  "token lockup": "ล็อกโทเค็น",
+  "Token standard": "มาตรฐานโทเค็น",
+  "Total Value Locked (TVL)": "มูลค่ารวมในระบบ (TVL)",
+  "Transaction": "ธุรกรรม",
+  "transaction block": "บล็อกธุรกรรม",
+  "transaction fee": "ค่าธรรมเนียมธุรกรรม",
+  "transaction ID": "ID ธุรกรรม",
+  "transaction pool": "พูลธุรกรรม",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "ไม่ต้องไว้วางใจ",
+  "Turing-complete": "สมบูรณ์ตามแบบทัวริง",
+  "Two-Factor Authentication (2FA)": "การพิสูจน์ตัวจริงสองปัจจัย (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "เอาต์พุตธุรกรรมที่ยังไม่ใช้จ่าย (UTXO)",
+  "upgrade": "อัปเกรด",
+  "UTXO": "UTXO",
+  "validator": "ผู้ยืนยัน",
+  "validity proof": "หลักฐานยืนยัน",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "ทยอยให้ตามเวลา",
+  "wallet": "วอลเล็ต",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "เว็บ 3, เว็บ 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "เวย์",
+  "Whitepaper": "หนังสือชี้ชวน",
+  "Wrapping": "การห่อ",
+  "Wyre": "Wyre",
+  "yield farming": "การทำฟาร์ม",
+  "yield-bearing tokens": "โทเคนรับผลประโยชน์จากการฟาร์ม",
+  "zero address": "ที่อยู่สูญ",
+  "Zero-knowledge proof": "การพิสูจน์โดยไม่ต้องรู้ข้อมูล",
+  "Zero-knowledge rollup": "โรลล์อัปแบบไม่ต้องรู้ข้อมูล",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/traditional chinese/translation.json b/src/i18n/locales/traditional chinese/translation.json
new file mode 100644
index 0000000..14bb720
--- /dev/null
+++ b/src/i18n/locales/traditional chinese/translation.json	
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "51%攻擊",
+  "Aave": "Aave",
+  "Account": "帳戶",
+  "ACH transfer": "存款自動轉帳服務",
+  "address; public address; account address": "收款地址（錢包地址）",
+  "Advanced": "進階",
+  "aggregator": "聚合交易平台",
+  "Aggressive": "Aggressive",
+  "Agoric": "Agoric",
+  "air-gapping": "實體隔離",
+  "airdrop": "空投",
+  "airdrop (noun)": "空投",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "演算法",
+  "altcoin": "山寨幣",
+  "AML (Anti-Money Laundering)": "防制洗錢計劃",
+  "API": "應用程式介面",
+  "API (Application Programming Interface)": "應用程式介面",
+  "AppChain": "應用鏈",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "特定應用積體電路",
+  "asset provenance": "資產出處",
+  "attestation": "見證消息",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "基本費用",
+  "Beacon Chain": "信標鏈",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "比特幣",
+  "block (noun)": "區塊",
+  "block explorer": "區塊鏈瀏覽器",
+  "block height": "區塊高度",
+  "block reward": "區塊獎勵",
+  "block time": "新的區塊在區塊鏈中被生成的時間間隔",
+  "blockchain": "區塊鏈",
+  "Blockchain explorer": "區塊鏈瀏覽器",
+  "blockchain trilemma": "區塊鏈的三難困境",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "漏洞回報獎勵",
+  "brain wallet": "腦錢包",
+  "Brave": "Brave",
+  "Bridge": "橋",
+  "BTC": "比特幣",
+  "BUIDL": "建設",
+  "bytecode": "位元組碼",
+  "Byzantine fault tolerance": "拜占庭容錯算法",
+  "Byzantium fork": "拜占庭",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "中心化交易所",
+  "CEX": "中心化交易所",
+  "chain ID": "智能鏈ID",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "客戶端",
+  "Codefi": "Codefi",
+  "coin": "幣",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "冷儲存",
+  "cold wallet / cold storage": "冷錢包 / 冷儲存",
+  "Community Platform": "社群平台",
+  "Compiling": "編譯",
+  "Compound": "Compound",
+  "confirmation": "確認",
+  "consensus": "共識層",
+  "Consensus client": "共識客戶端",
+  "Consensus layer": "共識層",
+  "Consensus mechanism": "共識機制",
+  "Consensys": "Consensys",
+  "Constantinople fork": "君士坦丁堡硬分叉",
+  "contract": "合約",
+  "Contract account": "合約帳戶",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "加密資產",
+  "crypto bounties": "加密獎金",
+  "crypto fund": "加密基金",
+  "crypto wallet": "加密錢包",
+  "crypto-": "加密-",
+  "crypto-compliance": "加密-合規",
+  "cryptoassets": "加密資產",
+  "cryptocurrency": "加密貨幣",
+  "cryptoeconomics": "加密經濟學",
+  "cryptography": "密碼學",
+  "Curve": "Curve",
+  "custody (noun)": "託管",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "分散式自治組織",
+  "dapp": "去中心化應用程式",
+  "decentralization": "去中心化",
+  "decentralized application": "去中心化應用程式",
+  "Decentralized Autonomous Organization (DAO)": "去中心化自治組織",
+  "decentralized exchange (DEX)": "去中心化交易所",
+  "decentralized finance": "去中心化金融",
+  "decentralized web": "Web3去中心化的虛擬生態系",
+  "deposit": "充值",
+  "derive / derivation": "金融衍生品",
+  "dev": "開發者",
+  "Devcon": "Devcon 區塊鏈媒體",
+  "Developer": "開發者",
+  "DEX": "去中心化交易所",
+  "difficulty": "難度值",
+  "difficulty bomb": "難度炸彈",
+  "digital asset": "區塊鏈數字資產",
+  "digital identity": "數位身份",
+  "Digital signature": "數位簽章",
+  "Distributed Denial of Service (DDoS) Attack": "分散式阻斷服務攻擊",
+  "distributed ledger": "分布式分類帳",
+  "Distributed Ledger Technology": "分散式帳本技術",
+  "DLT": "分散式帳本技術",
+  "double spend": "雙重支付",
+  "ecosystem": "生態圈",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "加密金鑰 VS 未加密金鑰",
+  "encryption": "加密",
+  "ENS": "以太坊域名服務",
+  "Enterprise Ethereum Alliance (EEA)": "企業以太坊聯盟",
+  "entropy": "熵",
+  "epoch": "時期",
+  "ERC": "以太坊提案請求",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 代幣標準",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 代幣標準",
+  "ETH": "以太幣",
+  "ether (denominations)": "以太幣",
+  "ether (ETH)": "以太幣",
+  "Ethereum": "以太坊",
+  "Ethereum 2.0": "以太坊 2.0",
+  "Ethereum Improvement Proposal (EIP)": "以太坊改進提案",
+  "Ethereum Name Service (ENS)": "以太坊域名服務",
+  "Ethereum Public Address": "以太坊收款地址",
+  "Ethereum Virtual Machine (EVM)": "以太坊虛擬機",
+  "Etherscan": "EtherScan",
+  "EVM": "以太坊虛擬機",
+  "exchange": "交易所",
+  "Execution client": "執行客戶端",
+  "Execution layer": "執行層",
+  "Extended Private Key (XPRIV)": "擴展私鑰",
+  "Extended Public Key (XPUB)": "擴展公鑰",
+  "Extension": "擴充套件",
+  "Fantom": "Fantom",
+  "faucet": "水龍頭",
+  "fiat currency": "法定貨幣",
+  "final, finality": "最終",
+  "Finality Rate": "最終率",
+  "financial technology (FinTech)": "金融科技",
+  "finney": "芬尼",
+  "Firefox": "火狐",
+  "Firewall": "防火牆",
+  "Flask": "試驗場",
+  "fork": "分叉",
+  "Fractional Ownership": "持分所有權",
+  "Fraud proof": "欺詐證明",
+  "full node": "完整節點",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "礦工費",
+  "gas limit": "gas 限制",
+  "gas price": "gas 價格",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "創世區塊",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "治理",
+  "GSN": "Gas Station Network",
+  "gwei": "gwei",
+  "halving": "減半",
+  "hard fork": "硬分叉",
+  "hardware wallet": "硬體錢包",
+  "hash (noun)": "雜湊",
+  "hexadecimal; 'hex data'": "十六進位",
+  "Hierarchical Deterministic (HD) wallet": "分層確定式錢包",
+  "hot storage": "熱儲存",
+  "hot wallet": "熱錢包",
+  "Hybrid Network": "混合區塊鏈",
+  "Hyperledger": "Hyperledger",
+  "ICO": "首次代幣發行",
+  "Identicon / AddressIdenticon / AddressIcon": "識別",
+  "immutability": "不可修改",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "首次公開募股",
+  "Insider Trading": "內線交易",
+  "Inter-Blockchain Communication (IBC) Protocol": "區塊鏈間通訊",
+  "internal transaction": "內部交易",
+  "Interoperability": "互操作性",
+  "InterPlanetary File System (IPFS)": "InterPlanetary File System (IPFS)",
+  "IP address": "IP 位置",
+  "JSON file": "JSON 資料",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "keystore 文件",
+  "Know Your Customer (KYC)": "認識你的客戶",
+  "Know Your Transaction": "認識你的交易",
+  "Kovan": "Kovan",
+  "KYC": "認識你的客戶",
+  "KYT": "認識你的交易",
+  "Latency": "延遲",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "數據傳輸層",
+  "Layer 1": "鏈上擴容",
+  "Layer 2": "鏈下擴容",
+  "Learn; MetaMask Learn": "學習",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live App",
+  "Library": "函式庫",
+  "Lido": "Lido",
+  "light client": "light client",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "流動式民主",
+  "Liquidation": "清算",
+  "liquidity": "流動性",
+  "liquidity pool": "流動性池",
+  "liquidity staking": "流動性質押",
+  "Low": "Low",
+  "mainnet": "主網",
+  "Maker Protocol": "Maker協議",
+  "Malware": "惡意軟體",
+  "market cap": "市值",
+  "Maximal Extractable Value (MEV)": "最大可提取价值",
+  "Maximum Priority Fee": "最大優先級費用",
+  "memory pool; mempool": "内存池",
+  "Merge (noun)": "合併",
+  "Merkle Patricia trie": "梅克爾樹",
+  "Mesh": "Mesh",
+  "Metadata": "詮釋資料",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMaskMetaMask 跨鏈橋",
+  "MetaMask Community Platform": "MetaMask 社群平台",
+  "MetaMask Extension": "MetaMask 擴充套件",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask 機構版本",
+  "MetaMask Learn": "MetaMask 學習",
+  "MetaMask SDK": "MetaMask 軟體開發套件",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "元宇宙",
+  "miner tip": "礦工小費",
+  "mining": "挖礦",
+  "Mint": "鑄造",
+  "mnemonic phrase": "助記詞",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "模塊化區塊鏈",
+  "MoonPay": "MoonPay",
+  "multi-sig": "多重簽名",
+  "multi-signature wallet (multisig)": "多重簽名",
+  "Multifactor Authentication": "多因素認證",
+  "Near-Field Communication (NFC)": "近距離無線通訊",
+  "Nested Blockchain": "巢狀區塊鏈",
+  "Network": "網路",
+  "Network Congestion": "網路擁塞",
+  "NFT": "非同質化代幣",
+  "NFT aggregator": "非同質化代幣聚合交易平台",
+  "NFT drop": "NFT drop",
+  "Ngrave": "Ngrave",
+  "node": "節點",
+  "Non-fungible token": "非同質化代幣",
+  "nonce": "僅使用一次的數字",
+  "off-chain": "鏈下",
+  "ommer block": "叔塊",
+  "on-chain": "鏈上",
+  "on-ramp, off-ramp": "入金、出金",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimistic rollup",
+  "Oracle": "預言機",
+  "ParaSwap": "ParaSwap",
+  "parity": "同等",
+  "Parity": "Parity",
+  "Passphrase": "助記詞",
+  "password manager": "密鑰管理員",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "點對點式網路",
+  "permissioned ledger": "帶權限的賬本",
+  "phishing (noun)": "網路釣魚",
+  "Plasma": "以太坊等離子體",
+  "PoA, PoS, PoW": "授權證明、權益證明、工作量證明",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "權益證明/ 工作量證明混合",
+  "Priority fee": "優先費",
+  "private blockchain": "私有鏈",
+  "private currency": "私人貨幣",
+  "private key": "私鑰",
+  "Proof of Authority (PoA)": "權威證明",
+  "Proof of Stake (PoS)": "權益證明",
+  "Proof of Work (PoW)": "工作量證明",
+  "protocol": "協議",
+  "public blockchain": "公有鏈",
+  "public key": "公開金鑰",
+  "Public-Key Cryptography": "公開金鑰密碼學",
+  "Public-Key Infrastructure": "公開金鑰基礎建設",
+  "QR code": "QR碼",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "中繼器",
+  "Remote Procedure Call (RPC)": "遠端程序呼叫",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "路線圖",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "交易卷",
+  "Ropsten": "Ropsten",
+  "RPC": "遠端程序呼叫",
+  "rug pull": "拉地毯",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "沙盒",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "可擴展性",
+  "Scaling": "擴展",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "助記詞",
+  "Security Token": "證券型代幣",
+  "Security Token Offering (STO)": "證券型代幣發行",
+  "seed phrase": "助記詞",
+  "self-custody (noun)": "用者自理",
+  "self-executing": "自動執行",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "序列化",
+  "Shard chain": "分片鏈",
+  "sharding (noun)": "分片",
+  "Shielded Transaction": "匿名交易",
+  "sidechain": "側鏈",
+  "Signature (Cryptographic)": "簽章",
+  "slashing condition": "刪砍條件",
+  "slippage": "滑點",
+  "slot": "時隙",
+  "smart contract": "智能合約",
+  "snap": "Snap",
+  "soft fork": "軟分叉",
+  "Software Development Kit (SDK)": "軟體開發套件",
+  "Solidity": "Solidity",
+  "stablecoin": "穩定幣",
+  "staking (noun)": "幣安質押",
+  "state": "state",
+  "state channels": "狀態通道",
+  "Streaming": "金流",
+  "swap (noun)": "交換",
+  "Swap /MetaSwap": "交換",
+  "szabo": "szabo",
+  "testnet (test network)": "測試網",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "代幣",
+  "token lockup": "代幣鎖倉",
+  "Token standard": "代幣標準",
+  "Total Value Locked (TVL)": "總鎖倉價值",
+  "Transaction": "交易",
+  "transaction block": "交易區塊",
+  "transaction fee": "交易手續費",
+  "transaction ID": "交易ID",
+  "transaction pool": "交易池",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "去信任",
+  "Turing-complete": "圖靈完整",
+  "Two-Factor Authentication (2FA)": "雙重要素驗證 (2FA)",
+  "TXID": "轉賬ID",
+  "U2F": "通用第二因素",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "未花費交易輸出",
+  "upgrade": "升級",
+  "UTXO": "未花費交易輸出",
+  "validator": "區塊鏈驗證人",
+  "validity proof": "有效性證明",
+  "Validium": "Validium",
+  "Vault Decryptor": "私鑰解密器",
+  "Vesting": "逐步解鎖期",
+  "wallet": "錢包",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WEB 型人機介面設備",
+  "WebSocket": "網絡傳輸協議",
+  "Wei": "Wei",
+  "Whitepaper": "白皮書",
+  "Wrapping": "包裝",
+  "Wyre": "Wyre",
+  "yield farming": "流動性挖礦",
+  "yield-bearing tokens": "隨著時間的推移自行產生利息的代幣",
+  "zero address": "零地址",
+  "Zero-knowledge proof": "零知識證明",
+  "Zero-knowledge rollup": "零知識匯總",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/turkish/translation.json b/src/i18n/locales/turkish/translation.json
new file mode 100644
index 0000000..86a1607
--- /dev/null
+++ b/src/i18n/locales/turkish/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "%51 Saldırısı",
+  "Aave": "Aave",
+  "Account": "Hesap",
+  "ACH transfer": "ACH transferi",
+  "address; public address; account address": "adres/\"genel adres\" (cüzdan adresi)",
+  "Advanced": "Gelişmiş",
+  "aggregator": "toplayıcı",
+  "Aggressive": "Agresif",
+  "Agoric": "Agoric",
+  "air-gapping": "hava boşluğu",
+  "airdrop": "airdrop",
+  "airdrop (noun)": "airdrop",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "algoritma",
+  "altcoin": "altcoin",
+  "AML (Anti-Money Laundering)": "AML (Kara Para Aklamanın Önlenmesi)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Uygulama Programlama Arayüzü)",
+  "AppChain": "Uygulama Zinciri",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (Uygulamaya Özel Tümleşik Devre)",
+  "asset provenance": "varlık provenansı",
+  "attestation": "tasdik",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Baz ücret",
+  "Beacon Chain": "İşaret Zinciri",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin / bitcoin (BTC)",
+  "block (noun)": "blok",
+  "block explorer": "blok gezgini",
+  "block height": "blok yüksekliği",
+  "block reward": "blok ödülü",
+  "block time": "blok süresi",
+  "blockchain": "blokzinciri",
+  "Blockchain explorer": "Blokzinciri gezgini",
+  "blockchain trilemma": "blokzinciri çıkmazı",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "bounty / hata ödülü",
+  "brain wallet": "beyin cüzdanı",
+  "Brave": "Brave",
+  "Bridge": "Köprü",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "bayt kodu",
+  "Byzantine fault tolerance": "Bizans hata toleransı",
+  "Byzantium fork": "Bizans çatalı",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Merkezi Borsa (CEX)",
+  "CEX": "CEX",
+  "chain ID": "zincir kimliği",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "istemci",
+  "Codefi": "Codefi",
+  "coin": "coin",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "soğuk depolama",
+  "cold wallet / cold storage": "soğuk cüzdan / soğuk depolama",
+  "Community Platform": "Topluluk Platformu",
+  "Compiling": "Derleme",
+  "Compound": "Compound",
+  "confirmation": "onay",
+  "consensus": "fikir birliği",
+  "Consensus client": "Fikir birliği istemcisi",
+  "Consensus layer": "Fikir birliği katmanı",
+  "Consensus mechanism": "Fikir birliği mekanizması",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Constantinople çatalı",
+  "contract": "sözleşme",
+  "Contract account": "Sözleşme hesabı",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "kripto varlığı",
+  "crypto bounties": "kripto bounty ödülleri",
+  "crypto fund": "kripto fonu",
+  "crypto wallet": "kripto cüzdanı",
+  "crypto-": "kripto-",
+  "crypto-compliance": "kripto uyumu",
+  "cryptoassets": "kripto varlıklar",
+  "cryptocurrency": "kripto para",
+  "cryptoeconomics": "kripto ekonomi",
+  "cryptography": "kriptografi",
+  "Curve": "Curve",
+  "custody (noun)": "saklayıcı kurum",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "merkeziyetsiz uygulama",
+  "decentralization": "yerinden yönetim",
+  "decentralized application": "merkezi olmayan uygulama",
+  "Decentralized Autonomous Organization (DAO)": "Merkezi Olmayan Otonom Organizasyon (DAO)",
+  "decentralized exchange (DEX)": "merkeziyetsiz borsa (DEX)",
+  "decentralized finance": "merkeziyetsiz finans",
+  "decentralized web": "merkeziyetsiz web",
+  "deposit": "para yatırma",
+  "derive / derivation": "türev / türetme",
+  "dev": "geliştirici",
+  "Devcon": "Devcon",
+  "Developer": "Geliştirici",
+  "DEX": "DEX",
+  "difficulty": "zorluk",
+  "difficulty bomb": "zorluk bombası",
+  "digital asset": "dijital varlık",
+  "digital identity": "dijital kimlik",
+  "Digital signature": "Dijital imza",
+  "Distributed Denial of Service (DDoS) Attack": "Dağıtık Hizmet Reddi (DDoS) Saldırısı",
+  "distributed ledger": "dağıtılmış defter",
+  "Distributed Ledger Technology": "Dağıtılmış Defter Teknolojisi",
+  "DLT": "DLT",
+  "double spend": "çift harcama",
+  "ecosystem": "ekosistem",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "şifrelenmiş ve  şifrelenmemiş anahtarlar",
+  "encryption": "şifreleme",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Kurumsal Ethereum İttifakı (EEA)",
+  "entropy": "entropi",
+  "epoch": "epoch",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "ERC-20 Token Standardı",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "ERC-721 Token Standardı",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (değerler)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Ethereum Geliştirme Teklifi (EIP)",
+  "Ethereum Name Service (ENS)": "Ethereum İsimlendirme Hizmeti (ENS)",
+  "Ethereum Public Address": "Ethereum Genel Adresi",
+  "Ethereum Virtual Machine (EVM)": "Ethereum Sanal Makinesi (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "borsa",
+  "Execution client": "Yürütme istemcisi",
+  "Execution layer": "Yürütme katmanı",
+  "Extended Private Key (XPRIV)": "Genişletilmiş Özel Anahtar (XPRIV)",
+  "Extended Public Key (XPUB)": "Genişletilmiş Genel Anahtar (XPUB)",
+  "Extension": "Uzantı",
+  "Fantom": "Fantom",
+  "faucet": "musluk",
+  "fiat currency": "fiat para",
+  "final, finality": "son, kesinlik",
+  "Finality Rate": "Kesinlik Oranı",
+  "financial technology (FinTech)": "finansal teknoloji (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Güvenlik duvarı",
+  "Flask": "Flask",
+  "fork": "çatal",
+  "Fractional Ownership": "Fraksiyonel Sahiplik",
+  "Fraud proof": "Dolandırıcılık kanıtı",
+  "full node": "tam düğüm",
+  "Ganache": "Ganache",
+  "gas": "gaz",
+  "gas fee": "gaz ücreti",
+  "gas limit": "gaz limiti",
+  "gas price": "gaz fiyatı",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "genesis blok",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Yönetişim",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "yarılanma",
+  "hard fork": "sert çatal",
+  "hardware wallet": "donanım cüzdanı",
+  "hash (noun)": "hash",
+  "hexadecimal; 'hex data'": "on altılık sayı; 'on altılı veri'",
+  "Hierarchical Deterministic (HD) wallet": "Hiyerarşik Belirleyici (HD) cüzdan",
+  "hot storage": "sıcak depolama",
+  "hot wallet": "sıcak cüzdan",
+  "Hybrid Network": "Hibrit Ağ",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "Ölçeklendirilebilme çözümü",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "İlk Halka Arz (IPO)",
+  "Insider Trading": "İçeriden Öğrenenlerin Ticareti",
+  "Inter-Blockchain Communication (IBC) Protocol": "Blokzincirleri Arasında İletişim (IBC) Protokolü",
+  "internal transaction": "dahili işlem",
+  "Interoperability": "Birlikte Çalışabilirlik",
+  "InterPlanetary File System (IPFS)": "Gezegenler Arası Dosya Sistemi (IPFS)",
+  "IP address": "IP adresi",
+  "JSON file": "JSON dosyası",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "keystore dosyası",
+  "Know Your Customer (KYC)": "Müşterini Tanı (KYC)",
+  "Know Your Transaction": "İşlemini Tanı",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Gecikme",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Katman 0",
+  "Layer 1": "Katman 1",
+  "Layer 2": "Katman 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ledger Live Uygulaması",
+  "Library": "Kitaplık",
+  "Lido": "Lido",
+  "light client": "hafif istemci",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Akışkan Demokrasi (Delege Demokrasisi)",
+  "Liquidation": "Likidasyon",
+  "liquidity": "likidite",
+  "liquidity pool": "likidite havuzu",
+  "liquidity staking": "likidite staking",
+  "Low": "Düşük",
+  "mainnet": "ana ağ",
+  "Maker Protocol": "Maker Protokolü",
+  "Malware": "Kötü amaçlı yazılım",
+  "market cap": "piyasa değeri",
+  "Maximal Extractable Value (MEV)": "Maksimal Çıkarılabilir Değer (MEV)",
+  "Maximum Priority Fee": "Maksimum Öncelik Ücreti",
+  "memory pool; mempool": "bellek havuzu; mempool",
+  "Merge (noun)": "Birleştirme",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "Meta veri",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "MetaMask Köprüsü",
+  "MetaMask Community Platform": "MetaMask Topluluk Platformu",
+  "MetaMask Extension": "MetaMask Uzantısı",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "metaverse",
+  "miner tip": "madenci bahşişi",
+  "mining": "madencilik",
+  "Mint": "Mint",
+  "mnemonic phrase": "anımsatıcı ifade",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "modüler blokzinciri",
+  "MoonPay": "MoonPay",
+  "multi-sig": "çoklu imza",
+  "multi-signature wallet (multisig)": "çoklu imza cüzdanı",
+  "Multifactor Authentication": "Çok Faktörlü Kimlik Doğrulaması",
+  "Near-Field Communication (NFC)": "Yakın Alan İletişimi (NFC)",
+  "Nested Blockchain": "Nested (İç İçe) Blokzincir",
+  "Network": "Ağ",
+  "Network Congestion": "Ağ Tıkanıklığı",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT toplayıcı",
+  "NFT drop": "NFT drop",
+  "Ngrave": "Ngrave",
+  "node": "düğüm",
+  "Non-fungible token": "Nitelikli fikri tapu",
+  "nonce": "nonce",
+  "off-chain": "zincir dışı",
+  "ommer block": "ommer blok",
+  "on-chain": "zincir içi",
+  "on-ramp, off-ramp": "on-ramp, off-ramp",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "optimistik rollup",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "parite",
+  "Parity": "Parity",
+  "Passphrase": "Parola",
+  "password manager": "şifre yöneticisi",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "eşler arası (P2P)",
+  "permissioned ledger": "izinli kayıt defteri",
+  "phishing (noun)": "kimlik avı",
+  "Plasma": "Plazma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "Hibrit PoS/PoW Mutabakatı",
+  "Priority fee": "Öncelik ücreti",
+  "private blockchain": "özel blokzinciri",
+  "private currency": "özel para birimi",
+  "private key": "özel anahtar",
+  "Proof of Authority (PoA)": "Yetki İspatı (PoA)",
+  "Proof of Stake (PoS)": "Hisse İspatı (PoS)",
+  "Proof of Work (PoW)": "İş İspatı (PoW)",
+  "protocol": "protokol",
+  "public blockchain": "genel blokzinciri",
+  "public key": "genel anahtar",
+  "Public-Key Cryptography": "Açık Anahtarlı Şifreleme",
+  "Public-Key Infrastructure": "Açık Anahtarlı Altyapı",
+  "QR code": "QR kodu",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "düzenleyici",
+  "Remote Procedure Call (RPC)": "Uzak Yordam Çağrısı (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Yol haritası",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "rolluplar",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rug pull (halı çekme)",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "sandbox",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "ölçeklendirilebilirlik",
+  "Scaling": "Ölçeklendirme",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Gizli Kurtarma İfadesi",
+  "Security Token": "Menkul Kıymet Tokeni",
+  "Security Token Offering (STO)": "Menkul Kıymet Token Arzı (STO)",
+  "seed phrase": "anahtar cümle",
+  "self-custody (noun)": "self-custody (emanet edilmeyen)",
+  "self-executing": "kendiliğinden uygulanan",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "serileştirme",
+  "Shard chain": "Parça zincir",
+  "sharding (noun)": "sharding (bölme)",
+  "Shielded Transaction": "Korumalı İşlem",
+  "sidechain": "yan zincir",
+  "Signature (Cryptographic)": "İmza (Kriptografik)",
+  "slashing condition": "slashing ceza durumu",
+  "slippage": "kayma",
+  "slot": "slot",
+  "smart contract": "akıllı sözleşme",
+  "snap": "Snap",
+  "soft fork": "yumuşak çatal",
+  "Software Development Kit (SDK)": "Yazılım Geliştirme Kiti (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "stabil kripto para",
+  "staking (noun)": "stake etme",
+  "state": "durum",
+  "state channels": "durum kanalları",
+  "Streaming": "Streaming",
+  "swap (noun)": "swap",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "test ağı",
+  "Testnet Kovan": "Testnet Kovan",
+  "Testnet Rinkeby": "Testnet Rinkeby",
+  "Testnet Ropsten": "Testnet Ropsten",
+  "token": "token",
+  "token lockup": "token kilitlenmesi",
+  "Token standard": "Token standardı",
+  "Total Value Locked (TVL)": "Kilitli Toplam Değer (TVL)",
+  "Transaction": "İşlem",
+  "transaction block": "işlem bloku",
+  "transaction fee": "işlem ücreti",
+  "transaction ID": "işlem kimliği",
+  "transaction pool": "işlem havuzu",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "güvensiz",
+  "Turing-complete": "Turing bütünlüğü",
+  "Two-Factor Authentication (2FA)": "İki Faktörlü Kimlik Doğrulaması (2FA)",
+  "TXID": "TXID",
+  "U2F": "Evrensel 2. Faktör (U2F)",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "harcanmamış işlem çıktısı (UTXO)",
+  "upgrade": "yükselt",
+  "UTXO": "UTXO",
+  "validator": "doğrulayıcı",
+  "validity proof": "geçerlilik ispatı",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Şifre Çözücü",
+  "Vesting": "Vesting",
+  "wallet": "cüzdan",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Teknik doküman",
+  "Wrapping": "Sarma",
+  "Wyre": "Wyre",
+  "yield farming": "yield farming",
+  "yield-bearing tokens": "gelir üreten token",
+  "zero address": "zero adres",
+  "Zero-knowledge proof": "Sıfır bilgi ispatı",
+  "Zero-knowledge rollup": "Sıfır bilgi rollup",
+  "zk-SNARKs": "zk-SNARK'lar"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/ukrainian/translation.json b/src/i18n/locales/ukrainian/translation.json
new file mode 100644
index 0000000..cdd23b5
--- /dev/null
+++ b/src/i18n/locales/ukrainian/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Атака 51%",
+  "Aave": "Aave",
+  "Account": "Обліковий запис",
+  "ACH transfer": "ACH-трансфер",
+  "address; public address; account address": "адреса/«публічна адреса» (адреса гаманця)",
+  "Advanced": "Розширені",
+  "aggregator": "агрегатор",
+  "Aggressive": "Агресивний",
+  "Agoric": "Agoric",
+  "air-gapping": "«повітряний зазор»",
+  "airdrop": "ейрдроп",
+  "airdrop (noun)": "ейрдроп",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "алгоритм",
+  "altcoin": "альткойн",
+  "AML (Anti-Money Laundering)": "AML (Боротьба з відмиванням грошей)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (інтерфейс прикладного програмування)",
+  "AppChain": "AppChain",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (спеціалізована інтегральна схема)",
+  "asset provenance": "походження активів",
+  "attestation": "атестація",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Базова комісія",
+  "Beacon Chain": "Beacon Chain",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Біткойн/біткойн (BTC)",
+  "block (noun)": "блок",
+  "block explorer": "оглядач блоків",
+  "block height": "висота блоку",
+  "block reward": "винагорода за блок",
+  "block time": "час блокування",
+  "blockchain": "блокчейн",
+  "Blockchain explorer": "Блокчейн-оглядач",
+  "blockchain trilemma": "трилема блокчейна",
+  "BNB Chain": "Мережа BNB",
+  "bounty / bug bounty": "винагорода за помилку/винагорода за виявлення вразливостей",
+  "brain wallet": "мозковий гаманець",
+  "Brave": "Brave",
+  "Bridge": "Міст",
+  "BTC": "BTC",
+  "BUIDL": "BUIDL",
+  "bytecode": "байт-код",
+  "Byzantine fault tolerance": "Візантійська відмовостійкість",
+  "Byzantium fork": "Форк Byzantium",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Централізована біржа (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID мережі",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "клієнт (Ethereum або інший сумісний блокчейн)",
+  "Codefi": "CodeFi",
+  "coin": "монета",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "холодне сховище",
+  "cold wallet / cold storage": "холодний гаманець/холодне сховище",
+  "Community Platform": "Платформа спільноти",
+  "Compiling": "Компіляція",
+  "Compound": "Compound",
+  "confirmation": "підтвердження",
+  "consensus": "консенсус",
+  "Consensus client": "Консенсус-клієнт",
+  "Consensus layer": "Рівень консенсусу",
+  "Consensus mechanism": "Механізм консенсусу",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Форк «Константинополь»",
+  "contract": "контракт",
+  "Contract account": "Контрактний обліковий запис",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "криптоактив",
+  "crypto bounties": "крипто-баунті",
+  "crypto fund": "криптофонд",
+  "crypto wallet": "криптогаманець",
+  "crypto-": "крипто-",
+  "crypto-compliance": "криптовідповідність",
+  "cryptoassets": "криптоактиви",
+  "cryptocurrency": "криптовалюта",
+  "cryptoeconomics": "криптоекономіка",
+  "cryptography": "криптографія",
+  "Curve": "Curve",
+  "custody (noun)": "самостійне зберігання",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "децентралізований додаток",
+  "decentralization": "децентралізація",
+  "decentralized application": "децентралізований додаток",
+  "Decentralized Autonomous Organization (DAO)": "Децентралізована автономна організація (DAO)",
+  "decentralized exchange (DEX)": "децентралізована біржа (DEX)",
+  "decentralized finance": "децентралізовані фінанси",
+  "decentralized web": "децентралізована мережа",
+  "deposit": "депозит",
+  "derive / derivation": "Вивести/деривація",
+  "dev": "розробник",
+  "Devcon": "Devcon",
+  "Developer": "Розробник",
+  "DEX": "DEX",
+  "difficulty": "складність",
+  "difficulty bomb": "бомба складності",
+  "digital asset": "цифровий актив",
+  "digital identity": "цифрова ідентичність",
+  "Digital signature": "Цифровий підпис",
+  "Distributed Denial of Service (DDoS) Attack": "Розподілена атака типу «відмова в обслуговуванні» (DDoS)",
+  "distributed ledger": "розподілений реєстр",
+  "Distributed Ledger Technology": "Технологія розподіленого реєстру",
+  "DLT": "DLT",
+  "double spend": "подвійна трата",
+  "ecosystem": "екосистема",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "зашифровані проти незашифрованих ключів",
+  "encryption": "шифрування",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Альянс корпоративного ефіру (EEA)",
+  "entropy": "ентропія",
+  "epoch": "епоха",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Стандарт токенів ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Стандарт токенів ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ефір (номінали)",
+  "ether (ETH)": "ефір (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Пропозиція щодо вдосконалення Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "Служба імен Ethereum (ENS)",
+  "Ethereum Public Address": "Публічна адреса Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Віртуальна машина Ethereum (EVM)",
+  "Etherscan": "EtherScan",
+  "EVM": "EVM",
+  "exchange": "біржа",
+  "Execution client": "Виконавчий клієнт",
+  "Execution layer": "Виконавчий рівень",
+  "Extended Private Key (XPRIV)": "Розширений закритий ключ (XPRIV)",
+  "Extended Public Key (XPUB)": "Розширений відкритий ключ (XPUB)",
+  "Extension": "Розширення",
+  "Fantom": "Fantom",
+  "faucet": "збирач",
+  "fiat currency": "фіатна валюта",
+  "final, finality": "остаточна, остаточність",
+  "Finality Rate": "Коефіцієнт остаточності",
+  "financial technology (FinTech)": "фінансові технології (FinTech)",
+  "finney": "фінні",
+  "Firefox": "Firefox",
+  "Firewall": "Брандмауер",
+  "Flask": "Flask",
+  "fork": "форк",
+  "Fractional Ownership": "Дробове володіння",
+  "Fraud proof": "Доказ шахрайства",
+  "full node": "повний вузол",
+  "Ganache": "Ganache",
+  "gas": "газ",
+  "gas fee": "комісія за газ",
+  "gas limit": "ліміт газу",
+  "gas price": "ціна на газ",
+  "Gas Station Network": "Мережа заправних станцій (GSN)",
+  "genesis block": "генезис-блок",
+  "Gigawei": "Гігавай",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Управління",
+  "GSN": "GSN",
+  "gwei": "гвей",
+  "halving": "халвінг",
+  "hard fork": "хард-форк",
+  "hardware wallet": "апаратний гаманець",
+  "hash (noun)": "хеш",
+  "hexadecimal; 'hex data'": "шістнадцятковий; шістнадцяткові дані",
+  "Hierarchical Deterministic (HD) wallet": "Ієрархічний детермінований (HD) гаманець",
+  "hot storage": "гаряче сховище",
+  "hot wallet": "гарячий гаманець",
+  "Hybrid Network": "Гібридна мережа",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Identicon / AddressIdenticon / AddressIcon",
+  "immutability": "незмінність",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Первинне публічне розміщення (IPO)",
+  "Insider Trading": "Інсайдерська торгівля",
+  "Inter-Blockchain Communication (IBC) Protocol": "Протокол міжблочного зв'язку (IBC)",
+  "internal transaction": "внутрішня транзакція",
+  "Interoperability": "Інтероперабельність",
+  "InterPlanetary File System (IPFS)": "Міжпланетна файлова система (IPFS)",
+  "IP address": "IP-адреса",
+  "JSON file": "Файл JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "файл сховища ключів",
+  "Know Your Customer (KYC)": "Знай свого клієнта (KYC)",
+  "Know Your Transaction": "Знай свою транзакцію",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Затримка",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Панель запуску",
+  "Layer 0": "Рівень 0",
+  "Layer 1": "Рівень 1",
+  "Layer 2": "Рівень 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Додаток Ledger Live",
+  "Library": "Бібліотека",
+  "Lido": "Lido",
+  "light client": "легкий клієнт",
+  "Lightning Network": "Мережа Lightning",
+  "Liquid Democracy (Delegative Democracy)": "Ліквідна демократія (делегативна демократія)",
+  "Liquidation": "Ліквідація",
+  "liquidity": "ліквідність",
+  "liquidity pool": "пул ліквідності",
+  "liquidity staking": "ліквідний стекінг",
+  "Low": "Низький",
+  "mainnet": "основна мережа",
+  "Maker Protocol": "Протокол Maker",
+  "Malware": "Шкідливе програмне забезпечення",
+  "market cap": "ринкова капіталізація",
+  "Maximal Extractable Value (MEV)": "Максимальна вилучена цінність (MEV)",
+  "Maximum Priority Fee": "Максимальна плата за пріоритет",
+  "memory pool; mempool": "пул пам'яті; мемпул",
+  "Merge (noun)": "Злиття",
+  "Merkle Patricia trie": "Merkle Patricia trie",
+  "Mesh": "Mesh",
+  "Metadata": "Метадані",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "Мост MetaMask",
+  "MetaMask Community Platform": "Платформа спільноти MetaMask",
+  "MetaMask Extension": "Розширення MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "MetaMask SDK",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "метавсесвіт",
+  "miner tip": "«чайові майнеру»",
+  "mining": "майнінг",
+  "Mint": "Мінт",
+  "mnemonic phrase": "мнемонічна фраза",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "модульний блокчейн",
+  "MoonPay": "MoonPay",
+  "multi-sig": "мультипідпис",
+  "multi-signature wallet (multisig)": "гаманець з мультипідписом (multisig)",
+  "Multifactor Authentication": "Багатофакторна автентифікація",
+  "Near-Field Communication (NFC)": "Комунікація ближнього поля (NFC",
+  "Nested Blockchain": "Вкладений блокчейн",
+  "Network": "Мережа",
+  "Network Congestion": "Перевантаження мережі",
+  "NFT": "NFT",
+  "NFT aggregator": "NFT-агрегатор",
+  "NFT drop": "NFT-дроп",
+  "Ngrave": "Ngrave",
+  "node": "вузол",
+  "Non-fungible token": "Невзаємозамінний токен",
+  "nonce": "одноразовий номер",
+  "off-chain": "офчейн-транзакція",
+  "ommer block": "оммер-блок",
+  "on-chain": "ончейн-транзакція",
+  "on-ramp, off-ramp": "он-ремп, оф-ремп",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "оптимістичний роллап",
+  "Oracle": "Oracle",
+  "ParaSwap": "ParaSwap",
+  "parity": "паритет",
+  "Parity": "Parity",
+  "Passphrase": "Парольна фраза",
+  "password manager": "менеджер паролів",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "однорангова мережа (P2P)",
+  "permissioned ledger": "дозволений реєстр",
+  "phishing (noun)": "фішинг",
+  "Plasma": "Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "Гібрид PoS/PoW",
+  "Priority fee": "Плата за пріоритет",
+  "private blockchain": "приватний блокчейн",
+  "private currency": "приватна валюта",
+  "private key": "закритий ключ",
+  "Proof of Authority (PoA)": "Підтвердження повноважень (PoA)",
+  "Proof of Stake (PoS)": "Доказ частки володіння (PoS)",
+  "Proof of Work (PoW)": "Доказ виконання роботи (PoW)",
+  "protocol": "протокол",
+  "public blockchain": "публічний блокчейн",
+  "public key": "відкритий ключ",
+  "Public-Key Cryptography": "Криптографія з відкритим ключем",
+  "Public-Key Infrastructure": "Інфраструктура відкритих ключів",
+  "QR code": "Код QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "ретранслятор",
+  "Remote Procedure Call (RPC)": "Віддалений виклик процедур (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Дорожня карта",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "роллапи",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "«витягування килимка»",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "пісочниця",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Сатоші Накамото",
+  "scalability": "масштабованість",
+  "Scaling": "Масштабування",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Секретна фраза відновлення",
+  "Security Token": "Токен безпеки",
+  "Security Token Offering (STO)": "Пропозиція токенів безпеки (STO)",
+  "seed phrase": "сід-фраза",
+  "self-custody (noun)": "самостійне зберігання",
+  "self-executing": "самовиконуваний",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "серіалізація",
+  "Shard chain": "Ланцюжок сегментів",
+  "sharding (noun)": "шардування",
+  "Shielded Transaction": "Захищена транзакція",
+  "sidechain": "сайдчейн",
+  "Signature (Cryptographic)": "Підпис (криптографічний)",
+  "slashing condition": "умова скорочення",
+  "slippage": "прослизання",
+  "slot": "слот",
+  "smart contract": "смарт-контракт",
+  "snap": "Snap",
+  "soft fork": "софт-форк",
+  "Software Development Kit (SDK)": "Комплект для розробки програмного забезпечення (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "стейблкойн",
+  "staking (noun)": "стейкинг",
+  "state": "стан",
+  "state channels": "канали стану",
+  "Streaming": "Потокова передача",
+  "swap (noun)": "своп",
+  "Swap /MetaSwap": "Swap /MetaSwap",
+  "szabo": "сабо",
+  "testnet (test network)": "testnet (тестова мережа)",
+  "Testnet Kovan": "Kovan Testnet",
+  "Testnet Rinkeby": "Rinkeby Testnet",
+  "Testnet Ropsten": "Ropsten Testnet",
+  "token": "токен",
+  "token lockup": "блокування токенів",
+  "Token standard": "Стандарт токенів",
+  "Total Value Locked (TVL)": "Загальна заблокована вартість (TVL)",
+  "Transaction": "Транзакція",
+  "transaction block": "блок транзакцій",
+  "transaction fee": "комісія за транзакцію",
+  "transaction ID": "ID транзакції",
+  "transaction pool": "пул транзакцій",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "«без доверия»",
+  "Turing-complete": "Повна за Тьюрингом",
+  "Two-Factor Authentication (2FA)": "Двофакторна аутентифікація (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "вихід невитрачених транзакцій (UTXO)",
+  "upgrade": "оновити",
+  "UTXO": "UTXO",
+  "validator": "валідатор",
+  "validity proof": "підтвердження достовірності",
+  "Validium": "Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Вестинг",
+  "wallet": "гаманець",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Вей",
+  "Whitepaper": "Технічний документ",
+  "Wrapping": "Обгортання",
+  "Wyre": "Wyre",
+  "yield farming": "прибуткове фермерство",
+  "yield-bearing tokens": "прибуткові токени",
+  "zero address": "нульова адреса",
+  "Zero-knowledge proof": "Доведення з нульовим розголошенням",
+  "Zero-knowledge rollup": "Роллап з нульовим розголошенням",
+  "zk-SNARKs": "zk-SNARKs"
+}
\ No newline at end of file
diff --git a/src/i18n/locales/vietnamese/translation.json b/src/i18n/locales/vietnamese/translation.json
new file mode 100644
index 0000000..f13c7f3
--- /dev/null
+++ b/src/i18n/locales/vietnamese/translation.json
@@ -0,0 +1,396 @@
+{
+  "0x API": "0x API",
+  "1inch": "1 inch",
+  "3Box Labs": "3Box Labs",
+  "51% Attack": "Tấn công 51%",
+  "Aave": "Aave",
+  "Account": "Tài khoản",
+  "ACH transfer": "Chuyển tiền ACH",
+  "address; public address; account address": "địa chỉ/\"địa chỉ công khai\" (địa chỉ ví)",
+  "Advanced": "Nâng cao",
+  "aggregator": "nền tảng tổng hợp thanh khoản",
+  "Aggressive": "Cao",
+  "Agoric": "Agoric",
+  "air-gapping": "khe hở không khí",
+  "airdrop": "tặng",
+  "airdrop (noun)": "tiền được tặng (danh từ)",
+  "AirGap Vault": "AirGap Vault",
+  "AirSwap": "AirSwap",
+  "algorithm": "thuật toán",
+  "altcoin": "tiền thay thế",
+  "AML (Anti-Money Laundering)": "AML (Chống rửa tiền)",
+  "API": "API",
+  "API (Application Programming Interface)": "API (Giao diện lập trình ứng dụng)",
+  "AppChain": "Chuỗi khối dành cho ứng dụng",
+  "Apple Pay": "Apple Pay",
+  "Arbitrum": "Arbitrum",
+  "ASIC (Application Specific Integrated Circuit)": "ASIC (Mạch tích hợp chuyên dụng)",
+  "asset provenance": "nguồn gốc tài sản",
+  "attestation": "chứng thực",
+  "Avalanche": "Avalanche",
+  "Axie Infinity": "Axie Infinity",
+  "Base fee": "Phí cơ sở",
+  "Beacon Chain": "Chuỗi Beacon",
+  "Binance": "Binance",
+  "Bitcoin / bitcoin (BTC)": "Bitcoin/bitcoin (BTC)",
+  "block (noun)": "khối (danh từ)",
+  "block explorer": "trình khám phá khối",
+  "block height": "chiều cao khối",
+  "block reward": "phần thưởng khối",
+  "block time": "thời gian đóng khối",
+  "blockchain": "chuỗi khối",
+  "Blockchain explorer": "Trình khám phá chuỗi khối",
+  "blockchain trilemma": "bộ ba bất khả thi của chuỗi khối",
+  "BNB Chain": "BNB Chain",
+  "bounty / bug bounty": "tiền thưởng/tiền thưởng nhờ tìm ra lỗi",
+  "brain wallet": "ví trí nhớ",
+  "Brave": "Brave",
+  "Bridge": "Cầu",
+  "BTC": "BTC",
+  "BUIDL": "XÂY DỰNG",
+  "bytecode": "mã byte",
+  "Byzantine fault tolerance": "Hệ thống chịu lỗi Byzantine",
+  "Byzantium fork": "phân nhánh Byzantium",
+  "Celo": "Celo",
+  "Centralized exchange (CEX)": "Sàn giao dịch tập trung (CEX)",
+  "CEX": "CEX",
+  "chain ID": "ID chuỗi",
+  "Chrome": "Chrome",
+  "client (Ethereum or other compatible blockchain)": "phần mềm (Ethereum hoặc chuỗi khối tương thích khác)",
+  "Codefi": "Codefi",
+  "coin": "đồng",
+  "Coinbase Pay": "Coinbase Pay",
+  "cold storage": "kho lạnh",
+  "cold wallet / cold storage": "ví lạnh/kho lạnh",
+  "Community Platform": "Nền tảng cộng đồng",
+  "Compiling": "Biên dịch",
+  "Compound": "Compound",
+  "confirmation": "xác nhận",
+  "consensus": "đồng thuận",
+  "Consensus client": "Ứng dụng đồng thuận",
+  "Consensus layer": "Lớp đồng thuận",
+  "Consensus mechanism": "Cơ chế đồng thuận",
+  "Consensys": "Consensys",
+  "Constantinople fork": "Phân nhánh Constantinople",
+  "contract": "hợp đồng",
+  "Contract account": "Tài khoản hợp đồng",
+  "CoolWallet": "CoolWallet",
+  "crypto asset": "tài sản tiền mã hoá",
+  "crypto bounties": "tiền thưởng tiền mã hoá",
+  "crypto fund": "quỹ tiền mã hoá",
+  "crypto wallet": "ví tiền mã hoá",
+  "crypto-": "tiền mã hoá",
+  "crypto-compliance": "tuân thủ tiền mã hoá",
+  "cryptoassets": "tài sản tiền mã hoá",
+  "cryptocurrency": "tiền mã hoá",
+  "cryptoeconomics": "kinh tế tiền mã hoá",
+  "cryptography": "mật mã học",
+  "Curve": "Curve",
+  "custody (noun)": "dịch vụ lưu ký (danh từ)",
+  "D'CENT": "D'CENT",
+  "DAI": "DAI",
+  "DAO": "DAO",
+  "dapp": "dapp",
+  "decentralization": "phi tập trung",
+  "decentralized application": "ứng dụng phi tập trung",
+  "Decentralized Autonomous Organization (DAO)": "Tổ chức tự trị phi tập trung (DAO)",
+  "decentralized exchange (DEX)": "sàn giao dịch phi tập trung (DEX)",
+  "decentralized finance": "tài chính phi tập trung",
+  "decentralized web": "trang web phi tập trung",
+  "deposit": "gửi tiền",
+  "derive / derivation": "phái sinh/phái sinh",
+  "dev": "nhà lập trình",
+  "Devcon": "Devcon",
+  "Developer": "Nhà lập trình",
+  "DEX": "DEX",
+  "difficulty": "độ khó",
+  "difficulty bomb": "bom độ khó",
+  "digital asset": "tài sản kỹ thuật số",
+  "digital identity": "nhận dạng kỹ thuật số",
+  "Digital signature": "Chữ ký số",
+  "Distributed Denial of Service (DDoS) Attack": "Tấn công từ chối dịch vụ phân tán (DDoS)",
+  "distributed ledger": "sổ cái phân tán",
+  "Distributed Ledger Technology": "Công nghệ sổ cái phân tán",
+  "DLT": "DLT",
+  "double spend": "chi tiêu kép",
+  "ecosystem": "hệ sinh thái",
+  "Edge": "Edge",
+  "EIP-1559": "EIP-1559",
+  "encrypted vs unencrypted keys": "khóa được mã hóa và khoá không được mã hóa",
+  "encryption": "mã hóa",
+  "ENS": "ENS",
+  "Enterprise Ethereum Alliance (EEA)": "Liên minh Doanh nghiệp Ethereum (EEA)",
+  "entropy": "độ hỗn loạn",
+  "epoch": "epoch",
+  "ERC": "ERC",
+  "ERC-1155": "ERC-1155",
+  "ERC-20 Token Standard": "Tiêu chuẩn Token ERC-20",
+  "ERC-721": "ERC-721",
+  "ERC-721 Token Standard": "Tiêu chuẩn Token ERC-721",
+  "ETH": "ETH",
+  "ether (denominations)": "ether (mệnh giá)",
+  "ether (ETH)": "ether (ETH)",
+  "Ethereum": "Ethereum",
+  "Ethereum 2.0": "Ethereum 2.0",
+  "Ethereum Improvement Proposal (EIP)": "Đề xuất cải tiến Ethereum (EIP)",
+  "Ethereum Name Service (ENS)": "Dịch vụ đăng ký tên miền trên Ethereum (ENS)",
+  "Ethereum Public Address": "Địa chỉ công khai Ethereum",
+  "Ethereum Virtual Machine (EVM)": "Máy ảo Ethereum (EVM)",
+  "Etherscan": "Etherscan",
+  "EVM": "EVM",
+  "exchange": "sàn giao dịch",
+  "Execution client": "Ứng dụng thực thi",
+  "Execution layer": "Lớp thực thi",
+  "Extended Private Key (XPRIV)": "Khóa riêng mở rộng (XPRIV)",
+  "Extended Public Key (XPUB)": "Khóa công khai mở rộng (XPUB)",
+  "Extension": "Tiện ích mở rộng",
+  "Fantom": "Fantom",
+  "faucet": "vòi",
+  "fiat currency": "tiền pháp định",
+  "final, finality": "sau cùng, cuối cùng",
+  "Finality Rate": "Tỷ lệ cuối cùng",
+  "financial technology (FinTech)": "công nghệ tài chính (FinTech)",
+  "finney": "finney",
+  "Firefox": "Firefox",
+  "Firewall": "Tường lửa",
+  "Flask": "Flask",
+  "fork": "phân nhánh",
+  "Fractional Ownership": "Phân quyền sở hữu",
+  "Fraud proof": "Bằng chứng gian lận",
+  "full node": "nút hoàn chỉnh",
+  "Ganache": "Ganache",
+  "gas": "gas",
+  "gas fee": "phí gas",
+  "gas limit": "hạn mức phí gas",
+  "gas price": "giá gas",
+  "Gas Station Network": "Gas Station Network",
+  "genesis block": "khối genesis",
+  "Gigawei": "Gigawei",
+  "Gitcoin": "Gitcoin",
+  "GitHub": "GitHub",
+  "Goerli": "Goerli",
+  "Governance": "Quản trị",
+  "GSN": "GSN",
+  "gwei": "gwei",
+  "halving": "chia đôi khối",
+  "hard fork": "phân nhánh cứng",
+  "hardware wallet": "ví cứng",
+  "hash (noun)": "mã băm (danh từ)",
+  "hexadecimal; 'hex data'": "thập lục phân; \"dữ liệu thập lục phân",
+  "Hierarchical Deterministic (HD) wallet": "Ví phân cấp xác định (HD)",
+  "hot storage": "kho nóng",
+  "hot wallet": "ví nóng",
+  "Hybrid Network": "Mạng lai",
+  "Hyperledger": "Hyperledger",
+  "ICO": "ICO",
+  "Identicon / AddressIdenticon / AddressIcon": "Biểu tượng nhận dạng/Biểu tượng nhận dạng địa chỉ/Biểu tượng địa chỉ",
+  "immutability": "tính bất biến",
+  "Infura": "Infura",
+  "Initial Public Offering (IPO)": "Phát hành công khai lần đầu (IPO)",
+  "Insider Trading": "Giao dịch nội gián",
+  "Inter-Blockchain Communication (IBC) Protocol": "Giao thức truyền thông liên chuỗi khối (IBC)",
+  "internal transaction": "giao dịch nội bộ",
+  "Interoperability": "Khả năng tương tác",
+  "InterPlanetary File System (IPFS)": "Hệ thống tệp phân tán ngang hàng (IPFS)",
+  "IP address": "Địa chỉ IP",
+  "JSON file": "Tệp JSON",
+  "JSON-RPC": "JSON-RPC",
+  "keystore file": "tệp lưu khóa",
+  "Know Your Customer (KYC)": "Xác minh danh tính khách hàng (KYC)",
+  "Know Your Transaction": "Xác minh giao dịch",
+  "Kovan": "Kovan",
+  "KYC": "KYC",
+  "KYT": "KYT",
+  "Latency": "Độ trễ",
+  "Lattice1": "Lattice1",
+  "Launchpad": "Launchpad",
+  "Layer 0": "Lớp 0",
+  "Layer 1": "Lớp 1",
+  "Layer 2": "Lớp 2",
+  "Learn; MetaMask Learn": "Learn; MetaMask Learn",
+  "Ledger": "Ledger",
+  "Ledger Live App": "Ứng dụng Ledger Live",
+  "Library": "Thư viện",
+  "Lido": "Lido",
+  "light client": "ứng dụng nhẹ",
+  "Lightning Network": "Lightning Network",
+  "Liquid Democracy (Delegative Democracy)": "Dân chủ linh hoạt (Dân chủ đại diện)",
+  "Liquidation": "Thanh lý",
+  "liquidity": "thanh khoản",
+  "liquidity pool": "bể thanh khoản",
+  "liquidity staking": "ký gửi thanh khoản",
+  "Low": "Thấp",
+  "mainnet": "mạng chính",
+  "Maker Protocol": "Giao thức Maker",
+  "Malware": "Phần mềm độc hại",
+  "market cap": "vốn hóa thị trường",
+  "Maximal Extractable Value (MEV)": "Giá trị có thể trích xuất tối đa (MEV)",
+  "Maximum Priority Fee": "Phí ưu tiên tối đa",
+  "memory pool; mempool": "bể ghi nhớ giao dịch; bể nhớ giao dịch",
+  "Merge (noun)": "Hợp nhất (danh từ)",
+  "Merkle Patricia trie": "Cây Merkle Patricia",
+  "Mesh": "Mesh",
+  "Metadata": "Metadata",
+  "MetaMask": "MetaMask",
+  "MetaMask Bridge": "Cầu MetaMask",
+  "MetaMask Community Platform": "Nền tảng cộng đồng MetaMask",
+  "MetaMask Extension": "Tiện ích mở rộng MetaMask",
+  "MetaMask Flask": "MetaMask Flask",
+  "MetaMask Institutional": "MetaMask Institutional",
+  "MetaMask Learn": "MetaMask Learn",
+  "MetaMask SDK": "SDK MetaMask",
+  "MetaMask Snaps": "Snaps (MetaMask Snaps)",
+  "MetaMetrics": "MetaMetrics",
+  "metaverse": "vũ trụ ảo",
+  "miner tip": "tiền thưởng cho thợ đào",
+  "mining": "đào",
+  "Mint": "Đúc",
+  "mnemonic phrase": "cụm từ ghi nhớ",
+  "MobiKwik": "MobiKwik",
+  "modular blockchain": "chuỗi khối mô-đun",
+  "MoonPay": "MoonPay",
+  "multi-sig": "đa chữ ký",
+  "multi-signature wallet (multisig)": "ví đa chữ ký (multisig)",
+  "Multifactor Authentication": "Xác thực đa yếu tố",
+  "Near-Field Communication (NFC)": "Giao tiếp trường gần (NFC)",
+  "Nested Blockchain": "Chuỗi khối lồng nhau",
+  "Network": "Mạng",
+  "Network Congestion": "Nghẽn mạng",
+  "NFT": "NFT",
+  "NFT aggregator": "Nền tảng giao dịch NFT",
+  "NFT drop": "Tặng NFT",
+  "Ngrave": "Ngrave",
+  "node": "nút",
+  "Non-fungible token": "Mã thông báo không thể thay thế",
+  "nonce": "số nonce",
+  "off-chain": "ngoài chuỗi",
+  "ommer block": "khối ommer",
+  "on-chain": "trên chuỗi",
+  "on-ramp, off-ramp": "chuyển đổi xuôi, chuyển đổi ngược",
+  "OpenSea": "OpenSea",
+  "Opera": "Opera",
+  "Optimism": "Optimism",
+  "optimistic rollup": "tổng hợp lạc quan",
+  "Oracle": "Nguồn cấp dữ liệu",
+  "ParaSwap": "ParaSwap",
+  "parity": "ngang bằng",
+  "Parity": "Parity",
+  "Passphrase": "Cụm mật khẩu",
+  "password manager": "trình quản lý mật khẩu",
+  "PayPal": "PayPal",
+  "peer-to-peer (P2P)": "ngang hàng (P2P)",
+  "permissioned ledger": "sổ cái được cấp phép",
+  "phishing (noun)": "lừa đảo qua mạng (danh từ)",
+  "Plasma": "Giải pháp Plasma",
+  "PoA, PoS, PoW": "PoA, PoS, PoW",
+  "Polygon": "Polygon",
+  "Portfolio": "Portfolio",
+  "PoS/PoW Hybrid": "Lai PoS/PoW",
+  "Priority fee": "Phí ưu tiên",
+  "private blockchain": "chuỗi khối riêng",
+  "private currency": "đồng tiền riêng",
+  "private key": "khóa riêng",
+  "Proof of Authority (PoA)": "Bằng chứng uỷ quyền (PoA)",
+  "Proof of Stake (PoS)": "Bằng chứng cổ phần (PoS)",
+  "Proof of Work (PoW)": "Bằng chứng công việc (PoW)",
+  "protocol": "giao thức",
+  "public blockchain": "chuỗi khối công khai",
+  "public key": "khóa công khai",
+  "Public-Key Cryptography": "Mật mã hoá khóa công khai",
+  "Public-Key Infrastructure": "Hạ tầng khoá công khai",
+  "QR code": "Mã QR",
+  "Quorum": "Quorum",
+  "Rarible": "Rarible",
+  "relayer": "sàn chuyển tiếp",
+  "Remote Procedure Call (RPC)": "Gọi hàm từ xa (RPC)",
+  "Rinkeby": "Rinkeby",
+  "Roadmap": "Lộ trình",
+  "Rocket Pool": "Rocket Pool",
+  "rollups": "tổng hợp",
+  "Ropsten": "Ropsten",
+  "RPC": "RPC",
+  "rug pull": "rút thảm",
+  "Safeheron": "Safeheron",
+  "Samsung Pay": "Samsung Pay",
+  "sandbox": "môi trường thử nghiệm",
+  "Sardine": "Sardine",
+  "Satoshi Nakamoto": "Satoshi Nakamoto",
+  "scalability": "khả năng mở rộng",
+  "Scaling": "Mở rộng quy mô",
+  "Scrypt": "Scrypt",
+  "Secret Recovery Phrase": "Cụm từ khôi phục bí mật",
+  "Security Token": "Token chứng khoán",
+  "Security Token Offering (STO)": "Cung cấp mã thông báo bảo mật (STO)",
+  "seed phrase": "cụm từ khôi phục",
+  "self-custody (noun)": "tự quản (danh từ)",
+  "self-executing": "tự thực hiện",
+  "Sepolia": "Sepolia",
+  "Serenity": "Serenity",
+  "serialization": "tuần tự hóa",
+  "Shard chain": "Chuỗi phân đoạn",
+  "sharding (noun)": "phân đoạn (danh từ)",
+  "Shielded Transaction": "Giao dịch được bảo vệ",
+  "sidechain": "chuỗi phụ",
+  "Signature (Cryptographic)": "Chữ ký (Mật mã hoá)",
+  "slashing condition": "điều kiện phạt",
+  "slippage": "trượt giá",
+  "slot": "khe thời gian",
+  "smart contract": "hợp đồng thông minh",
+  "snap": "Snap",
+  "soft fork": "phân nhánh mềm",
+  "Software Development Kit (SDK)": "Bộ công cụ phát triển phần mềm (SDK)",
+  "Solidity": "Solidity",
+  "stablecoin": "đồng ổn định",
+  "staking (noun)": "ký gửi (danh từ)",
+  "state": "trạng thái",
+  "state channels": "kênh trạng thái",
+  "Streaming": "Thanh toán liên tục",
+  "swap (noun)": "hoán đổi (danh từ)",
+  "Swap /MetaSwap": "Hoán đổi/MetaSwap",
+  "szabo": "szabo",
+  "testnet (test network)": "testnet (mạng thử nghiệm)",
+  "Testnet Kovan": "Mạng thử nghiệm Kovan",
+  "Testnet Rinkeby": "Mạng thử nghiệm Rinkeby",
+  "Testnet Ropsten": "Mạng thử nghiệm Ropsten",
+  "token": "token",
+  "token lockup": "khoá token",
+  "Token standard": "Tiêu chuẩn token",
+  "Total Value Locked (TVL)": "Tổng giá trị đã khoá (TVL)",
+  "Transaction": "Giao dịch",
+  "transaction block": "khối giao dịch",
+  "transaction fee": "phí giao dịch",
+  "transaction ID": "ID giao dịch",
+  "transaction pool": "bể nhớ giao dịch",
+  "Transak": "Transak",
+  "Trezor": "Trezor",
+  "Truffle": "Truffle",
+  "trustless": "không cần sự tin tưởng",
+  "Turing-complete": "ngôn ngữ Turing hoàn chỉnh",
+  "Two-Factor Authentication (2FA)": "Xác thực hai yếu tố (2FA)",
+  "TXID": "TXID",
+  "U2F": "U2F",
+  "Uniswap": "Uniswap",
+  "unspent transaction output (UTXO)": "đầu ra giao dịch chưa được sử dụng (UTXO)",
+  "upgrade": "nâng cấp",
+  "UTXO": "UTXO",
+  "validator": "người xác thực",
+  "validity proof": "bằng chứng hợp lệ",
+  "Validium": "Giải pháp Validium",
+  "Vault Decryptor": "Vault Decryptor",
+  "Vesting": "Khoá",
+  "wallet": "ví",
+  "WalletConnect": "WalletConnect",
+  "web3, Web 3.0": "web3, Web 3.0",
+  "WebHID": "WebHID",
+  "WebSocket": "WebSocket",
+  "Wei": "Wei",
+  "Whitepaper": "Sách trắng",
+  "Wrapping": "Bao bọc",
+  "Wyre": "Wyre",
+  "yield farming": "khai thác lợi nhuận",
+  "yield-bearing tokens": "token tự sinh lãi",
+  "zero address": "địa chỉ zero",
+  "Zero-knowledge proof": "Bằng chứng không kiến thức",
+  "Zero-knowledge rollup": "Tổng hợp không kiến thức",
+  "zk-SNARKs": "zk-SNARK"
+}
\ No newline at end of file
diff --git a/src/termStruct.jsx b/src/termStruct.jsx
new file mode 100644
index 0000000..efbb7e8
--- /dev/null
+++ b/src/termStruct.jsx
@@ -0,0 +1,16 @@
+import "./Term.css";
+
+function Term({ word, partOfSpeech, phonetic, definition }) {
+  return (
+    <div className="Entry">
+      <div className="declaration">
+        <div className="word">{word}</div>
+        <div className="grammar">
+          [{phonetic}] {partOfSpeech}
+        </div>
+      </div>
+      <div className="definition">{definition}</div>
+    </div>
+  );
+}
+export default Term;
diff --git a/src/definitions.jsx b/src/terms.jsx
similarity index 98%
rename from src/definitions.jsx
rename to src/terms.jsx
index 75873c3..b65516b 100644
--- a/src/definitions.jsx
+++ b/src/terms.jsx
@@ -1,10 +1,10 @@
 import { Link } from "./Link";
-import "./Definition.css";
+import "./Term.css";
 
-const definitions = {
+const terms = {
   "permissionless distribution": {
     phonetic: "pɝˈmɪʃənˈɫɛs ˌdɪstɹəbˈjuʃən",
-    description: (
+    definition: (
       <>
         <Link to="permissionless">permissionless</Link> system in which each
         actor maintains <Link to="sovereignty">sovereignty</Link> over the
@@ -16,7 +16,7 @@ const definitions = {
   distribution: {
     phonetic: "ˌdɪstɹəbˈjuʃən",
     partOfSpeech: "noun",
-    description: (
+    definition: (
       <>
         process of delivering a <Link to="publishing">published</Link> medium to
         a consumer
@@ -26,12 +26,12 @@ const definitions = {
   publishing: {
     phonetic: "ˈpəbɫɪʃɪŋ",
     partOfSpeech: "noun",
-    description: <>process of making a medium available to the public</>,
+    definition: <>process of making a medium available to the public</>,
   },
   permissionless: {
     phonetic: "pɝˈmɪʃənˈɫɛs",
     partOfSpeech: "adjective",
-    description: (
+    definition: (
       <>
         property of a system whose participants maintain{" "}
         <Link to="equality">equal</Link>{" "}
@@ -43,7 +43,7 @@ const definitions = {
   sovereignty: {
     phonetic: "ˈsɑvɹənti",
     partOfSpeech: "noun",
-    description: (
+    definition: (
       <>
         supreme power over a scope that can be exercised without any external
         restrictions being possible
@@ -53,7 +53,7 @@ const definitions = {
   equality: {
     phonetic: "ɪˈkwɑɫəti",
     partOfSpeech: "noun",
-    description: (
+    definition: (
       <>
         state of a system in which every actor has exactly the same rights and
         responsibilities
@@ -64,7 +64,7 @@ const definitions = {
       "term": "0x API",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The 0x API is the liquidity and data endpoint for DeFi. It lets you access aggregated liquidity from tens of on-chain and off-chain decentralized exchange networks, across multiple blockchains. It comes with many parameters to customize your requests for your application and your users:\n\nAPI References
     </>
@@ -102,7 +102,7 @@ const definitions = {
       "term": "1inch",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Decentralized exchange aggregator that aims to provide traders with the best price and lowest fees on their transactions.  1inch
     </>
@@ -140,7 +140,7 @@ const definitions = {
       "term": "3Box Labs",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The inventors and core developers of Ceramic, the first decentralized network for composable data. Ceramic makes it possible for developers to build data-rich Web3 applications without needing a traditional database, and in the process, unlocks data composability and portability across every application within the Web3 ecosystem\n\n3Box Labs
     </>
@@ -178,7 +178,7 @@ const definitions = {
       "term": "51% Attack",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       If more than half the computer power or mining hash rate on a network is run by a single person or a single group of people, then a 51% attack is in operation. This means that this entity has full control of the network and can negatively affect a cryptocurrency by taking over mining operations, stopping or changing transactions, and double-spending coins.
     </>
@@ -216,7 +216,7 @@ const definitions = {
       "term": "Aave",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Aave is an open source protocol to create non-custodial liquidity markets to earn interest on supplying and borrowing assets with a variable or stable interest rate.
     </>
@@ -254,7 +254,7 @@ const definitions = {
       "term": "Account",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Accounts are records or statements of financial expenditure and receipts that relate to a particular period or purpose.  \n\nIn the world of crypto, this is referred to as a cryptocurrency account. It gives you certain benefits, and it is a requirement in order to use just about any cryptocurrency exchange. A cryptocurrency account gives you access to hot wallets, which allow you to quickly buy, sell and trade cryptocurrencies, and it gives you an identity or a way through which you can hold onto your public keys when it comes to the aforementioned process. \n\nAccount
     </>
@@ -292,7 +292,7 @@ const definitions = {
       "term": "ACH transfer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ACH (Automated Clearing House) bank transfer is an electronic payment method that allows money to be transferred between bank accounts in the United States. It is a system that processes transactions in batches and is commonly used for direct deposit of paychecks, bill payments, and online money transfers.
     </>
@@ -330,7 +330,7 @@ const definitions = {
       "term": "address; public address; account address",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Used to send and receive transactions on a blockchain network, and to identify different users; also referred to as a 'public key'. An address is an alphanumeric character string, which can also be represented as a scannable QR code. In Ethereum, the address begins with 0x. For example: 0x06A85356DCb5b307096726FB86A78c59D38e08ee
     </>
@@ -368,7 +368,7 @@ const definitions = {
       "term": "Advanced",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'Advanced gas controls': it is an optional feature in the MetaMask wallet,  that gives you more control over the gas you pay in MetaMask.\n\nUsing advanced gas controls
     </>
@@ -406,7 +406,7 @@ const definitions = {
       "term": "aggregator",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An aggregator is a platform that aggregates liquidity from multiple decentralized exchanges (DEXs) or other sources of liquidity to provide users with the best prices and the most efficient execution for their trades.
     </>
@@ -444,7 +444,7 @@ const definitions = {
       "term": "Aggressive",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'gas fees', Aggressive is a category that enables you to be more forceful with your transaction, and have it completed as soon as possible. There are three categories available in MetaMask: Low, Market, Aggressive\n\nUsing advanced gas controls
     </>
@@ -482,7 +482,7 @@ const definitions = {
       "term": "Agoric",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Agoric is a Proof-of-Stake blockchain that functions as a smart contract platform, enabling developers to deploy decentralized applications. The platform is built on a variant of the JavaScript programming language, which is a widely used language for web development.
     </>
@@ -520,7 +520,7 @@ const definitions = {
       "term": "air-gapping",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A method for securing computers in which the device does not connect to the internet or any other open networks. Many hardware wallets use air-gapping as a security mechanism to keep users' private keys or Secret Recovery Phrase offline, and thus safer from any kind of attack.
     </>
@@ -558,7 +558,7 @@ const definitions = {
       "term": "airdrop",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.
     </>
@@ -596,7 +596,7 @@ const definitions = {
       "term": "airdrop (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.
     </>
@@ -634,7 +634,7 @@ const definitions = {
       "term": "AirGap Vault",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       AirGap Vault is a crypto wallet application that provides secure storage for digital assets. The wallet is designed to be used in conjunction with AirGap's other wallet app, AirGap Wallet, which is used for sending and receiving transactions.
     </>
@@ -672,7 +672,7 @@ const definitions = {
       "term": "AirSwap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       AirSwap is a decentralized exchange (DEX) platform for trading digital assets, operating on Ethereum and Layer-2s like Polygon, Arbitrum.
     </>
@@ -710,7 +710,7 @@ const definitions = {
       "term": "algorithm",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An algorithm is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation.
     </>
@@ -748,7 +748,7 @@ const definitions = {
       "term": "altcoin",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       As Bitcoin was the first cryptocurrency, the term 'altcoin' was created to refer to 'any cryptocurrency other than Bitcoin'. The term is less used in Ethereum or smart contract-enabled blockchain communities. Many altcoins are forks of Bitcoin with minor changes (e.g., Litecoin). See also 'fork'.
     </>
@@ -786,7 +786,7 @@ const definitions = {
       "term": "AML (Anti-Money Laundering)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A set of international laws enacted to diminish the potential for criminal organizations or individuals to launder money. These rules and laws are applied to cryptocurrencies with varying effects in different jurisdictions.
     </>
@@ -824,7 +824,7 @@ const definitions = {
       "term": "API",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Application Programming Interface. A software intermediary that allows two separate applications to communicate with one another. APIs define methods of communication between various components.
     </>
@@ -862,7 +862,7 @@ const definitions = {
       "term": "API (Application Programming Interface)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A predefined set of requests that one program can make to another in order to transfer information between them. When you hear someone saying that an application is 'getting information from' another source, it's often doing so through an API.
     </>
@@ -900,7 +900,7 @@ const definitions = {
       "term": "AppChain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blockchain network custom-made and optimized for a specific application's needs. An appchain is generally not a full-blown blockchain, but offers an optimized execution environment for the application, while still relying on an underlying blockchain for consensus. See also: 'blockchain trilemma', 'modular blockchain', 'Layer 2', 'Layer 3'.
     </>
@@ -938,7 +938,7 @@ const definitions = {
       "term": "Apple Pay",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Apple Pay is a mobile payment service by Apple Inc. that allows users to make payments in person, in iOS apps, and on the web.
     </>
@@ -976,7 +976,7 @@ const definitions = {
       "term": "Arbitrum",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Arbitrum is a layer 2 scaling solution for Ethereum, designed to improve the scalability and reduce the cost of transactions on the Ethereum network. It is an implementation of the Optimistic Rollup technology, which is a type of scaling solution that uses off-chain computation to reduce the load on the main Ethereum network.
     </>
@@ -1014,7 +1014,7 @@ const definitions = {
       "term": "ASIC (Application Specific Integrated Circuit)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ASICs are silicon chips designed to do a specific task. In ASICs used for mining cryptocurrencies, the ASIC will perform a calculation to find values that provide a desired solution when placed into a hashing algorithm.
     </>
@@ -1052,7 +1052,7 @@ const definitions = {
       "term": "asset provenance",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Asset provenance refers to the origin, history, and ownership of a particular digital asset on the blockchain. In the crypto context, asset provenance refers to the ability to trace the ownership and transfer of a specific cryptocurrency or token from its creation or minting to its current holder.
     </>
@@ -1090,7 +1090,7 @@ const definitions = {
       "term": "attestation",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Attestation in crypto refers to the process of verifying the authenticity or validity of a piece of information or a transaction on a blockchain network. Attestation is an important aspect of blockchain technology, as it helps to ensure the integrity and security of the network.\n\nIn general, attestation involves a trusted third-party, or attester, verifying the authenticity of a transaction or piece of information. This can include verifying the identity of users on the network, verifying the accuracy of data, or validating the authenticity of a digital signature.\n\nOne example of attestation in crypto is the use of digital signatures to authenticate transactions on a blockchain network. Digital signatures use public key cryptography to verify the identity of the sender and ensure that the transaction has not been tampered with.\n\nAnother example of attestation in crypto is the use of Proof of Stake (PoS) consensus mechanisms, which rely on validators to attest to the validity of transactions on the network. Validators are responsible for verifying transactions and adding new blocks to the blockchain, and they are rewarded with cryptocurrency for their efforts.\n\nFor more info, see Attestation in Ethereum.
     </>
@@ -1128,7 +1128,7 @@ const definitions = {
       "term": "Avalanche",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Avalanche is a decentralized blockchain platform designed to provide fast and secure transactions for digital assets and applications. The platform uses a consensus mechanism known as Avalanche consensus, which allows for high throughput, low latency, and customizable blockchains.
     </>
@@ -1166,7 +1166,7 @@ const definitions = {
       "term": "Axie Infinity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Axie Infinity is a non-fungible token-based online video game known for its in-game economy, which uses Ethereum-based cryptocurrencies.
     </>
@@ -1204,7 +1204,7 @@ const definitions = {
       "term": "Base fee",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Every block has a reserve price known as the 'base fee'. It is the minimum gas fee a user must pay to include a transaction in the next block.
     </>
@@ -1242,7 +1242,7 @@ const definitions = {
       "term": "Beacon Chain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Beacon Chain was one element built in the infrastructure being built to scale Ethereum. It was the foundation for a transition from a Proof of Work (PoW) consensus mechanism to Proof of Stake (PoS). For more information, see this guide.
     </>
@@ -1280,7 +1280,7 @@ const definitions = {
       "term": "Binance",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Binance is a centralized cryptocurrency exchange which operates in multiple countries, as well as two different blockchains, the BNB Chain and the BNB Smart Chain.
     </>
@@ -1318,7 +1318,7 @@ const definitions = {
       "term": "Bitcoin / bitcoin (BTC)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Bitcoin is a decentralized digital currency or cryptocurrency, which was created in 2009 by an unknown person or group using the name Satoshi Nakamoto. Bitcoin transactions are recorded on a public digital ledger called the blockchain, which is maintained by a network of computers worldwide. Bitcoin transactions are made directly between users without the need for intermediaries like banks or financial institutions. Users can send and receive Bitcoins using digital wallets.\n\nOne of the key features of Bitcoin is its limited supply. There will only ever be 21 million Bitcoins in existence, which helps to prevent inflation and maintain the value of the currency. The plural of bitcoin is just bitcoin; the abbreviation is BTC, with a space: I have 250 BTC.
     </>
@@ -1356,7 +1356,7 @@ const definitions = {
       "term": "block (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       If we think of a blockchain as consisting of a ledger that is being constantly synced between any number of different nodes (indeed, 'distributed ledger technology' is another phrase used to describe it), imagine that after a certain number of transactions have been added to the ledger and consensus has been reached among the nodes that the transactions are valid, then they are cryptographically locked into a 'block' and officially recorded; this 'block' forms the basis for the next one; in this way, they are all linked together in a chain, hence--blockchain.
     </>
@@ -1394,7 +1394,7 @@ const definitions = {
       "term": "block explorer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be “readable by anyone”, finding the specific information you’re interested in may require indexing data off the blockchain–that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.
     </>
@@ -1432,7 +1432,7 @@ const definitions = {
       "term": "block height",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The number of blocks connected together in the blockchain. For example, Height 0 would be the very first block, which is also called the Genesis Block.
     </>
@@ -1470,7 +1470,7 @@ const definitions = {
       "term": "block reward",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The reward given to a miner or validator after it has successfully hashed a transaction block. Block rewards can be a mixture of coins and transaction fees. The composition depends on the policy used by the cryptocurrency in question, and whether all of the coins have already been successfully mined. The current block reward for the Bitcoin network is 12.5 bitcoins per block.
     </>
@@ -1508,7 +1508,7 @@ const definitions = {
       "term": "block time",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       When we talk about 'block time', we're referring to how long it takes for a block of transactions (see 'block') to be confirmed by the network, either by miners under PoW or by validators under PoS. See also 'Proof of Work', 'Proof of Stake'.
     </>
@@ -1546,7 +1546,7 @@ const definitions = {
       "term": "blockchain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A digital ledger comprised of unchangeable, digitally recorded data in packages called blocks. Each block is ‘chained’ to the next block using a cryptographic signature. Ethereum is a public blockchain, open to the world; its digital ledger is distributed, or synced, between many nodes; these nodes arrive at consensus regarding whether a transaction is valid before encrypting it, along with a number of other valid transactions, into a block. For more on blockchain technology, see here. See also 'block'.
     </>
@@ -1584,7 +1584,7 @@ const definitions = {
       "term": "Blockchain explorer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be 'readable by anyone', finding the specific information you're interested in may require indexing data off the blockchain--that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.
     </>
@@ -1622,7 +1622,7 @@ const definitions = {
       "term": "blockchain trilemma",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Tradeoffs facing those building public blockchain networks vis-a-vis three elements: decentralization, security, and scalability (or speed). These three elements are either necessary or desireable in public distributed networks, and often, designing a system that optimizes for one compromises on another.
     </>
@@ -1660,7 +1660,7 @@ const definitions = {
       "term": "BNB Chain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Build N Build (BNB) Chain is a distributed blockchain network upon which developers and innovators can build decentralized applications (DApps) as part of the move to Web3. BNB chain
     </>
@@ -1698,7 +1698,7 @@ const definitions = {
       "term": "bounty / bug bounty",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A reward offered for exposing vulnerabilities and issues in computer code.
     </>
@@ -1736,7 +1736,7 @@ const definitions = {
       "term": "brain wallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blockchain account generated from a seed phrase or password or passphrase of your choosing. Humans are not capable of generating enough entropy, or randomness, and therefore the wallets derived from these phrases are insecure; brain wallets can be brute forced by super fast computers. For this reason, brain wallet are insecure and should not be used. See also 'Seed phrase / Secret Recovery Phrase'.
     </>
@@ -1774,7 +1774,7 @@ const definitions = {
       "term": "Brave",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Brave is a free and open-source web browser developed by Brave Software, Inc., based on the Chromium web browser. It has a built-in crypto wallet that allows users to connect to the web3 ecosystem.
     </>
@@ -1812,7 +1812,7 @@ const definitions = {
       "term": "Bridge",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A bridge is a tool built to move assets from one network to another. It’s also a verb, used to describe that action: “I bridged my ETH from Ethereum mainnet to Arbitrum.” Not all bridges are created equal, and you should be informed about what you’re doing before you use one. \nField Guide to bridges \n\nSee also MetaMask Bridge
     </>
@@ -1850,7 +1850,7 @@ const definitions = {
       "term": "BTC",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Abbreviation for Bitcoin
     </>
@@ -1888,7 +1888,7 @@ const definitions = {
       "term": "BUIDL",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Ostensibly coined (see what we did there) by Gitcoin's Kevin Owocki. It reflects the Ethereum-focused mindset of not just investing in a cryptocurrency as a store of value, but rather investing in it as an ecosystem and a platform for public goods and software; it complements, in this sense, the now-infamous HODL.
     </>
@@ -1926,7 +1926,7 @@ const definitions = {
       "term": "bytecode",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Bytecode is a 'low-level' computer language, that is, meant to be processed by a computer, rather than a 'high-level', more human-readable, language. In Ethereum, higher-level Solidity is compiled into Ethereum bytecode, which is read by the Ethereum Virtual Machine (EVM).
     </>
@@ -1964,7 +1964,7 @@ const definitions = {
       "term": "Byzantine fault tolerance",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A Byzantine fault, or failure, is one of the most difficult failures to deal with in computer systems; this is because it takes into account the possibility that the information used to determine the current state of the system may--or may not--be reliable. While applicable in many realms of technology, this becomes of particular interest in public blockchain systems: how do we ensure that we can agree on the current state of the network when there is an incentive, often a significant financial incentive, to subvert the state of the network for one's own profit? On a more basic level, if we're coordinating a network running around the world on all kinds of different hardware and software, there are all kinds or problems that can occur that hinder the network's ability to reach consensus on its current state. Therefore, a network that has been designed and implemented to be resistant to these sorts of failures, either due to malicious intent or technical failure, is said to be Byzantine Fault Tolerant.
     </>
@@ -2002,7 +2002,7 @@ const definitions = {
       "term": "Byzantium fork",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A 'hard fork' in the Ethereum network that occurred in October of 2017. For detailled information, see here; see also 'hard fork'.
     </>
@@ -2040,7 +2040,7 @@ const definitions = {
       "term": "Celo",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Celo is a platform designed to allow mobile users around the world to make simple financial transactions with cryptocurrency. The platform has its own blockchain and two native tokens: CELO and cUSD
     </>
@@ -2078,7 +2078,7 @@ const definitions = {
       "term": "Centralized exchange (CEX)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A centralized exchange (CEX) is a cryptocurrency exchange that is operated and controlled by a centralized entity. In a CEX, the exchange company or organization acts as an intermediary between buyers and sellers, holding and managing the assets on behalf of its users.\nCentralized exchanges typically offer a wide range of trading pairs, with many popular cryptocurrencies available for trade. They also usually have high liquidity and offer advanced trading features such as margin trading, order types, and charting tools.\nHowever, centralized exchanges also have several drawbacks. They are often targeted by hackers, as the centralized nature of the exchange makes them a single point of failure. They also require users to trust the exchange to hold their funds securely and execute trades fairly, which can be a source of concern for some users.
     </>
@@ -2116,7 +2116,7 @@ const definitions = {
       "term": "CEX",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'Centralized Exchange'.
     </>
@@ -2154,7 +2154,7 @@ const definitions = {
       "term": "chain ID",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A chain ID is a unique identifier that represents a blockchain network. We use it to distinguish different blockchain networks from each other and to ensure that transactions and messages are sent to the correct network.\nEthereum networks have two identifiers, a network ID and a chain ID. Although they often have the same value, they have different uses.\n\nPeer-to-peer communication between nodes uses the network ID, while the transaction signature process uses the chain ID
     </>
@@ -2192,7 +2192,7 @@ const definitions = {
       "term": "Chrome",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Internet browser.
     </>
@@ -2230,7 +2230,7 @@ const definitions = {
       "term": "client (Ethereum or other compatible blockchain)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In computing in general, a 'client' is a program, running on a local computer, that is accessing data made available by a remote computer. In public blockchain networks, a 'client' is the software that actually does the work of syncing block data, confirming transactions, and participating in network consensus. A client usually includes a cryptocurrency software wallet. ConsenSys has supported efforts to maintain the Ethereum clients of Besu and Teku; see an up-to-date list of Ethereum clients here.
     </>
@@ -2268,7 +2268,7 @@ const definitions = {
       "term": "Codefi",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Derived from “Commerce & Decentralized Finance”, Codefi, part of ConsenSys, builds applications for commerce and financial use cases. Currently known as Consensys Staking
     </>
@@ -2306,7 +2306,7 @@ const definitions = {
       "term": "coin",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The term 'coin' has some nuances. Strictly speaking, a 'coin' could be defined as: A fungible token (all of them identical) issued on a blockchain, either as the network's transactional token, or through a smart contract deployed to that network. Some people may use 'coins' as shorthand for 'bitcoin'; the immortal aphorism 'not your keys, not your coins' refers to bitcoins. Another thing to keep in mind is that, while coins are put forward as some sort of representation of value, that value can vary wildly from one 'coin' to another. A coin may represent the value of the computational resources of the network, or it may be 'pegged' to represent fiat currency value, or it may float according to the value placed on immaterial resources like NFTs, membership, or digital goods, to name a few.
     </>
@@ -2344,7 +2344,7 @@ const definitions = {
       "term": "Coinbase Pay",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Coinbase Pay is a payment feature that allows you to buy or transfer supported crypto on Coinbase.com directly from self-custody wallets (like MetaMask) and dapps.
     </>
@@ -2382,7 +2382,7 @@ const definitions = {
       "term": "cold storage",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       cold wallet/cold storage: An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub:\nHardware Wallet Hub
     </>
@@ -2420,7 +2420,7 @@ const definitions = {
       "term": "cold wallet / cold storage",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub.
     </>
@@ -2458,7 +2458,7 @@ const definitions = {
       "term": "Community Platform",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A community platform is a dedicated virtual space where people who share the same goals, interests, or motivations can connect and build relationships.\n\nMetaMask's community platform can be accessed here:\nMetaMask Community
     </>
@@ -2496,7 +2496,7 @@ const definitions = {
       "term": "Compiling",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       There are many languages in computing and software programming. In general, 'low-level' languages are those actually processed by the computer's operating system or processor, while 'high-level' languages are those typed in by software developers making programs. Compiling, then, is converting code written in a high-level programming language (e.g., Solidity) into a lower-level language (e.g., EVM bytecode).
     </>
@@ -2534,7 +2534,7 @@ const definitions = {
       "term": "Compound",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Compound is a decentralized, blockchain-based protocol that allows you to lend and borrow crypto — and have a say in its governance with its native COMP token.
     </>
@@ -2572,7 +2572,7 @@ const definitions = {
       "term": "confirmation",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A confirmation happens when a network has verified a blockchain transaction. Under a Proof of Work (PoW) consensus mechanism, this happens through a process known as mining; under Proof of Stake (PoS), the process is known as validation. Once a transaction is successfully confirmed, it theoretically cannot be reversed or double spent. The more confirmations a transaction has, the harder it becomes to perform a double spend attack.
     </>
@@ -2610,7 +2610,7 @@ const definitions = {
       "term": "consensus",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The process used by a group of peers, or nodes, on a blockchain network to agree on the validity of transactions submitted to the network. Dominant consensus mechanisms are Proof of Work (PoW) and Proof of Stake (PoS).
     </>
@@ -2648,7 +2648,7 @@ const definitions = {
       "term": "Consensus client",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A consensus client is a component of a blockchain node that is responsible for validating and verifying transactions and blocks in the network. It communicates with other nodes to reach consensus on the current state of the blockchain and to ensure that all nodes have a consistent copy of the ledger.\n\nThere are various types of consensus mechanisms used in blockchain networks, including proof of work (PoW), proof of stake (PoS), and delegated proof of stake (DPoS). The consensus client implements the specific consensus mechanism used by the network and ensures that all nodes follow the rules and reach agreement on the current state of the blockchain.
     </>
@@ -2686,7 +2686,7 @@ const definitions = {
       "term": "Consensus layer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The consensus layer is responsible for validating and verifying transactions and blocks, and for coordinating communication between nodes to achieve consensus. In a blockchain network, the consensus layer is implemented by the consensus protocol or algorithm that defines how new blocks are added to the chain and how the network reaches agreement on the current state of the ledger.
     </>
@@ -2724,7 +2724,7 @@ const definitions = {
       "term": "Consensus mechanism",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Consensus mechanisms (also known as consensus protocols or consensus algorithms) allow distributed systems (networks of computers) to work together and stay secure.
     </>
@@ -2762,7 +2762,7 @@ const definitions = {
       "term": "Consensys",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Short for Consensus Systems, ConsenSys is the software engineering leader of the blockchain space.
     </>
@@ -2800,7 +2800,7 @@ const definitions = {
       "term": "Constantinople fork",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       One of the 'hard forks' made to the Ethereum network, in February 2019. For more detailed information, see here; see also 'hard fork'.
     </>
@@ -2838,7 +2838,7 @@ const definitions = {
       "term": "contract",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See smart contract
     </>
@@ -2876,7 +2876,7 @@ const definitions = {
       "term": "Contract account",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An account containing code that executes whenever it receives a transaction from another account (EOA or contract).
     </>
@@ -2914,7 +2914,7 @@ const definitions = {
       "term": "CoolWallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A crypto hardware wallet for Bitcoin, Ethereum, Litecoin, Bitcoin Cash, and ERC20 Token.
     </>
@@ -2952,7 +2952,7 @@ const definitions = {
       "term": "crypto asset",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.
     </>
@@ -2990,7 +2990,7 @@ const definitions = {
       "term": "crypto bounties",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Crypto bounties are an important rewards mechanism that blockchain projects utilize in order to secure the successful accomplishments of certain tasks required by the network. Initially, bounties were intended as a marketing tool to attract users to participate in performing validation services for blockchain projects. Today, crypto bounties have developed significantly beyond the purpose of a simple marketing tool. crypto bounties
     </>
@@ -3028,7 +3028,7 @@ const definitions = {
       "term": "crypto fund",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A crypto fund is a type of investment fund that focuses on investing in cryptocurrencies or companies involved in the cryptocurrency industry. These funds are designed to give investors exposure to the crypto market without the need for them to directly buy and hold cryptocurrencies themselves.
     </>
@@ -3066,7 +3066,7 @@ const definitions = {
       "term": "crypto wallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A crypto wallet is a device, physical medium, program or a service which stores the public and/or private keys for cryptocurrency transactions.\nCrypto wallets come in different forms, including software wallets, hardware wallets, and paper wallets.
     </>
@@ -3104,7 +3104,7 @@ const definitions = {
       "term": "crypto-",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Even though this prefix is originally Greek, our current usage comes from cryptography. Technologies that are referred to with the blanket term of 'crypto' tech are underlain by cryptographic tools and processes (such as public/private key pairs) that enable innovative functionality and security. Of course, 'cryptocurrency' often gets shortened to simply 'crypto', so this emerging field is full of instances where something 'crypto' is being added to or shortened. With the emergence of the term 'Web3', arguably a distinction has begun to be made between 'crypto', referring to DeFi and other financial use cases of the technology, while 'Web3' refers to the transition of Internet-based activities to more decentralized practices and platforms.
     </>
@@ -3142,7 +3142,7 @@ const definitions = {
       "term": "crypto-compliance",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blanket term used to refer to ensuring crypto projects conform with applicable regulations and laws.
     </>
@@ -3180,7 +3180,7 @@ const definitions = {
       "term": "cryptoassets",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.
     </>
@@ -3218,7 +3218,7 @@ const definitions = {
       "term": "cryptocurrency",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Digital currency that is based on mathematics and uses encryption techniques to regulate the creation of units of currency as well as verifying the transfer of funds. Cryptocurrencies operate independently of a central bank, and are kept track of through distributed ledger technology.
     </>
@@ -3256,7 +3256,7 @@ const definitions = {
       "term": "cryptoeconomics",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The economic analysis of decentralized finance; notably, the MIT Cryptoeconomics Lab.
     </>
@@ -3294,7 +3294,7 @@ const definitions = {
       "term": "cryptography",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In its broadest sense, cryptography is the art of 'hidden writing' -- using some sort of code to encrypt writing. In modern times, it often refers to the application of this concept within computing, communication, and data transfer through computers and computer networks. Cryptography has been protected as free speech in the United States, and provides the technological foundation that allows blockchain networks to be public: despite the ledger being open and accessible by all, control over the state of the ledger and the ability to move assets on it is mediated through cryptographic tools, such as the Secret Recovery Phrase.
     </>
@@ -3332,7 +3332,7 @@ const definitions = {
       "term": "Curve",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Curve is a decentralized exchange for stablecoins that uses an automated market maker (AMM) to manage liquidity.
     </>
@@ -3370,7 +3370,7 @@ const definitions = {
       "term": "custody (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of cryptocurrencies, custody refers to the safekeeping and management of digital assets on behalf of a client by a third-party service provider. Custody services are an important aspect of the cryptocurrency industry because cryptocurrencies are digital assets that require secure storage and management to prevent loss, theft, or unauthorized access.\n\nCrypto custody services are typically offered by specialized companies that provide secure storage solutions for cryptocurrencies. These companies use various security measures such as multi-signature authentication, cold storage, and insurance to protect their clients' assets.
     </>
@@ -3408,7 +3408,7 @@ const definitions = {
       "term": "D'CENT",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Hardware wallet.
     </>
@@ -3446,7 +3446,7 @@ const definitions = {
       "term": "DAI",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       DAI is an Ethereum-based stablecoin whose issuance and development is managed by the Maker Protocol and the MakerDAO decentralized autonomous organization.
     </>
@@ -3484,7 +3484,7 @@ const definitions = {
       "term": "DAO",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'Decentralized Autonomous Organization'.
     </>
@@ -3522,7 +3522,7 @@ const definitions = {
       "term": "dapp",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'decentralized application'
     </>
@@ -3560,7 +3560,7 @@ const definitions = {
       "term": "decentralization",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The transfer of authority and responsibility from a centralized organization, government, or party to a distributed network.
     </>
@@ -3598,7 +3598,7 @@ const definitions = {
       "term": "decentralized application",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An open-source software application with backend (not user-facing) code running on a decentralized peer-to-peer network, rather than a centralized server.  You may see alternate spellings: dApps, DApps, Dapps, and Đapps.
     </>
@@ -3636,7 +3636,7 @@ const definitions = {
       "term": "Decentralized Autonomous Organization (DAO)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A Digital Decentralized Autonomous Organization (DAO, pronounced like the Chinese concept) is a powerful and very flexible organizational structure built on a blockchain. Alternatively, the first known example of a DAO is referred to as The DAO. The DAO served as a form of investor-directed venture capital fund, which sought to provide enterprises with new decentralized business models. Ethereum-based, The DAO’s code was open source. The organization set the record for the most crowdfunded project in 2016. Those funds were partially stolen by hackers. The hack caused an Ethereum hard-fork which lead to the creation of Ethereum Classic.
     </>
@@ -3674,7 +3674,7 @@ const definitions = {
       "term": "decentralized exchange (DEX)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A decentralized exchange (DEX) is a platform for exchanging cryptocurrencies based on functionality programmed on the blockchain (i.e., in smart contracts). The trading is peer-to-peer, or between pools of liquidity. This is in contrast with a centralized exchange, which is more akin to a bank or investment firm that specializes in cryptocurrencies. Additionally, there are so-called on-ramp providers, who could be compared to currency brokers, exchanging traditional “fiat” money for cryptocurrencies, and do not hold customer’s funds “on deposit” the way a centralized exchange does. There are important technical and regulatory differences between these, which are constantly evolving.
     </>
@@ -3712,7 +3712,7 @@ const definitions = {
       "term": "decentralized finance",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       If cryptocurrency is web3’s monetary system, its financial system is DeFi. This includes familiar concepts like loans and interest-bearing financial instruments, as well as so-called “DeFi primitives”, novel solutions like token swapping and liquidity pools.
     </>
@@ -3750,7 +3750,7 @@ const definitions = {
       "term": "decentralized web",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The decentralized web, also known as web3, is a concept that refers to a new type of internet architecture that aims to provide a more open, secure, and privacy-preserving internet experience by removing the need for centralized intermediaries and giving users more control over their data.\n\nIn contrast to the current centralized web, where most online activities are controlled by a few large corporations and their servers, the decentralized web relies on a network of distributed nodes and peer-to-peer protocols to store and transmit data. This means that there is no central authority controlling the internet, and users can interact directly with each other without the need for intermediaries.
     </>
@@ -3788,7 +3788,7 @@ const definitions = {
       "term": "deposit",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In most web3 contexts, 'depositing' refers to the act of transferring some amount of token(s) to an address other than one's own, most often to a smart contract controlled by a 'protocol', such as a decentralized exchange, video game or multiverse, DAO, etc. Generally, the user will receive something in return for their deposit, and the deposit can be claimed at the user's discretion, or upon completion of given conditions. Compare with 'stake'.
     </>
@@ -3826,7 +3826,7 @@ const definitions = {
       "term": "derive / derivation",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       To derive something is to obtain it from an original source. In the context of crypto-technology, we often discuss 'deriving' wallets and accounts from seed phrases (aka Secret Recovery Phrases, or SRPs). This is literally true: the SRP represents a cryptographic key which is used to derive account addresses deterministically, meaning they will be derived the same way each time. Another, more technical, way of referring to this technology is to refer to 'hierarchical deterministic' wallets.
     </>
@@ -3864,7 +3864,7 @@ const definitions = {
       "term": "dev",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Abbreviation of developer.
     </>
@@ -3902,7 +3902,7 @@ const definitions = {
       "term": "Devcon",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       This is shorthand for the Ethereum Developers’ Conference.
     </>
@@ -3940,7 +3940,7 @@ const definitions = {
       "term": "Developer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A person that creates new products, especially computer products such as software.
     </>
@@ -3978,7 +3978,7 @@ const definitions = {
       "term": "DEX",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'decentralized exchange'.
     </>
@@ -4016,7 +4016,7 @@ const definitions = {
       "term": "difficulty",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The concept outlining how hard it is to verify blocks in a blockchain network during Proof of Work mining. In the Bitcoin network, the difficulty of mining adjusts every 2016 blocks. This is to keep block verification time at ten minutes.
     </>
@@ -4054,7 +4054,7 @@ const definitions = {
       "term": "difficulty bomb",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The difficulty bomb, along with the Beacon Chain and others, was a key element of Ethereum's upgrade to Ethereum 2.0 and a Proof of Stake (PoS) consensus mechanism. As the name indicates, the difficulty bomb was a software mechanism that increased block verification difficulty, making it more expensive and difficult--eventually, prohibitively so--to mine a new block. Through economic incentive, and later, the raw limitations of computing power, this forced the shift to PoS consensus. See also 'Proof of Stake', 'the Merge'.
     </>
@@ -4092,7 +4092,7 @@ const definitions = {
       "term": "digital asset",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A digital commodity that is scarce, electronically transferable, and intangible with a market value.
     </>
@@ -4130,7 +4130,7 @@ const definitions = {
       "term": "digital identity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An online or networked identity adopted by an individual, organization, or electronic device.
     </>
@@ -4168,7 +4168,7 @@ const definitions = {
       "term": "Digital signature",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A short string of data a user produces for a document using a private key such that anyone with the corresponding public key, the signature, and the document can verify that (1) the document was 'signed' by the owner of that particular private key, and (2) the document was not changed after it was signed.
     </>
@@ -4206,7 +4206,7 @@ const definitions = {
       "term": "Distributed Denial of Service (DDoS) Attack",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A type of cyber-attack in which the perpetrator continuously overwhelms the system with requests in order to prevent service of legitimate requests.
     </>
@@ -4244,7 +4244,7 @@ const definitions = {
       "term": "distributed ledger",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as 'crypto' has come to mean 'cryptocurrency', 'web3' is the collective community, and 'blockchain', after all, is 'just' the data structure used to sync the distributed ledger itself.
     </>
@@ -4282,7 +4282,7 @@ const definitions = {
       "term": "Distributed Ledger Technology",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as ‘crypto’ has come to mean ‘cryptocurrency’, ‘web3’ is the collective community, and ‘blockchain’, after all, is “just” the data structure used to sync the distributed ledger itself.
     </>
@@ -4320,7 +4320,7 @@ const definitions = {
       "term": "DLT",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'distributed ledger technology'.
     </>
@@ -4358,7 +4358,7 @@ const definitions = {
       "term": "double spend",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The 'double spend' is the benchmark security concern of blockchain networks: how do we ensure that someone doesn't send the same transaction to two different entities, essentially 'spending their money twice'? This is the cornerstone of the consensus mechanism, ensuring that all nodes of the network are 'in agreement' about which assets are allocated to which addresses, on an ongoing basis, to prevent malicious actions such as a double spend.
     </>
@@ -4396,7 +4396,7 @@ const definitions = {
       "term": "ecosystem",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'web3 ecosystem'; 'blockchain ecosystem'. See 'web3'; See 'blockchain'
     </>
@@ -4434,7 +4434,7 @@ const definitions = {
       "term": "Edge",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'Edge computing': it is an emerging computing paradigm which refers to a range of networks and devices at or near the user. Edge is about processing data closer to where it's being generated, enabling processing at greater speeds and volumes, leading to greater action-led results in real time.\nThe term can also refer to Microsoft's browser or the crypto software wallet
     </>
@@ -4472,7 +4472,7 @@ const definitions = {
       "term": "EIP-1559",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       EIP (Ethereum Improvement Proposal)\n\nThe EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559.\nEIP-1559 will change Ethereum’s fee market mechanism. Fundamentally, EIP-1559 gets rid of the first-price auction as the main gas fee calculation. In first-price auctions, people bid a set amount of money to pay for their transaction to be processed, and the highest bidder wins. With EIP-1559, there will be a discrete “base fee” for transactions to be included in the next block. For users or applications that want to prioritize their transaction, they can add a “tip,” which is called a “priority fee” to pay a miner for faster inclusion.
     </>
@@ -4510,7 +4510,7 @@ const definitions = {
       "term": "encrypted vs unencrypted keys",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       As discussed elsewhere, public and private cryptographic key pairs are one of the technologies that underpins cryptocurrencies and 'crypto' tech in general. In MetaMask, an unencrypted private key is 64 characters long, and it is used to unlock or restore wallets. An encrypted key is also 64 letters long and is a regular private key that has gone through the process of encryption. Usually, encrypted private keys are kept within the extension or device they are encrypted by, and they remain out of sight from the user. This is meant to add another layer of security to keep a user’s wallet information safe. By way of example: if the world ‘Apple’ was your private key, then it was encrypted three letters down the alphabet, your new encrypted key would be ‘Dssoh’. Since you know the way to encrypt this key, you could derive the original private key from it by reversing the method of encryption.
     </>
@@ -4548,7 +4548,7 @@ const definitions = {
       "term": "encryption",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Encrpytion, literally 'in a hidden place', is the art and science of encoding information to control who can read it, or how it is to be read. Encryption occurs in natural (human) languages, as well as in machine and computer languages. Highly complex, and therefore difficult to decipher, encryption is an essential element enabling blockchain networks to be simultaneously public and secure.
     </>
@@ -4586,7 +4586,7 @@ const definitions = {
       "term": "ENS",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet's DNS.
     </>
@@ -4624,7 +4624,7 @@ const definitions = {
       "term": "Enterprise Ethereum Alliance (EEA)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A group of Ethereum core developers, startups, and large companies working together to commercialize and use Ethereum for different business applications. Website here.
     </>
@@ -4662,7 +4662,7 @@ const definitions = {
       "term": "entropy",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of cryptography, 'entropy' refers to 'randomness'; generally, the more random something is (the more entropy it has), the more secure it is.
     </>
@@ -4700,7 +4700,7 @@ const definitions = {
       "term": "epoch",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An epoch, in general, is a measure of time, or of blockchain progression, on a given blockchain. In Ethereum Proof of Stake, an epoch consists of 32 slots, each lasting 12 seconds, for a total of 6.4 minutes per epoch. There is additional functionality built upon the epoch measure in the Beacon Chain to help ensure security and proper operation of the Chain.
     </>
@@ -4738,7 +4738,7 @@ const definitions = {
       "term": "ERC",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Ethereum Request for Comment, or ERC, is a bit of a misnomer, as it is used to refer to suggestions for modifications that have already made it through the Ethereum Improvement Protocol (EIP) process and have been made standard on Ethereum. An ERC is, essentially, a set of standards for a given operation or topic on the Ethereum network. The authoritative list can be found here.
     </>
@@ -4776,7 +4776,7 @@ const definitions = {
       "term": "ERC-1155",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A token standard for creating semi-fungible tokens, meaning you can launch both fungible and non-fungible tokens within a single smart contract.
     </>
@@ -4814,7 +4814,7 @@ const definitions = {
       "term": "ERC-20 Token Standard",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ERC is the abbreviation for Ethereum Request for Comment and is followed by the assignment number of the standard. ERC-20 is a technical standard for smart contracts which is used to issue the majority of tokens (in particular, cryptocurrency tokens) extant on Ethereum. This list of rules states the requirements that a token must fulfill to be compliant and function within the Ethereum network.
     </>
@@ -4852,7 +4852,7 @@ const definitions = {
       "term": "ERC-721",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ERC-721 Token Standard\n\nAnother standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.
     </>
@@ -4890,7 +4890,7 @@ const definitions = {
       "term": "ERC-721 Token Standard",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ERC-721 Token Standard\n\nA standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.
     </>
@@ -4928,7 +4928,7 @@ const definitions = {
       "term": "ETH",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'ether'
     </>
@@ -4966,7 +4966,7 @@ const definitions = {
       "term": "ether (denominations)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       There are a number of denominations of the currency we know as 'ether' or ETH; for the definitive explanation, see the original Ethereum Homestead documentation Ethereum Homestead documentation here.
     </>
@@ -5004,7 +5004,7 @@ const definitions = {
       "term": "ether (ETH)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Ether is the native cryptocurrency of the Ethereum blockchain network. Ether—also referred to as ETH (pronounced with a long “e”, like “teeth” without the “t”)—functions as the fuel of the Ethereum ecosystem, by quantifying the work performed by the network, and as a form of payment for participants securing the network.
     </>
@@ -5042,7 +5042,7 @@ const definitions = {
       "term": "Ethereum",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A public blockchain network and decentralized software platform upon which developers build and run applications. As it is a proper noun, it should always be capitalized.
     </>
@@ -5080,7 +5080,7 @@ const definitions = {
       "term": "Ethereum 2.0",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       a.k.a The Merge\n\nFinalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.
     </>
@@ -5118,7 +5118,7 @@ const definitions = {
       "term": "Ethereum Improvement Proposal (EIP)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole; the official repository is here. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559. Keep in mind that as it is an iterative, lengthy process, some EIPs never get fully approved, and some do, and many end up somewhere in a gray area of 'partially implemented'.
     </>
@@ -5156,7 +5156,7 @@ const definitions = {
       "term": "Ethereum Name Service (ENS)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet’s DNS.
     </>
@@ -5194,7 +5194,7 @@ const definitions = {
       "term": "Ethereum Public Address",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum public address, also known as an Ethereum account address, is a string of 42 characters (including letters and numbers) that is used to receive or send Ethereum and other Ethereum-based tokens on the Ethereum network.\n\nEach Ethereum public address is unique and is associated with a private key that allows the owner of the address to sign and authorize transactions. The public address is derived from the private key using a mathematical algorithm, and it can be shared with others to receive payments or tokens.\n\nWhen sending Ethereum or tokens, users need to specify the recipient's public address as the destination for the transaction. Once the transaction is confirmed by the network, the Ethereum or tokens are transferred to the recipient's address.
     </>
@@ -5232,7 +5232,7 @@ const definitions = {
       "term": "Ethereum Virtual Machine (EVM)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The EVM is a virtual machine that operates on the Ethereum network. It is Turing complete and allows anyone, anywhere to execute arbitrary EVM bytecode. All Ethereum nodes run on the EVM. It is home for smart contracts based on the Ethereum blockchain.
     </>
@@ -5270,7 +5270,7 @@ const definitions = {
       "term": "Etherscan",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A popular website for analyzing activity on the Ethereum blockchain. See ‘blockchain explorer’.\n\nhttps://etherscan.io/
     </>
@@ -5308,7 +5308,7 @@ const definitions = {
       "term": "EVM",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'Ethereum Virtual Machine'.
     </>
@@ -5346,7 +5346,7 @@ const definitions = {
       "term": "exchange",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A place to trade cryptocurrency. Centralized exchanges, operated by companies like Coinbase and Gemini, function as intermediaries, while decentralized exchanges do not have a central authority.
     </>
@@ -5384,7 +5384,7 @@ const definitions = {
       "term": "Execution client",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Execution clients are tasked with processing and broadcasting transactions, as well as with managing Ethereum's state. They run the computations for each transaction in the Ethereum Virtual Machine to ensure that the rules of the protocol are followed. Today, they also handle proof of work consensus. After the transition to proof of stake, they will delegate this to consensus clients.
     </>
@@ -5422,7 +5422,7 @@ const definitions = {
       "term": "Execution layer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Ethereum's execution layer is the network of execution clients.
     </>
@@ -5460,7 +5460,7 @@ const definitions = {
       "term": "Extended Private Key (XPRIV)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See 'private key'; see 'Hierarchical Deterministic (HD)' wallet. An extended private key, or xprv, is a private key which can be used to derive child private keys as part of a Hierarchical Deterministic (HD) wallet.
     </>
@@ -5498,7 +5498,7 @@ const definitions = {
       "term": "Extended Public Key (XPUB)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See 'public key'; see 'Hierarchical Deterministic (HD)' wallet. An extended public key, or xpub, is a public key which can be used to derive child public keys as part of a Hierarchical Deterministic (HD) wallet.
     </>
@@ -5536,7 +5536,7 @@ const definitions = {
       "term": "Extension",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.
     </>
@@ -5574,7 +5574,7 @@ const definitions = {
       "term": "Fantom",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Fantom is a public blockchain platform that aims to facilitate fast and low-cost transactions for dapps and smart contracts. It was launched in 2018 and is based on the Ethereum codebase, but with several key enhancements.\n\nOne of the main features of Fantom is its consensus mechanism, known as Lachesis, which is a variant of Directed Acyclic Graphs (DAGs) that allows for high transaction throughput and low confirmation times. This means that transactions on the Fantom network can be processed quickly and at a low cost, making it an attractive platform for developers looking to build dApps that require fast and efficient transactions.
     </>
@@ -5612,7 +5612,7 @@ const definitions = {
       "term": "faucet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A faucet is an application, sometimes a very simple website, other times more complex, that dispenses cryptocurrency. While some networks, especially those in early launch stages, offer “real Mainnet” tokens via faucets, it is much more common for a faucet to be present on a test network, or testnet. These faucets are used by developers to test out dapps or smart contracts before deploying them on Ethereum Mainnet, or users who want to practice an action on the blockchain with no risk. Tokens dispensed by a test faucet stay on the test networks and cannot be exchanged for mainnet equivalents.
     </>
@@ -5650,7 +5650,7 @@ const definitions = {
       "term": "fiat currency",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Government-issued currency. For example, US Dollars (USD), Euros (EUR), Yuan (CNY), and Yen (JPY).
     </>
@@ -5688,7 +5688,7 @@ const definitions = {
       "term": "final, finality",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A transaction is considered 'final' once it can no longer be changed. In a sense, this happens once there are sufficient confirmations of the transaction, but for all intents and purposes, a transaction is final once the block that contains it is mined or validated. Keep in mind that this reflects a fundamental rule of blockchains: unlike traditional financial systems where charges can be 'reversed', there is no 'undoing' a transaction on the blockchain. Once finality is reached, the transaction is immutable.
     </>
@@ -5726,7 +5726,7 @@ const definitions = {
       "term": "Finality Rate",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See 'finality'
     </>
@@ -5764,7 +5764,7 @@ const definitions = {
       "term": "financial technology (FinTech)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The integration of technology into offerings by financial services companies in order to improve their use and delivery to consumers.
     </>
@@ -5802,7 +5802,7 @@ const definitions = {
       "term": "finney",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A denomination of ether. See ether (denomination).
     </>
@@ -5840,7 +5840,7 @@ const definitions = {
       "term": "Firefox",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Internet browser.
     </>
@@ -5878,7 +5878,7 @@ const definitions = {
       "term": "Firewall",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In computing, a firewall is a network security system that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A firewall typically establishes a barrier between a trusted network and an untrusted network, such as the Internet.
     </>
@@ -5916,7 +5916,7 @@ const definitions = {
       "term": "Flask",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.\n\nWhat is MetaMask Flask, and how is it different from normal MetaMask
     </>
@@ -5954,7 +5954,7 @@ const definitions = {
       "term": "fork",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Forking' is a term that comes from the world of collaborative software development, and refers to the action of copying an existing application or set of code and modifying it to create an alternate version. At the blockchain protocol level, a 'fork' creates an alternative version of a blockchain. Forks are often enacted intentionally to apply upgrades to a network. Soft Forks render two chains with some compatibility, while Hard Forks create a new version of the chain that must be adopted to continue participation. In the instance of a contentious Hard Fork, this can create two versions of a blockchain network. See also 'hard fork'.
     </>
@@ -5992,7 +5992,7 @@ const definitions = {
       "term": "Fractional Ownership",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of NFT ownership: \nA fractional NFT (F-NFT) is an entire NFT broken into smaller fragments, allowing several people to claim ownership of a piece of the same NFT. Fractional NFTs
     </>
@@ -6030,7 +6030,7 @@ const definitions = {
       "term": "Fraud proof",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A security model for certain layer 2 solutions where, to increase speed, transactions are rolled up into batches and submitted to Ethereum in a single transaction. They are assumed valid but can be challenged if fraud is suspected. A fraud proof will then run the transaction to see if fraud took place. This method increases the amount of transactions possible while maintaining security.
     </>
@@ -6068,7 +6068,7 @@ const definitions = {
       "term": "full node",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.
     </>
@@ -6106,7 +6106,7 @@ const definitions = {
       "term": "Ganache",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Ganache is a personal blockchain for Ethereum development that developers can use to deploy contracts, develop applications, and run tests. It is part of the Truffle Suite ecosystem.
     </>
@@ -6144,7 +6144,7 @@ const definitions = {
       "term": "gas",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A measure of the computational steps required for a transaction on the Ethereum network. This then equates to a fee for network users paid in small units of ETH specified as gwei. For more on gas, see MetaMask’s user guide here:\n\nUser Guide: Gas
     </>
@@ -6182,7 +6182,7 @@ const definitions = {
       "term": "gas fee",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Gas fee refers to the transaction fee on the blockchain. It is what users pay to get their transaction validated, or completed.
     </>
@@ -6220,7 +6220,7 @@ const definitions = {
       "term": "gas limit",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The gas limit is the maximum amount you’re willing to pay for any given transaction to go through the Ethereum network. Another way of looking at it is as a “rough estimate” of how much computing power your transaction will take.
     </>
@@ -6258,7 +6258,7 @@ const definitions = {
       "term": "gas price",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The gas price is what it sounds like: the cost the network is paid for the computational work being performed in a given transaction. It is paid in units of ETH called gwei. Depending on network congestion, the gas price may vary significantly.
     </>
@@ -6296,7 +6296,7 @@ const definitions = {
       "term": "Gas Station Network",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Gas Station Network (GSN) is a decentralized network of relayers mainly referring to the Ethereum blockchain. It allows you to build dapps which provide payment for transactions, so users do not need to hold Ether or ETH to pay for gas, easing their onboarding process and improving user acquisition and experience.\nHowever, while the relayers in the GSN do not charge users, they charge the recipient and contract instead. In this way, the relayers recover the costs of transactions and profit from extra fees for providing such services.\n\nOriginally conceived and designed by TabooKey, the GSN has grown to encompass many companies, protocols and platforms in the Ethereum ecosystem that wish to facilitate the onboarding of users to Ethereum applications. Gas Station Network
     </>
@@ -6334,7 +6334,7 @@ const definitions = {
       "term": "genesis block",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The initial block of data computed in the history of a blockchain network.
     </>
@@ -6372,7 +6372,7 @@ const definitions = {
       "term": "Gigawei",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Gwei is a unit of ether, the smallest denomination, which stands for gigawei (or 1,000,000,000). Gwei is used for gas fees, or rather payments made by users to compensate for the computing energy required to process and validate transactions on the Ethereum blockchain.
     </>
@@ -6410,7 +6410,7 @@ const definitions = {
       "term": "Gitcoin",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Gitcoin is a platform where coders and developers can get paid to work on open-source software in a wide variety of programming languages. Users can also submit their own project ideas to the Gitcoin platform in order to crowdsource funding from contributing donors.\n\nGitcoin
     </>
@@ -6448,7 +6448,7 @@ const definitions = {
       "term": "GitHub",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       GitHub is an online software development platform. It's used for storing, tracking, and collaborating on software projects. It makes it easy for developers to share code files and collaborate with fellow developers on open-source projects. GitHub also serves as a social networking site where developers can openly network, collaborate, and pitch their work. GitHub
     </>
@@ -6486,7 +6486,7 @@ const definitions = {
       "term": "Goerli",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Goerli is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).\n\nETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet.
     </>
@@ -6524,7 +6524,7 @@ const definitions = {
       "term": "Governance",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the world of cryptocurrencies, governance is defined as the people or organizations that have decision-making powers regarding the project. Governance is an essential aspect of all cryptocurrency projects. As decentralized blockchains, cryptocurrencies often have a very liberal governance structure. There are a number of different approaches to governance. Governance
     </>
@@ -6562,7 +6562,7 @@ const definitions = {
       "term": "GSN",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Abbreviation for Gas Station Network
     </>
@@ -6600,7 +6600,7 @@ const definitions = {
       "term": "gwei",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A minuscule and common denomination of ETH, and the unit in which gas prices are often specified. See 'ether (denominations)' entry for more information.
     </>
@@ -6638,7 +6638,7 @@ const definitions = {
       "term": "halving",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Many cryptocurrencies have a finite supply, which makes them a scarce digital commodity. For example, the total amount of bitcoin that will ever be issued is 21 million. The number of bitcoins generated per block is decreased 50% every four years. This is called “halving.” The final halving will take place in the year 2140.
     </>
@@ -6676,7 +6676,7 @@ const definitions = {
       "term": "hard fork",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A hard fork occurs when there is a change in the blockchain that is not backward compatible (not compatible with older versions), thus requiring all participants to upgrade to the new version in order to be able to continue participating on the network. See also 'fork'.
     </>
@@ -6714,7 +6714,7 @@ const definitions = {
       "term": "hardware wallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A hardware wallet is a physical device that is used to store cryptographic keys, and generally, sign transactions. Some hardware wallets can be connected physically or through software to internet connectivity; others are ‘air-gapped’, receiving transaction requests and sending transaction approvals through a mechanism such as a QR code. The overall goal of using a hardware wallet to manage keys and signatures is to reduce the likelihood of your keys or Secret Recovery Phrase from being somehow stolen or compromised, due to being connected to the Internet. For more on hardware wallets, see MetaMask’s Hardware Wallet Hub:\nHardware Wallet Hub
     </>
@@ -6752,7 +6752,7 @@ const definitions = {
       "term": "hash (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In computing, ‘hashing’ is an operation performed on lists or sets of data to create a reliable index for that data. A particular datum, or a reference to it, is fed into an algorithm, which transforms the datum and returns a standardized, and generally unrecognizable, ‘hash’ of it, sometimes referred to as that datum or file’s “digital fingerprint.” Each block in a blockchain contains the hash value that validated the block before it, followed by its own hash value (this is how the continuity of the ‘chain’ is constructed). Hashes can be used to confirm that blockchain transactions are complete and valid. You may see references to the “transaction hash” or “tx hash”; this should be understood as “unique identifier of the transaction”.
     </>
@@ -6790,7 +6790,7 @@ const definitions = {
       "term": "hexadecimal; 'hex data'",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Hexadecimal is a base 16, rather than base 10, counting system. Used all over Ethereum for a variety of things, a hexadecimal string is comprised of the numbers 0 1 2 3 4 5 6 7 8 9 and letters A B C D E F.
     </>
@@ -6828,7 +6828,7 @@ const definitions = {
       "term": "Hierarchical Deterministic (HD) wallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Hierarchical Deterministic wallets were first created for Bitcoin, and enable the creation of a very large number of accounts based on an initial seed phrase. This technology was later adopted in Ethereum wallets; when restoring a MetaMask wallet from the Secret Recovery Phrase, for example, if you 'create' accounts, they will be the same accounts as previously created from that same phrase; they are derived from it.
     </>
@@ -6866,7 +6866,7 @@ const definitions = {
       "term": "hot storage",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Synonymous with 'hot wallet'.
     </>
@@ -6904,7 +6904,7 @@ const definitions = {
       "term": "hot wallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A wallet that is directly connected to the internet at all times; for example, one that is held on a centralized exchange. Hot wallets are considered to have lower security than cold storage systems or hardware wallets.
     </>
@@ -6942,7 +6942,7 @@ const definitions = {
       "term": "Hybrid Network",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Hybrid blockchain. See 'PoS/PoW Hybrid'
     </>
@@ -6980,7 +6980,7 @@ const definitions = {
       "term": "Hyperledger",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Hyperledger is an ecosystem of open-system tools, libraries, and products designed to enable and support enterprise-grade blockchain technology. In general, the products focus on creating solutions for permissioned blockchains--that is, non-public blockchains, with alternative consensus mechanisms other than Proof of Work (PoW) or Proof of Stake (PoS). That said, there are use cases where such institutions would want to integrate with public blockchains, and for that reason Hyperledger Besu and Hyperledger Burrow are actively developed projects, the former being a Java-based Ethereum client, the latter being a smart contract platform which supports EVM bytecode.
     </>
@@ -7018,7 +7018,7 @@ const definitions = {
       "term": "ICO",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Initial Coin Offering (also called ICO) occurs when a new token project sells advance tokens in exchange for upfront capital. These have been a vehicle for fraud and scams, and as such are subject to ever-evolving regulation and legislation.
     </>
@@ -7056,7 +7056,7 @@ const definitions = {
       "term": "Identicon / AddressIdenticon / AddressIcon",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The colorful blob of colors that corresponds to your address in MetaMask. It is an easy way to see if your address is correct. More specifically, you can choose between jazzicons (created by the MetaMask team!) or blockies.
     </>
@@ -7094,7 +7094,7 @@ const definitions = {
       "term": "immutability",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The inability to be altered or changed. This is a key element of blockchain networks: once written onto a blockchain ledger, data cannot be altered. This immutability provides the basis for commerce and trade to take place on blockchain networks.
     </>
@@ -7132,7 +7132,7 @@ const definitions = {
       "term": "Infura",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Part of ConsenSys, Infura offers backend access to the Ethereum network over established HTTP and WebSockets technology. Prior to Infura, developers were obligated to run their own nodes of the networks with which they wanted to interact; Infura provides that access through a set of APIs. This enables developers of dapps and websites seeking to interact with the Ethereum blockchain to do so, and at scale.\n\nInfura
     </>
@@ -7170,7 +7170,7 @@ const definitions = {
       "term": "Initial Public Offering (IPO)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An initial public offering (IPO) is the process of a company offering shares for purchase on the stock market for the first time.  IPO
     </>
@@ -7208,7 +7208,7 @@ const definitions = {
       "term": "Insider Trading",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Insider trading happens when someone purchases or sells stocks while possessing private, material information about that stock. Insider Trading
     </>
@@ -7246,7 +7246,7 @@ const definitions = {
       "term": "Inter-Blockchain Communication (IBC) Protocol",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Inter-Blockchain Communication (IBC) is a communication protocol that allows different blockchains to relay messages to each other. It guarantees reliable, ordered and authenticated communication between the chains. Blockchains can trustlessly exchange value like tokens. IBC does not work like a bridge. Instead, blockchains send packets of information via smart contracts that allow them to not only exchange value but relay any form of data, such as communication, via the communication protocol.  Inter-Blockchain Communication (IBC)
     </>
@@ -7284,7 +7284,7 @@ const definitions = {
       "term": "internal transaction",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An internal transaction on the Ethereum network is one that occurs between smart contracts, rather than between addresses. Notably, they are not included on the blockchain, and therefore do not incur gas fees, but they are often crucial to carrying out the action in question, and can be viewed on Etherscan. For more detail, see MetaMask's article on the topic: Internal Transactions
     </>
@@ -7322,7 +7322,7 @@ const definitions = {
       "term": "Interoperability",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Blockchain interoperability, or cross-chain interoperability, is the ability to see and share information across multiple blockchains. One of the clear benefits of blockchain interoperability is being able to trade assets across various blockchains without the need for a centralized, custodial exchange. Interoperability
     </>
@@ -7360,7 +7360,7 @@ const definitions = {
       "term": "InterPlanetary File System (IPFS)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A decentralized file storage and referencing system for the Ethereum blockchain, and the internet as a whole. IFPS is an open source protocol that enables storing and sharing hypermedia (text, audio, visual) in a distributed manner without relying on a single point of failure. This distributed file system enables applications to run faster, safer and more transparently.
     </>
@@ -7398,7 +7398,7 @@ const definitions = {
       "term": "IP address",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A unique string of characters that identifies each computer using the Internet Protocol to communicate over a network.
     </>
@@ -7436,7 +7436,7 @@ const definitions = {
       "term": "JSON file",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       JSON (JavaScript Object Notation) is an open standard file format for sharing data that uses human-readable text to store and transmit data. it is commonly used in public blockchain systems to move data.
     </>
@@ -7474,7 +7474,7 @@ const definitions = {
       "term": "JSON-RPC",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       JSON-RPC is, quite simply, a method used to move data around computer systems, and predates public blockchain technology. It was chosen as a standard for moving data between blockchain networks and Internet browsers and wallets, with the result that these networks have come to be called 'RPC networks', despite JSON-RPC not being their defining technical feature.
     </>
@@ -7512,7 +7512,7 @@ const definitions = {
       "term": "keystore file",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A keystore file is a special, encrypted version of a private key in JSON format. See also 'private key'.
     </>
@@ -7550,7 +7550,7 @@ const definitions = {
       "term": "Know Your Customer (KYC)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A process in which a business must verify the identity and background information (address, financial details, etc.) of their customers. For example, current regulations and laws require banks and other financial institutions to keep and report customers' personal information and transactions.
     </>
@@ -7588,7 +7588,7 @@ const definitions = {
       "term": "Know Your Transaction",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Know Your Transaction (KYT) is a process employed by financial institutions to monitor the merchants' businesses through the analysis of transaction data.
     </>
@@ -7626,7 +7626,7 @@ const definitions = {
       "term": "Kovan",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Kovan test network has been deprecated. Ethereum used to have four testnets: Ropsten, Rinkeby, Goerli, and Kovan (Kiln was also added for specific purposes relating to the Merge in 2022). However, after the Merge occurred on September 15th 2022, most of the existing testnets began being deprecated (taken out of service). They may still work, but could be unreliable. Sepolia and Goerli are now the only two available.
     </>
@@ -7664,7 +7664,7 @@ const definitions = {
       "term": "KYC",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'Know Your Customer'.
     </>
@@ -7702,7 +7702,7 @@ const definitions = {
       "term": "KYT",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; see 'Know Your Transaction'.
     </>
@@ -7740,7 +7740,7 @@ const definitions = {
       "term": "Latency",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of Network latency:  refers to the amount of time it takes for a computer on one network to communicate with a computer on another network. Network latency
     </>
@@ -7778,7 +7778,7 @@ const definitions = {
       "term": "Lattice1",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Lattice1 is a powerful, secure, and user-friendly hardware wallet that allows you to manage an unlimited number of wallets and easily transact on the blockchain.
     </>
@@ -7816,7 +7816,7 @@ const definitions = {
       "term": "Launchpad",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Launchpad is the Ethereum Foundation's official way to deposit your ETH for staking on Ethereum. Ethereum Launchpad
     </>
@@ -7854,7 +7854,7 @@ const definitions = {
       "term": "Layer 0",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Layer 0 in blockchain refers to the underlying infrastructure that supports the blockchain network. It includes the physical hardware, such as computers, servers, and other network components, as well as the software protocols that govern the interactions between the nodes in the network.\n\nIn other words, Layer 0 is the foundation upon which the blockchain network is built. It provides the necessary resources and technical capabilities for the network to function, such as computing power, storage, and network connectivity. Layer 0 is essential to the operation and security of the blockchain network, as it ensures that data is transmitted and stored correctly and securely across the network.\n\nLayer 0 is sometimes also referred to as 'Layer Zero' or 'L0'. It is important to note that the concept of Layer 0 is not unique to blockchain technology, but is a more general term used to describe the physical and technical infrastructure underlying any type of computer network.
     </>
@@ -7892,7 +7892,7 @@ const definitions = {
       "term": "Layer 1",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Layer 1 in blockchain refers to the base layer of the blockchain protocol. It is the layer that contains the core elements of the blockchain, including the consensus mechanism, the data structure, and the rules that govern the creation and transfer of assets or tokens.\n\nIn other words, Layer 1 is the foundation of the blockchain technology stack, upon which all other layers and applications are built. It is responsible for maintaining the integrity of the blockchain network and ensuring that all transactions are valid and secure.\n\nLayer 1 is designed to be decentralized, meaning that no single entity has control over the network. This is achieved through the use of consensus mechanisms, such as Proof of Work (PoW), Proof of Stake (PoS), or other methods, which enable participants to reach agreement on the validity of transactions and the state of the network.\n\nSome examples of Layer 1 blockchain protocols include Bitcoin, Ethereum, Binance Smart Chain, Avalanche.
     </>
@@ -7930,7 +7930,7 @@ const definitions = {
       "term": "Layer 2",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A Layer 2 network, or L2, is a blockchain that is built specifically to scale another network. For a full understanding of how this is achieved, see here. Some popular examples of this in the Ethereum ecosystem are Arbitrum, Optimism, and StarkNet. These chains are specifically built to handle a large number of transactions quickly by relying on Ethereum Mainnet for security functions, while optimizing for speed and scale. These networks are considered 'scaling solutions' while not being part of Ethereum's protocol-level scaling efforts. See also 'blockchain trilemma', 'modular blockchain', 'Serenity'. Contrast with 'sidechain'.
     </>
@@ -7968,7 +7968,7 @@ const definitions = {
       "term": "Learn; MetaMask Learn",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.\n\nhttps://learn.metamask.io/
     </>
@@ -8006,7 +8006,7 @@ const definitions = {
       "term": "Ledger",
       phonetic: "",
       partOfSpeech: "",
-      description: "",
+      definition: "",
       termCategory: "Blockchain term",
       i18n: {
         "Term": "Ledger",
@@ -8039,7 +8039,7 @@ const definitions = {
       "term": "Ledger Live App",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Ledger Live is a hardware wallet interface app for users of the Ledger Nano X, Ledger Nano S, and Ledger Blue.\n\nThe app enables Ledger users to manage their cryptocurrency hardware and assets. Additionally, it features real-time price updates, multi-account management, and the convenience of an extremely simple setup process.\n\nLedger Live combines the management of your individual crypto assets and device management into one interface, with the intention of gradually replacing the Chrome-based applications system that previously annoyed some users of the device.
     </>
@@ -8077,7 +8077,7 @@ const definitions = {
       "term": "Library",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A collection of non-volatile resources used by computer programs, often for software development. These may include configuration data, documentation, help data, message templates, pre-written code and subroutines, classes, values or type specifications. Software Library
     </>
@@ -8115,7 +8115,7 @@ const definitions = {
       "term": "Lido",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Lido is a liquid staking protocol for Ethereum that allows users with less than 32 ETH to collectively fund new validators and receive rewards.
     </>
@@ -8153,7 +8153,7 @@ const definitions = {
       "term": "light client",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In computing, a 'client' is a software that runs or accesses a program made available by a remote computer. With blockchain networks, then, clients are the programs that sync blockchain data and participate in network consensus. More often and more specifically, 'Layer 2' is used as a noun, to refer to a type of network that is specifically built to handle a large number of transactions quickly by relying on Ethereum mainnet for security functions, and optimizing for speed and scale. Examples include Arbitrum and Optimism; this is different from a 'sidechain', which is a network that has its own security mechanism, yet still allows compatibility and bridging of assets between itself and Ethereum.
     </>
@@ -8191,7 +8191,7 @@ const definitions = {
       "term": "Lightning Network",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Lightning Network is a second layer for Bitcoin that uses micropayment channels to scale the blockchain’s capability to conduct transactions more efficiently.\n\nThis layer consists of multiple payment channels between parties or Bitcoin users. A Lightning Network channel is a transaction mechanism between two parties. Using channels, the parties can make or receive payments from each other. Transactions conducted on the Lightning Network are faster, less costly, and more readily confirmed than those conducted directly on the Bitcoin blockchain.
     </>
@@ -8229,7 +8229,7 @@ const definitions = {
       "term": "Liquid Democracy (Delegative Democracy)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A government system where votes can be delegated or proxied to other individuals such as friends, politicians, or subject matter experts. For example, in a liquid democracy, Bernadette could give Ahmad her vote and Ahmad would then vote for both himself and Bernadette. Liquid democracy is used at times as a governance mechanism for Decentralized Autonomous Organizations (DAOs) wherein every participant is able to vote or delegate their vote to another individual.
     </>
@@ -8267,7 +8267,7 @@ const definitions = {
       "term": "Liquidation",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Liquidation happens when a trader has insufficient funds to keep a leveraged trade open. Liquidation
     </>
@@ -8305,7 +8305,7 @@ const definitions = {
       "term": "liquidity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An asset is considered more ‘liquid’ if it can easily be converted into cash, and therefore, ‘liquidity’ refers to the availability of assets to a company or market. Conversely, the harder it is to turn an asset into cash, the more illiquid the asset. For example, stocks are considered relatively liquid assets, as they can be easily converted to cash, while real estate is considered an illiquid asset. The liquidity of an asset affects its risk potential and market price.
     </>
@@ -8343,7 +8343,7 @@ const definitions = {
       "term": "liquidity pool",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A liquidity pool is a crowdsourced pool of cryptocurrencies or tokens locked in a smart contract that is used to facilitate trades between the assets on a decentralized exchange (DEX). Instead of traditional markets of buyers and sellers, many decentralized finance (DeFi) platforms use automated market makers (AMMs), which allow digital assets to be traded in an automatic and permissionless manner through the use of liquidity pools.
     </>
@@ -8381,7 +8381,7 @@ const definitions = {
       "term": "liquidity staking",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Liquid staking allows users to stake tokens and simultaneously use them in the DeFi ecosystem. This is made possible by wrapping the staked tokens and providing users with a wrapped token that is a claim on the underlying collateral. The wrapped tokens can be transferred and generate yield.\nLiquid staking permits users to stake and unstake their coins without being beholden to a lock-up period. It thus enables greater capital efficiency and increased liquidity on proof-of-stake blockchains, allowing users to maximize the benefits of staking and DeFi simultaneously. Furthermore, liquid staking enhances network security on PoS chains.
     </>
@@ -8419,7 +8419,7 @@ const definitions = {
       "term": "Low",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'gas fees', Low is a category that allows you to wait a bit longer and save money if you choose. There are 3 categories available in MetaMask: Low, Market, Aggressive\n\nUsing Advanced Gas Controls
     </>
@@ -8457,7 +8457,7 @@ const definitions = {
       "term": "mainnet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The primary network where actual transactions take place on a specific distributed ledger. For example, The Ethereum Mainnet (capitalized in this case) is the public blockchain where network validation and transactions take place
     </>
@@ -8495,7 +8495,7 @@ const definitions = {
       "term": "Maker Protocol",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Maker Protocol, built on the Ethereum blockchain, enables users to create and hold currency. Current elements of the Maker Protocol are the DAI stable coin, Maker Vaults, and Voting. MakerDAO governs the Maker Protocol by deciding on key parameters (e.g., stability fees, collateral types and rates, etc.)
     </>
@@ -8533,7 +8533,7 @@ const definitions = {
       "term": "Malware",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Any software intentionally designed to cause disruption to a computer, server, client, or computer network, leak private information, gain unauthorized access to information or systems, deprive access to information, or which unknowingly interferes with the user's computer security and privacy.
     </>
@@ -8571,7 +8571,7 @@ const definitions = {
       "term": "market cap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Short for 'market capitalization', this refers to the total value held in a particular industry, market, company, or asset. For a publicly traded company, the market cap is the total dollar market value of a company's outstanding shares. For Bitcoin or Ethereum, the total market cap is a reflection of the current existing supply times the market price.
     </>
@@ -8609,7 +8609,7 @@ const definitions = {
       "term": "Maximal Extractable Value (MEV)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Originally known as Miner Extractable Value, MEV is a broad complex topic that refers to the inclusion, exclusion, and reordering of transactions within a block in order to extract more value from it, generally in excess of what a validator (or miner, on PoW networks) would earn from producing the block. MEV includes activities such as frontrunning, arbitrage, and what could be considered malicious actions to profit off of other users' transactions. This is a very active topic of research that is changing rapidly.
     </>
@@ -8647,7 +8647,7 @@ const definitions = {
       "term": "Maximum Priority Fee",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The fee, or 'miner tip', goes to the validator or miner, and incentivizes them to prioritize your transaction.
     </>
@@ -8685,7 +8685,7 @@ const definitions = {
       "term": "memory pool; mempool",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       a.k.a. Transaction Pool\n\nWhen a user submits a transaction to the Ethereum network–or many other networks based on Ethereum–the transaction goes into what’s known as a “transaction pool”, or “txpool” for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are “picked up” and included in the next block, and there is currently a lot of research surrounding how this decision gets made. In Bitcoin, the transaction pool was referred to as the “memory pool”, or “mempool”, and often these terms are used interchangeably.
     </>
@@ -8723,7 +8723,7 @@ const definitions = {
       "term": "Merge (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.
     </>
@@ -8761,7 +8761,7 @@ const definitions = {
       "term": "Merkle Patricia trie",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Often referred to simply as a 'Merkle trie' (pronounced 'tree'), a Merkle Patricia trie is a data structure in which a single hash code function (see 'hash') splits into smaller branches. In a similar way to a family tree, where a parent branch splits into child branches, which are then extrapolated into grandchild branches, a Merkle Patricia trie keeps a record of the filiation and history of each element. This type of data structure enables for faster verification on a blockchain network.
     </>
@@ -8799,7 +8799,7 @@ const definitions = {
       "term": "Mesh",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ConsenSys Mesh is a network of loosely coupled, tightly aligned teams, products, and investments advancing the Ethereum ecosystem and the arrival of web3.
     </>
@@ -8837,7 +8837,7 @@ const definitions = {
       "term": "Metadata",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'NFT metadata': Metadata is 'data that provides information about other data' Metadata
     </>
@@ -8875,7 +8875,7 @@ const definitions = {
       "term": "MetaMask",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask, either in its mobile app form on iOS and Android, or in its browser extension form, is a tool to access and interact with blockchains and the decentralized web. It allows users to manage their digital identity and the permission of others to interact with that identity; its functions include that of a wallet, a dapp permissions manager, and access to token swaps. It is an open-source project that encourages developers from other projects to build on top of it through MetaMask Snaps.
     </>
@@ -8913,7 +8913,7 @@ const definitions = {
       "term": "MetaMask Bridge",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask Bridge: You can now access a curated, straightforward bridging experience in MetaMask Bridge, available at https://portfolio.metamask.io/bridge \nOnly certain tokens and network combinations are available initially. MetaMask Bridge
     </>
@@ -8951,7 +8951,7 @@ const definitions = {
       "term": "MetaMask Community Platform",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The MetaMask forums located at community.metamask.io\n\nMetaMask's community platform can be accessed here:\nMetaMask Community
     </>
@@ -8989,7 +8989,7 @@ const definitions = {
       "term": "MetaMask Extension",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.
     </>
@@ -9027,7 +9027,7 @@ const definitions = {
       "term": "MetaMask Flask",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.\n\nWhat is MetaMask Flask, and how is it different from normal MetaMask?
     </>
@@ -9065,7 +9065,7 @@ const definitions = {
       "term": "MetaMask Institutional",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask Institutional is an institution-compliant version of the world’s leading web3 wallet, MetaMask. Organizations trust us to manage their web3 access and engagement with institution-required security, operational efficiency, and compliance. MetaMask Institutional
     </>
@@ -9103,7 +9103,7 @@ const definitions = {
       "term": "MetaMask Learn",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.\n\nMetaMask Learn
     </>
@@ -9141,7 +9141,7 @@ const definitions = {
       "term": "MetaMask SDK",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMask SDK (Software Development Kit) is a library that can be installed by developers in their projects. It will automatically guide their users to connect easily with a MetaMask Wallet client.  MetaMask SDK
     </>
@@ -9179,7 +9179,7 @@ const definitions = {
       "term": "MetaMask Snaps",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The first big feature shipped through Flask has been MetaMask Snaps. Snaps is a whole topic in and of itself, but think of it like this: Snaps allows developers to bring any kind of functionality they want to the application. Given how broad that is, and the potential security implications, snaps can only be used in Flask at the moment; however, the plan is to allow users to customize their MetaMask experience through this functionality.
     </>
@@ -9217,7 +9217,7 @@ const definitions = {
       "term": "MetaMetrics",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MetaMetrics is an opt-in analytics platform that aims to collect information on non-sensitive user events to help us improve the software for MetaMask users.\n\nHow to manage your MetaMetrics settings
     </>
@@ -9255,7 +9255,7 @@ const definitions = {
       "term": "metaverse",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A metaverse is a digital universe that contains all the aspects of the real world, such as real-time interactions and economies. It offers a unique experience to end-users. Metaverse
     </>
@@ -9293,7 +9293,7 @@ const definitions = {
       "term": "miner tip",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The miner tip is the Maximum Priority Fee that incentivizes the miner to prioritize a transaction. Learn the basics of blockchains and Ethereum (miners and validators, gas, cryptocurrencies and NFTs, block explorer, networks, etc.)
     </>
@@ -9331,7 +9331,7 @@ const definitions = {
       "term": "mining",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The process by which blocks or transactions are verified and added to a blockchain using a Proof of Work (PoW) consensus mechanism. In order to verify a block, a miner must use a computer to solve a cryptographic problem. Once the computer has solved the problem, the block is considered “mined” or verified. On Bitcoin or other PoW blockchains, the first computer to mine or verify the block receives bitcoin, or the equivalent network token, as a reward.
     </>
@@ -9369,7 +9369,7 @@ const definitions = {
       "term": "Mint",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Minting refers to the act of publishing a token on the blockchain to make it transferrable and purchasable.
     </>
@@ -9407,7 +9407,7 @@ const definitions = {
       "term": "mnemonic phrase",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       This is an alternative way of referring to a Secret Recovery Phrase, also known as a 'seed phrase': a series of words that correspond to a very long cryptographic key, used to generate and control all the addresses of a crypto wallet.
     </>
@@ -9445,7 +9445,7 @@ const definitions = {
       "term": "MobiKwik",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MobiKwik is an Indian payment service provider founded in 2009 that provides a mobile phone-based payment system and digital wallet.
     </>
@@ -9483,7 +9483,7 @@ const definitions = {
       "term": "modular blockchain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Bitcoin is an example of a monolithic blockchain: all of the functions of the network (consensus, execution, data availability, and settlement) are run on one chain. This has significant drawbacks (see 'blockchain trilemma' for more). A modular blockchain, on the other hand, separates some or all of these functions into separate chains, each one optimized for its specific function, and relying on the other chains for the other functions. Ethereum is currently moving towards modularization, both on a protocol level beginning with the Merge, which split consensus and execution into two chains, and at the level of 'Layer 2' networks which provide optimized execution environments, and then 'roll up' their data to Ethereum for its consensus functionality.
     </>
@@ -9521,7 +9521,7 @@ const definitions = {
       "term": "MoonPay",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       MoonPay is a financial technology company that builds payments infrastructure for crypto. Its on-and-off-ramp suite of products provides a seamless experience for converting between fiat currencies and cryptocurrencies using all major payment methods, including debit and credit cards, local bank transfers, Apple Pay, Google Pay, and Samsung Pay. MoonPay is active in more than 160 countries and is trusted by 300+ leading wallets, websites, and applications to accept payments and defeat fraud. The company is based in Miami, Florida, and was founded in 2019.
     </>
@@ -9559,7 +9559,7 @@ const definitions = {
       "term": "multi-sig",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       multi-signature wallet (multisig)\nA crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.
     </>
@@ -9597,7 +9597,7 @@ const definitions = {
       "term": "multi-signature wallet (multisig)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.
     </>
@@ -9635,7 +9635,7 @@ const definitions = {
       "term": "Multifactor Authentication",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Authentication using two or more different factors to achieve authentication.
     </>
@@ -9673,7 +9673,7 @@ const definitions = {
       "term": "Near-Field Communication (NFC)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Near-field communication is a set of communication protocols that enables communication between two electronic devices over a distance of 4 cm or less. NFC offers a low-speed connection through a simple setup that can be used to bootstrap more capable wireless connections..
     </>
@@ -9711,7 +9711,7 @@ const definitions = {
       "term": "Nested Blockchain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A nested blockchain is essentially a blockchain within — or, rather, atop — another blockchain. See 'Layer 2'
     </>
@@ -9749,7 +9749,7 @@ const definitions = {
       "term": "Network",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A network refers to all nodes in the operation of a blockchain at any given moment in time.
     </>
@@ -9787,7 +9787,7 @@ const definitions = {
       "term": "Network Congestion",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The reduced quality of service that occurs when a network node or link is carrying more data than it can handle. Typical effects include queueing delay, packet loss or the blocking of new connections. Congestion
     </>
@@ -9825,7 +9825,7 @@ const definitions = {
       "term": "NFT",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       When discussing Non-Fungible Tokens (NFTs), “fungibility” refers to an object’s ability to be exchanged for another. For example, an individual dollar is considered fungible, as one dollar is fully interchangeable with another. Artwork is usually deemed non-fungible, as paintings or sculptures are likely to be unequal between them in quality, value, or other attributes. A non-fungible token is a type of token that is a unique digital asset and has no equal token. This is in contrast to cryptocurrencies like ether that are fungible in nature.
     </>
@@ -9863,7 +9863,7 @@ const definitions = {
       "term": "NFT aggregator",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the initial wave of interest in buying and selling NFTs, a number of NFT marketplaces--websites where you can buy and sell NFTs--were created. As the market matured, aggregators appeared, which offer the user the ability to view available stock and price, buy and sell across marketplaces from a single unified application. Similar to familiar web2 shopping portals, these have come to be known as NFT Marketplace Aggregators, or just NFT Aggregators.
     </>
@@ -9901,7 +9901,7 @@ const definitions = {
       "term": "NFT drop",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An NFT drop happens when a new NFT collection is released. NFT drops can vary in both how the NFTs are sold (listed for sale or auction), and in who they’re released to (the public, or a specific list called an “allowlist”).\n\n\nOften, NFT drops coincide with when the NFTs in the collection are minted, that is, written to the blockchain. You might hear these terms used interchangeably— a drop might be referred to as the project’s mint.
     </>
@@ -9939,7 +9939,7 @@ const definitions = {
       "term": "Ngrave",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Crypto hardware wallet.
     </>
@@ -9977,7 +9977,7 @@ const definitions = {
       "term": "node",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.
     </>
@@ -10015,7 +10015,7 @@ const definitions = {
       "term": "Non-fungible token",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See NFT
     </>
@@ -10053,7 +10053,7 @@ const definitions = {
       "term": "nonce",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The word ‘nonce’ has a few different meanings, and in different contexts, it ends up getting used a lot of different ways. Originally formed from a contraction of a phrase meaning “not more than once”, on the Ethereum Mainnet, “nonce” refers to a unique transaction identification number that increases in value with each successive transaction in order to ensure various safety features (such as preventing a double-spend). Note that due to its broader use in cryptography, you may encounter ‘nonce’ being used differently on other sidechains or decentralized projects.
     </>
@@ -10091,7 +10091,7 @@ const definitions = {
       "term": "off-chain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A transaction that is processed outside the blockchain network with an increased speed and reduced cost. There are two different transactions that occur on the blockchain:\n\nOn-chain transactions are those reflected on the distributed ledger and are visible to all the network users. On the other hand, off-chain transactions occur outside the blockchain network. Such a transaction doesn’t need the services of miners because no ledger verification is conducted.\nUnlike on-chain transactions, off-chain transactions can be made instantly. This method entails lower fees, happens instantly, and offers more anonymity.
     </>
@@ -10129,7 +10129,7 @@ const definitions = {
       "term": "ommer block",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Under the Proof of Work (PoW) consensus mechanism, miners received rewards for being the first to mine a new block. However, at times a block would be mined just after, and in competition with, the last block. This block, known as an ommer and previously as an uncle, could get rolled into subsequent blocks and the miner of the original ommer would get a partial block reward. All of this functionality was deprecated as of the launch of the Beacon Chain.
     </>
@@ -10167,7 +10167,7 @@ const definitions = {
       "term": "on-chain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       On-chain, as the name implies, refers to blockchain transactions that exist on and have been verified to the blockchain by miners or validators. On-Chain also means that transactions have been recorded to the blockchain
     </>
@@ -10205,7 +10205,7 @@ const definitions = {
       "term": "on-ramp, off-ramp",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Based on a metaphor from the American highway system, 'on-ramp' refers to a tool, or a service provider, or the action, of converting fiat currency into tokens on a blockchain. Conversely, 'off-ramp' refers to exchanging on-chain assets for their value in a given fiat currency. There are many providers of such services, and MetaMask users have access to them through the 'Buy Crypto' feature.
     </>
@@ -10243,7 +10243,7 @@ const definitions = {
       "term": "OpenSea",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       OpenSea is the world's first and largest web3 marketplace for NFTs and crypto collectibles.
     </>
@@ -10281,7 +10281,7 @@ const definitions = {
       "term": "Opera",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Internet browser.
     </>
@@ -10319,7 +10319,7 @@ const definitions = {
       "term": "Optimism",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Optimism is a layer-2 scaling solution for Ethereum, which is a blockchain-based platform for decentralized applications. It is designed to reduce the cost and increase the speed of transactions on the Ethereum network. Optimism works by using a technique called optimistic rollups, which allows it to process a large number of transactions off-chain, while still maintaining the security and decentralization of the Ethereum network.\n\nIn optimistic rollups, transactions are initially processed off-chain, and a summary of these transactions is then submitted to the Ethereum network for verification. This verification process ensures that the transactions are valid and that no fraud has occurred. Once the transactions are verified, they are added to the Ethereum blockchain, allowing users to interact with the decentralized applications built on the platform.
     </>
@@ -10357,7 +10357,7 @@ const definitions = {
       "term": "optimistic rollup",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A rollup that assumes the validity and good faith of transactions, and only runs a fraud proof in the case of fraud being alleged. See also 'rollup'.
     </>
@@ -10395,7 +10395,7 @@ const definitions = {
       "term": "Oracle",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Typically, an oracle is any entity or person that is relied on to report the outcome of an event. In a blockchain network an oracle (human or machine) helps communicate data to a smart contract, which can then be used to verify an event or specific outcome.
     </>
@@ -10433,7 +10433,7 @@ const definitions = {
       "term": "ParaSwap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ParaSwap is a decentralized exchange (DEX) aggregator that optimizes swaps for users through better prices, limited gas fees, and lower slippage. ParaSwap sources their liquidity from major DEXes such as Uniswap, Balancer, Curve, Kyber, in addition to ParaSwapPool, their professional Market Maker network.
     </>
@@ -10471,7 +10471,7 @@ const definitions = {
       "term": "parity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In a general sense, to say that something 'has parity' with another thing means 'equal in features or other important quality', and is a phrase often used by software developers and computer scientists.
     </>
@@ -10509,7 +10509,7 @@ const definitions = {
       "term": "Parity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Parity Technologies is the name of a blockchain technology company that is developing a number of significant projects in the blockchain space. One of its first projects was an Ethereum client, known as Parity; its name was changed to Parity Ethereum, and then was spun out as a DAO-owned and operated project called Open Ethereum, which has also been deprecated. See also 'client'.
     </>
@@ -10547,7 +10547,7 @@ const definitions = {
       "term": "Passphrase",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See 'Secret Recovery Phrase'
     </>
@@ -10585,7 +10585,7 @@ const definitions = {
       "term": "password manager",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A password manager is a tool or software that stores all sorts of passwords needed for online applications and services.\nPassword manager
     </>
@@ -10623,7 +10623,7 @@ const definitions = {
       "term": "PayPal",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       PayPal is a multinational financial technology company operating an online payments system in the majority of countries.
     </>
@@ -10661,7 +10661,7 @@ const definitions = {
       "term": "peer-to-peer (P2P)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       P2P refers to interactions that happen directly between two parties, usually two separate individuals, and have been present in Internet technology in different ways for some time. These interactions are often coordinated through some sort of app or network, which can consist of any number of individuals. Public blockchains can be considered to have a high degree of P2P functionality, as individuals are able to transact or interact with each other without relying on an intermediary or single point of failure.
     </>
@@ -10699,7 +10699,7 @@ const definitions = {
       "term": "permissioned ledger",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blockchain network in which access to ledger or network requires permission from an individual or group of individuals, as opposed to a public blockchain. Permissioned ledgers may have one or many owners. Consensus on a permissioned ledger is conducted by the trusted actors, such as government departments, banks, or other known entities. Permissioned blockchains or ledgers contain highly-verifiable data sets because the consensus process creates a digital signature, which can be seen by all parties. A permissioned ledger is much easier to maintain and considerably faster than a public blockchain. For example, Quorum or Hyperledger Besu are permissioned ledgers that can be more easily set up for large enterprises. In contrast, the public Ethereum blockchain is a permissionless ledger which anyone can access.
     </>
@@ -10737,7 +10737,7 @@ const definitions = {
       "term": "phishing (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Phishing is a form of social engineering where attackers deceive people into revealing sensitive information or installing malware such as ransomware.
     </>
@@ -10775,7 +10775,7 @@ const definitions = {
       "term": "Plasma",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Plasma' is a term that is used to refer to one of the solutions being built and deployed in order to securely scale the Ethereum network. A Plasma network functions similarly to an optimistic rollup, inasmuch as it relies on Ethereum Mainnet to maintain the record of transactions, and as the source for arbitration or fraud resolution. However, a Plasma network differs in other important technical ways from rollups, and is currently limited to simple operations, such as swaps and token transfers. More technical information is available here.
     </>
@@ -10813,7 +10813,7 @@ const definitions = {
       "term": "PoA, PoS, PoW",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronyms standing for Proof of X consensus mechanisms: Authority, Stake, Work. The “o” is lowercase since you wouldn’t capitalize “of” when writing out the phrase. See also 'consensus', 'Proof of Authority', 'Proof of Stake', 'Proof of Work'.
     </>
@@ -10851,7 +10851,7 @@ const definitions = {
       "term": "Polygon",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Polygon (formerly Matic Network) is a layer-2 scaling solution for Ethereum that aims to address the scalability issues of the Ethereum blockchain. It is designed to provide faster and cheaper transactions with the same level of security and decentralization as the Ethereum network.\n\nPolygon achieves this by creating a multi-chain ecosystem that is built on top of the Ethereum network. This ecosystem consists of various interconnected sidechains that can process transactions independently of the main Ethereum blockchain. These sidechains are called 'Polygon chains' or 'commit chains'.
     </>
@@ -10889,7 +10889,7 @@ const definitions = {
       "term": "Portfolio",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Portfolio Dapp enables you to view all your MetaMask accounts and their assets in one place. It aggregates values from across your accounts and shows your total holdings, making it easier than ever to get an at-a-glance summary of their value in your chosen currency.\n\nGetting started with MetaMask Portfolio
     </>
@@ -10927,7 +10927,7 @@ const definitions = {
       "term": "PoS/PoW Hybrid",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A hybrid consensus model that utilizes a combination of Proof of Stake (PoS) and Proof of Work (PoW) consensus. Using this Hybrid consensus mechanism, blocks are validated from not only miners, but also voters (stakeholders) to form a balanced network governance.
     </>
@@ -10965,7 +10965,7 @@ const definitions = {
       "term": "Priority fee",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The priority fee, also referred to as the 'miner tip', incentivizes the miner to prioritize your transaction.\n\nNaturally, whether this does actually go to a miner depends on the consensus mechanism they use: Ethereum mainnet became a Proof of Stake network following the Merge in September 2022, so the priority fee goes to validators instead of miners.
     </>
@@ -11003,7 +11003,7 @@ const definitions = {
       "term": "private blockchain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A blockchain or distributed ledger that has a closed network wherein participants are controlled by a single entity. A private blockchain requires a verification process for new participants. A private blockchain may also limit which individuals are able to participate in consensus of the blockchain network. See also 'permissioned ledger'.
     </>
@@ -11041,7 +11041,7 @@ const definitions = {
       "term": "private currency",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A currency or token issued by a private individual or firm. Typically, the token or currency is limited to use within the network of that particular firm or individual. This is not to be confused with a “privacy cryptocurrency”, which are cryptocurrencies with specific privacy features, such as hidden user identities.
     </>
@@ -11079,7 +11079,7 @@ const definitions = {
       "term": "private key",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A private key is an alphanumeric string of data that, in MetaMask, corresponds to a single specific account in a wallet. Private keys can be thought of as a password that enables an individual to control a specific crypto account. Never reveal your private key to anyone, as whoever controls the private key controls the account funds. If you lose your private key, then you lose access to, and control over, that account.
     </>
@@ -11117,7 +11117,7 @@ const definitions = {
       "term": "Proof of Authority (PoA)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A consensus mechanism used in private blockchains, granting a single private key the authority to generate all of the blocks or validate transactions.
     </>
@@ -11155,7 +11155,7 @@ const definitions = {
       "term": "Proof of Stake (PoS)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A consensus mechanism in which an individual node, or “validator”, validates transactions or blocks. Validators lock up a certain amount of cryptocurrency, such as ether, into a ‘stake’, in order to be able to participate in consensus. If the node validates a block (group of transactions) correctly, then the validator receives a reward. Conversely, if the validator behaves poorly by validating incorrect transactions or by not maintaining sufficient network connectivity, the cryptocurrency they staked can be ‘slashed’, or taken from them and put out of circulation (‘burned’). PoS requires a negligible amount of computing power compared to Proof of Work consensus.
     </>
@@ -11193,7 +11193,7 @@ const definitions = {
       "term": "Proof of Work (PoW)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A consensus mechanism in which each block is ‘mined’ by one of the nodes, or a group of nodes, on the network. The computational process involved in committing a series of transactions into a block on the network, known as ‘hashing a block’, is technically quite simple, and therefore subject to attack. Under PoW, each miner must solve a math problem to find a set, difficult variable in order to be able to propose their block to the network as the next to be ‘mined’. In effect, the process of hashing each block becomes a competition. This addition of solving for a target increases the difficulty of successfully hashing each block, and consequently the security of the network.\n\nFor each hashed block, the overall process of hashing will have taken some time and computational effort. Thus, a hashed block is considered Proof of Work, and the miner that successfully hashes the block first receives a reward, in the form of cryptocurrency. PoW is singificantly more energy-intensive than other consensus mechanisms, such as Proof of Stake.
     </>
@@ -11231,7 +11231,7 @@ const definitions = {
       "term": "protocol",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Formally speaking, a 'protocol' is a set of rules governing how a process is carried out. This concept is used throughout public blockchain networks and web3 to refer to the way smart contracts execute their functionality in the same way regardless of the user. The products or services built on top of smart contracts are often referred to as 'protocols' by extension.
     </>
@@ -11269,7 +11269,7 @@ const definitions = {
       "term": "public blockchain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A globally open network wherein anyone can participate in transactions, participate in the consensus protocol to help determine which blocks get added to the chain, maintain and examine the contents of the chain.
     </>
@@ -11307,7 +11307,7 @@ const definitions = {
       "term": "public key",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Public blockchain networks are just that: public. Their data is accessible and readable by anyone. In order to have any degree of usability when it comes to allowing users to do some things, like send transactions, but not others, like steal other peoples' tokens, cryptographic technology is used. In particular, a design paradigm known as 'public/private key pairs' is employed to ensure users can interact with others on the network as they wish, while keeping their own account secure. These key pairs consist of two long strings of alphanumeric characters. A public key can be derived mathematically from its corresponding private key, but the inverse is not true: it is mathematically impossible to derive a private key from its corresponding public key. This allows, for example, users to have a public wallet address that anyone can use to send them tokens, with the peace of mind that as long as they properly keep the corresponding private key safe, those tokens cannot be stolen. See also 'private key'.
     </>
@@ -11345,7 +11345,7 @@ const definitions = {
       "term": "Public-Key Cryptography",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See 'public key',see 'Cryptography', see 'blockchain'. Public-Key Cryptography
     </>
@@ -11383,7 +11383,7 @@ const definitions = {
       "term": "Public-Key Infrastructure",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A public key infrastructure (PKI) is a collection of roles, rules, hardware, software, and processes for creating, managing, distributing, using, storing, and revoking digital certificates. Public-Key Infrastructure
     </>
@@ -11421,7 +11421,7 @@ const definitions = {
       "term": "QR code",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A QR code is a type of matrix barcode, constituting a machine-readable optical label that can contain information about the item to which it is attached.
     </>
@@ -11459,7 +11459,7 @@ const definitions = {
       "term": "Quorum",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       ConsenSys Quorum enables enterprises to leverage Ethereum for their high-value blockchain applications. Businesses can rely on the Quorum open-source protocol layer and integrate on top of it product modules from ConsenSys, other companies, or your own in-house development team to build high-performance, customizable applications.\n\nQuorum
     </>
@@ -11497,7 +11497,7 @@ const definitions = {
       "term": "Rarible",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An NFT marketplace.
     </>
@@ -11535,7 +11535,7 @@ const definitions = {
       "term": "relayer",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A relayer is an intermediary that facilitates the exchange or transfer of information, assets, or services between two or more parties. The term is used in various fields, including finance, communication, and technology.\n\nIn the context of cryptocurrencies and blockchain technology, a relayer typically refers to an intermediary that facilitates peer-to-peer transactions on a decentralized network. This can include decentralized exchanges (DEXs), where relayers act as matching engines to connect buyers and sellers of digital assets. A few examples of popular relayers include 0x: 0x is a decentralized exchange protocol that enables the creation of relayers on the Ethereum blockchain. These relayers can be built by anyone and allow for peer-to-peer trading of ERC-20 tokens.\n\nKyber Network: Kyber Network is a decentralized liquidity network that also operates as a relayer. It enables users to trade a wide range of digital assets, including ERC-20 tokens, without the need for a centralized intermediary.\n\nUniswap: Uniswap is a popular decentralized exchange that operates as a relayer. It uses an automated market maker (AMM) system to enable peer-to-peer trading of ERC-20 tokens.\n\nAirSwap: AirSwap is a decentralized exchange that operates as a peer-to-peer relayer on the Ethereum blockchain. It uses an off-chain order book to match buyers and sellers and execute trades.
     </>
@@ -11573,7 +11573,7 @@ const definitions = {
       "term": "Remote Procedure Call (RPC)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see ‘JSON-RPC’ for further details.
     </>
@@ -11611,7 +11611,7 @@ const definitions = {
       "term": "Rinkeby",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.
     </>
@@ -11649,7 +11649,7 @@ const definitions = {
       "term": "Roadmap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A planning technique which lays out the short and long term goals of a particular project within a flexible estimated timeline.
     </>
@@ -11687,7 +11687,7 @@ const definitions = {
       "term": "Rocket Pool",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Rocket Pool is a decentralized Ethereum staking pool.
     </>
@@ -11725,7 +11725,7 @@ const definitions = {
       "term": "rollups",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Rollups (pronounced 'roll ups') are one element in the set of tools and infrastructure being built as scaling solutions for the Ethereum network. They consist, in general, of networks which prioritize their ability to compute transactions and smart contract functionality, and then 'roll up' those transactions to Ethereum Mainnet for secure verification of their validity. There are different ways of approaching this problem from a technical point of view, namely Zero Knowledge, or ZK, rollups, and Optimistic rollups. Arbitrum and Optimism are prominent examples. See the entries on both of these types of rollup for more, and more in-depth discussion here.
     </>
@@ -11763,7 +11763,7 @@ const definitions = {
       "term": "Ropsten",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.
     </>
@@ -11801,7 +11801,7 @@ const definitions = {
       "term": "RPC",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see 'JSON-RPC' for further details.
     </>
@@ -11839,7 +11839,7 @@ const definitions = {
       "term": "rug pull",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Similar to the traditional financial scam of a pyramid scheme, a 'rug pull' is a cryptocurrency or crypto-token based scam in which the creators of the token create hype, through injecting liquidity into their token, airdropping, and other schemes, and once investors pile in and boost the price of the token up to a certain point, the creators liquidate their (generally majority) share of the tokens, leaving their investors with next to nothing.
     </>
@@ -11877,7 +11877,7 @@ const definitions = {
       "term": "Safeheron",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Safeheron is an open-source platform for managing digital assets.
     </>
@@ -11915,7 +11915,7 @@ const definitions = {
       "term": "Samsung Pay",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Samsung Pay is a mobile payment and digital wallet service that lets users make payments using compatible phones and other Samsung-produced devices.
     </>
@@ -11953,7 +11953,7 @@ const definitions = {
       "term": "sandbox",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A testing environment in a computer system in which new or untested software or coding can be run securely.
     </>
@@ -11991,7 +11991,7 @@ const definitions = {
       "term": "Sardine",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Sardine is an instant fiat and crypto settlement platform.
     </>
@@ -12029,7 +12029,7 @@ const definitions = {
       "term": "Satoshi Nakamoto",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A pseudonymous individual or entity who created the Bitcoin protocol, solving the digital currency issue of the “double spend.” Nakamoto first published their white paper describing the project in 2008, and the first Bitcoin software was released one year later.
     </>
@@ -12067,7 +12067,7 @@ const definitions = {
       "term": "scalability",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A change in size or scale to handle a network’s demands. This word is used to refer to a blockchain project’s ability to handle network traffic, future growth, and capacity in its intended application.
     </>
@@ -12105,7 +12105,7 @@ const definitions = {
       "term": "Scaling",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The main goal of scalability is to increase transaction speed (faster finality), and transaction throughput (high transactions per second), without sacrificing decentralization or security.
     </>
@@ -12143,7 +12143,7 @@ const definitions = {
       "term": "Scrypt",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An alternative proof-of-work (PoW) algorithm to SHA-256, used in Bitcoin mining. Scrypt mining relies more heavily on memory than on pure CPU power, aiming to reduce the advantage that ASICs. Scrypt
     </>
@@ -12181,7 +12181,7 @@ const definitions = {
       "term": "Secret Recovery Phrase",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The seed phrase, mnemonic, or Secret Recovery Phrase is a crucial part of public blockchain technology, originally created for Bitcoin, and goes by many names. However, they all refer to a set of ordered words which correspond to determined values. These values never change, and therefore the same string of words in the same order will always produce the same number–this is the underlying functionality that allows seed phrases to back up wallets. This is also where the name ‘hierarchical deterministic wallets’ comes from, as all the accounts in a given wallet are deterministically created from the seed phrase, and they are hierarchically controlled by it.\n\nA Secret Recovery Phrase is exactly what it sounds like: something that is secret, and should be known only to the owner of the account. If the seed phrase is given to someone else, that person has complete control over the account; they can drain it of tokens and funds, execute transactions with it, etc.    What is a ‘Secret Recovery Phrase’ and how to keep your crypto wallet secure
     </>
@@ -12219,7 +12219,7 @@ const definitions = {
       "term": "Security Token",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A security token is essentially a digital form of traditional securities. There are three primary types of traditional securities: equities, debt and a hybrid of debt and equity. Examples of securities include stocks, bonds, ETFs, options and futures. Hypothetically, any of these things can be tokenized to become a security token. It is possible that in the near future, security tokens could serve as a very viable alternative and competitor to stocks and other traditional securities. Security Token
     </>
@@ -12257,7 +12257,7 @@ const definitions = {
       "term": "Security Token Offering (STO)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A security token offering (STO) is a form of initial coin offering (ICO) where a company or organization issues a security token that is backed by a tangible asset, such as real estate, technology or other assets. The security token represents the right to ownership of the underlying asset, with the tokens being tradeable on a compliant digital asset exchange. Security Token Offering
     </>
@@ -12295,7 +12295,7 @@ const definitions = {
       "term": "seed phrase",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Another term for Secret Recovery Phrase
     </>
@@ -12333,7 +12333,7 @@ const definitions = {
       "term": "self-custody (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Self-custodial' refers to the fact that it's you ('self') who holds your wallet's private key(s). A self-custodial wallet eliminates the third party between you and your crypto-assets, which is more suitable for some people.
     </>
@@ -12371,7 +12371,7 @@ const definitions = {
       "term": "self-executing",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A smart contract is a self-executing contract: a computer program that automatically executes the terms of a contract when certain conditions are met.
     </>
@@ -12409,7 +12409,7 @@ const definitions = {
       "term": "Sepolia",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Sepolia is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).\n\nETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet
     </>
@@ -12447,9 +12447,9 @@ const definitions = {
       "term": "Serenity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
-      The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific descriptions of the upgrades themselves.
+      The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific definitions of the upgrades themselves.
     </>
   )
   ,
@@ -12485,7 +12485,7 @@ const definitions = {
       "term": "serialization",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The process of converting a data structure into a sequence of bytes. Ethereum internally uses an encoding format called recursive-length prefix encoding (RLP).
     </>
@@ -12523,7 +12523,7 @@ const definitions = {
       "term": "Shard chain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A proof-of-stake chain that is coordinated by the Beacon Chain and secured by validators. There will be 64 added to the network as part of the shard chain upgrade. Shard chains will offer increased transaction throughput for Ethereum by providing additional data to layer 2 solutions like optimistic rollups and ZK-rollups.
     </>
@@ -12561,7 +12561,7 @@ const definitions = {
       "term": "sharding (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Sharding, in public blockchains, refers to splitting an entire network into multiple portions, called “shards.” Each shard would contain its own independent state, meaning a unique set of account balances and smart contracts. Sharding is currently being investigated and developed as one of the set of tools and solutions for scaling Ethereum.
     </>
@@ -12599,7 +12599,7 @@ const definitions = {
       "term": "Shielded Transaction",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A shielded transaction is essentially a transaction that is between two shielded addresses.\nShielded Transaction
     </>
@@ -12637,7 +12637,7 @@ const definitions = {
       "term": "sidechain",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A ‘sidechain’ refers to a chain that is connected to another (most often, to Ethereum) through a bridge, allowing assets to be transferred between them. In contrast to a Layer 2 network or a rollup, a sidechain is a full blockchain network in and of itself, and does not rely on Ethereum for consensus. It therefore must be evaluated independently in terms of its security, stability, and other features. See also “blockchain trilemma”, “modular blockchain”.\n\nNote: Bridges exist for good reason; sending tokens from a sidechain to Ethereum mainnet or vice versa would result in token loss.
     </>
@@ -12675,7 +12675,7 @@ const definitions = {
       "term": "Signature (Cryptographic)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See 'Digital signature'
     </>
@@ -12713,7 +12713,7 @@ const definitions = {
       "term": "slashing condition",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Under a Proof of Stake (PoS) consensus mechanism, a slashing condition is one that causes the validator's deposit to be destroyed when they trigger it. See also 'Proof of Stake'.
     </>
@@ -12751,7 +12751,7 @@ const definitions = {
       "term": "slippage",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Slippage is the expected percentage difference between a quoted and an executed price.
     </>
@@ -12789,7 +12789,7 @@ const definitions = {
       "term": "slot",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In Proof of Stake consensus in Ethereum, a 'slot' is a period of time equivalent to 12 seconds; 32 slots make up an 'epoch'. Slots are significant in that for each slot, a different validator node is randomly chosen to propose blocks to the network, and a different committee of validators are chosen to vote on whether each block is valid
     </>
@@ -12827,7 +12827,7 @@ const definitions = {
       "term": "smart contract",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Smart contracts are programs that have been published on a public blockchain, and can be used by anyone. While they often contain agreements or sets of actions between parties that emulate a traditional legal contract, they are not, in and of themselves, legal documents. Smart contracts are automated actions that can be coded and executed once a set of conditions is met, and are the dominant form of programming on the Ethereum Virtual Machine.
     </>
@@ -12865,7 +12865,7 @@ const definitions = {
       "term": "snap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A program or piece of code that extends the functionality of MetaMask by using the MetaMask Snaps framework.
     </>
@@ -12903,7 +12903,7 @@ const definitions = {
       "term": "soft fork",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A change to the blockchain protocol resulting in only previously valid blocks and transactions being made invalid. Since old nodes will recognize the new blocks as valid, a soft fork is backward-compatible. However, this can result in a potential divide in the blockchain, as the old software generates blocks that read as invalid according to the new rules. Contrast with 'hard fork'; for more basic information regarding forks, see 'fork'.
     </>
@@ -12941,7 +12941,7 @@ const definitions = {
       "term": "Software Development Kit (SDK)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A software development kit is a collection of software development tools in one installable package. They facilitate the creation of applications by having a compiler, debugger and sometimes a software framework. See 'MetaMask SDK'
     </>
@@ -12979,7 +12979,7 @@ const definitions = {
       "term": "Solidity",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The programming language developers use to write smart contracts on the Ethereum network. See also ‘smart contract’. Solidity
     </>
@@ -13017,7 +13017,7 @@ const definitions = {
       "term": "stablecoin",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A cryptocurrency whose value has been ‘pegged’ to that of something considered a ‘stable’ asset, like fiat currency or gold. It theoretically remains stable in price, as it is measured against a known amount of an asset which should be less subject to fluctuation. Always spelled as one word. User Guide: Tokens
     </>
@@ -13055,7 +13055,7 @@ const definitions = {
       "term": "staking (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       On the Ethereum Proof of Stake network, those wishing to participate in consensus must first lock up, or ‘stake’, 32 ETH into a smart contract; this ETH may be ‘slashed’ (taken from them and ‘burned’, put out of circulation) in the event that their validator behaves maliciously or does not meet performance requirements. Similar Proof of Stake mechanisms are in operation on other networks, as well.\n\nAlthough this is the canonical meaning of the word, similar actions taken at the level of a decentralized exchange (DEX) or another dapp are often called ‘staking’, though it would probably be more accurate and descriptive to just call this ‘locking up tokens’.
     </>
@@ -13093,7 +13093,7 @@ const definitions = {
       "term": "state",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The set of data that a blockchain network strictly needs to keep track of, and that represents data currently relevant to applications on the chain.
     </>
@@ -13131,7 +13131,7 @@ const definitions = {
       "term": "state channels",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       State channels are part of the set of tools and platforms involved in scaling Ethereum. While a complex topic, state channels are essentially methods through which the current 'state' of the blockchain can be exported, and then based on that, any given number of transactions can take place off-chain, and then be moved back onto the main Ethereum chain.
     </>
@@ -13169,7 +13169,7 @@ const definitions = {
       "term": "Streaming",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Money streaming represents the idea of continuous payments over time. Block numbers are used to measure time in the blockchain and continuously update the balances of the parties in the contract.
     </>
@@ -13207,7 +13207,7 @@ const definitions = {
       "term": "swap (noun)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap. Within MetaMask, users have access to a powerful aggregator showing them information about swaps across the ecosystem, this is MetaMask Swaps:\n\nUser Guide Swaps
     </>
@@ -13245,7 +13245,7 @@ const definitions = {
       "term": "Swap /MetaSwap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap.
     </>
@@ -13283,7 +13283,7 @@ const definitions = {
       "term": "szabo",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A denomination of ETH. See also 'ether (denominations)'.
     </>
@@ -13321,7 +13321,7 @@ const definitions = {
       "term": "testnet (test network)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A testnet is a blockchain network that mirrors, as closely as possible, the current conditions of a corresponding ‘main’ network. Testnets are used by developers to verify that their smart contracts and other functionality work as intended, before permanently recording their code to a live blockchain network (and often spending significant gas fees in the process!).\n\nTokens minted on testnets are not transferrable for their equivalent value on mainnets.
     </>
@@ -13359,7 +13359,7 @@ const definitions = {
       "term": "Testnet Kovan",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; website here.
     </>
@@ -13397,7 +13397,7 @@ const definitions = {
       "term": "Testnet Rinkeby",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; faucet here. Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.
     </>
@@ -13435,7 +13435,7 @@ const definitions = {
       "term": "Testnet Ropsten",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.
     </>
@@ -13473,7 +13473,7 @@ const definitions = {
       "term": "token",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A token represents an asset issued on an existing blockchain; the transfer of tokens and the addresses that currently hold them are the subject of the network’s consensus activities. There are many types of tokens; see also ‘ERC-20’ and ‘ERC-721’ entries.
     </>
@@ -13511,7 +13511,7 @@ const definitions = {
       "term": "token lockup",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A token lock-up refers to a mechanism where certain tokens or cryptocurrency holdings are locked up or frozen for a specified period of time to restrict their transfer or sale. This is often used in the context of initial coin offerings (ICOs), where token issuers may require investors to commit to holding onto their tokens for a certain period, typically to ensure that investors are committed to the project's long-term success.\n\nToken lock-up periods can vary in duration and can be predetermined or set according to certain conditions, such as reaching a certain milestone, liquidity event or network upgrade. During the lock-up period, the tokens cannot be transferred or sold, although in some cases, they may be staked or used to participate in certain network activities. Once the lock-up period is over, the tokens can be freely traded or sold.
     </>
@@ -13549,7 +13549,7 @@ const definitions = {
       "term": "Token standard",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       See ERC-20, ERC-721, ERC-1155, etc.
     </>
@@ -13587,7 +13587,7 @@ const definitions = {
       "term": "Total Value Locked (TVL)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Total Value Locked, or TVL, is a common expression used in many contexts across the crypto ecosystem, so it's important to pay attention to the specifics. In general, it refers to how much value, in tokens, has been deposited into something. Most often, it refers to a protocol, which is an application on the blockchain, or a set of protocols. For example, a decentralized token trading platform might have a series of liquidity pools, which are protocols enabling swaps between tokens, and the platform may quote the 'TVL' for all the pools combined. Alternatively, if a network uses proof of stake for their consensus mechanism, they may represent the TVL of all the tokens staked into that consensus protocol.
     </>
@@ -13625,7 +13625,7 @@ const definitions = {
       "term": "Transaction",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Data committed to the Ethereum Blockchain signed by an originating account, targeting a specific address. The transaction contains metadata such as the gas limit for that transaction.
     </>
@@ -13663,7 +13663,7 @@ const definitions = {
       "term": "transaction block",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A collection of transactions on a blockchain network, gathered into a set or a block that can then be hashed and added to the blockchain. See 'hash'.
     </>
@@ -13701,7 +13701,7 @@ const definitions = {
       "term": "transaction fee",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A small fee imposed on transactions sent across a blockchain network. These fees are used to pay network validators or miners for their participation in consensus, and thus ensure that a blockchain network is self-sustaining.
     </>
@@ -13739,7 +13739,7 @@ const definitions = {
       "term": "transaction ID",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A transaction hash/ID (often abbreviated as tx hash or txn hash) is a unique identifier, similar to a receipt, that serves as proof that a transaction was validated and added to the blockchain. In many cases, a transaction hash is needed in order to locate funds.
     </>
@@ -13777,7 +13777,7 @@ const definitions = {
       "term": "transaction pool",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       When a user submits a transaction to the Ethereum network--or many other networks based on Ethereum--the transaction goes into what's know as a 'transaction pool', or 'txpool' for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are 'picked up' and included in the next block, and there is currently a lot of research surrounding how this decision gets made (see 'MEV'). In Bitcoin, the transaction pool was referred to as the 'memory pool', or 'mempool', and often these terms are used interchangeably.
     </>
@@ -13815,7 +13815,7 @@ const definitions = {
       "term": "Transak",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Transak is a developer integration toolkit to let users buy/sell crypto in any app, website or web plugin.
     </>
@@ -13853,7 +13853,7 @@ const definitions = {
       "term": "Trezor",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Hardware wallet.
     </>
@@ -13891,7 +13891,7 @@ const definitions = {
       "term": "Truffle",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Truffle Suite is a development environment based on Ethereum Blockchain, used to develop dapps. Truffle is a one-stop solution for building dapps: compiling contracts, deploying contracts, injecting it into a web app, creating front-end for dapps and testing.\nTruffle Suite
     </>
@@ -13929,7 +13929,7 @@ const definitions = {
       "term": "trustless",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Trustless' is a term that gets used a lot in the decentralized web, and it deserves some explanation. Traditionally, to call something 'trustless' would sound like a negative thing. In the context of decentralized technology, it has a more technical meaning: since everyone has a copy of the ledger of all transactions ever executed, there is no need for a centralized entity that 'must be trusted' as the source of truth. With public blockchain networks, data isn't kept on some centralized server somewhere that could be hacked or changed arbitrarily; anyone can verify the transactions themselves. This is why the term 'trustless' was coined: there is no need for trust, although, in a way, the rules and assurances built into the blockchain provide the basis for greater trust between people, because the system is guaranteed to work the same for everyone.
     </>
@@ -13967,7 +13967,7 @@ const definitions = {
       "term": "Turing-complete",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Any machine that can calculate on a level equal to a programmable computer is Turing-complete, or computationally universal. The Ethereum Virtual Machine, which processes smart contracts and transactions, is Turing-complete, despite not existing on a single physical computer.
     </>
@@ -14005,7 +14005,7 @@ const definitions = {
       "term": "Two-Factor Authentication (2FA)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Two-factor authentication (2FA) is an identity and access management security method that requires two forms of identification to access resources and data. 2FA gives businesses the ability to monitor and help safeguard their most vulnerable information and networks.See also 'U2F' When 2FA
     </>
@@ -14043,7 +14043,7 @@ const definitions = {
       "term": "TXID",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Transaction ID
     </>
@@ -14081,7 +14081,7 @@ const definitions = {
       "term": "U2F",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Universal 2nd Factor (U2F) is an open standard that strengthens and simplifies two-factor authentication (2FA) using specialized Universal Serial Bus (USB) or near-field communication (NFC) devices based on similar security technology found in smart cards
     </>
@@ -14119,7 +14119,7 @@ const definitions = {
       "term": "Uniswap",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Uniswap is a decentralized cryptocurrency exchange that uses a set of smart contracts to execute trades on its exchange.
     </>
@@ -14157,7 +14157,7 @@ const definitions = {
       "term": "unspent transaction output (UTXO)",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       An unspent transaction output (UTXO) represents some amount of digital currency which has been authorized by one account to be spent by another. UTXOs use public key cryptography to identify and transfer ownership between holders of public/private key pairs. UTXOs are formatted with the recipient's public key, thus restricting the ability to spend that UTXO to the account that can prove ownership of the associated private key. The UTXO can only be spent if it includes the digital signature associated with the public key attached the last time it was sent.
     </>
@@ -14195,7 +14195,7 @@ const definitions = {
       "term": "upgrade",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Upgrading is the process of replacing a product with a newer version of the same product. In computing and consumer electronics, an upgrade is generally a replacement of hardware, software, or firmware with a newer or better version, in order to bring the system up to date or to improve its characteristics. See also EIP-1159, merge, and  other important Ethereum upgrades
     </>
@@ -14233,7 +14233,7 @@ const definitions = {
       "term": "UTXO",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Acronym; Unspent Transaction Output.
     </>
@@ -14271,7 +14271,7 @@ const definitions = {
       "term": "validator",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A participant in Proof of Stake (PoS) consensus. On Ethereum’s Proof of Stake network, validators need to stake 32 ETH in order to get included in the validator set. See also ‘staking’.
     </>
@@ -14309,7 +14309,7 @@ const definitions = {
       "term": "validity proof",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The proof submitted along with certain types of rollups to prove that the transactions are valid. See also 'rollups'.
     </>
@@ -14347,7 +14347,7 @@ const definitions = {
       "term": "Validium",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       One of the technologies developed for scaling of the Ethereum network; see more here.
     </>
@@ -14385,7 +14385,7 @@ const definitions = {
       "term": "Vault Decryptor",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The MetaMask Vault Decryptor is a tool used in recovering the Secret Recovery Phrase. This tool was written by MetaMask co-founder Dan Finlay and can be accessed here: Vault Decryptor
     </>
@@ -14423,7 +14423,7 @@ const definitions = {
       "term": "Vesting",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In the context of 'vesting period': The act of restricting the sale of a token for a particular period of time. Vesting period
     </>
@@ -14461,7 +14461,7 @@ const definitions = {
       "term": "wallet",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       In Ethereum-based blockchain technology, a 'wallet' is a something that allows you to manage private keys, your Secret Recovery Phrase, and the accounts generated from it. This could be an internet-connected 'hot wallet', like MetaMask, or an 'airgapped' hardware wallet. In more technical speak, you could say 'the wallet is the client, not the keys.' It is very common for people to use the word 'wallet' to refer to their SRP itself, or the accounts generated from it, or even to one account.
     </>
@@ -14499,7 +14499,7 @@ const definitions = {
       "term": "WalletConnect",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       WalletConnect is an open source protocol for connecting decentralised applications to mobile wallets with QR code scanning or deep linking.
     </>
@@ -14537,7 +14537,7 @@ const definitions = {
       "term": "web3, Web 3.0",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Web3, or Web 3.0, are terms used synonymously with “the decentralized web” and are often used to refer, broadly, to the blockchain and decentralized technology ecosystems and communities as a whole.
     </>
@@ -14575,7 +14575,7 @@ const definitions = {
       "term": "WebHID",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       WebHID (Human Interface Device)\nEnables web applications to interact with human interface devices (HIDs) other than the standard supported devices (mice, keyboards, touchscreens, and gamepads). However, there are many other HID devices that are currently inaccessible to the web
     </>
@@ -14613,7 +14613,7 @@ const definitions = {
       "term": "WebSocket",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       WebSocket is a computer communications protocol, providing full-duplex communication channels over a single TCP connection. It's often used by dapps to regularly fetch up-to-date information from the blockchain.
     </>
@@ -14651,7 +14651,7 @@ const definitions = {
       "term": "Wei",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Wei is the smallest denomination of ether, the currency used to facilitate transactional operations on the Ethereum blockchain network, where 10^18 or 1,000,000,000,000,000,000 wei is equivalent to one ether.
     </>
@@ -14689,7 +14689,7 @@ const definitions = {
       "term": "Whitepaper",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Whitepapers explain the purpose and technology behind a project.
     </>
@@ -14727,7 +14727,7 @@ const definitions = {
       "term": "Wrapping",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Wrapping a token is a way of bringing a token from one network to another, like wrapped Bitcoin or MATIC tokens on Ethereum Mainnet. User Guide: Tokens
     </>
@@ -14765,7 +14765,7 @@ const definitions = {
       "term": "Wyre",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Wyre is a regulated Money Service Business (MSB), which means it is a financial services provider licensed to transmit and convert money. The company is almost a decade old, having been around since 2013.\n\nWyre provides what the company calls a secure and compliant bridge between fiat and cryptocurrencies.\n\nIt serves as an infrastructure provider for blockchain businesses to connect with the fiat economy. In other words, Wyre payments enable blockchain businesses to efficiently integrate highly customizable fiat on-ramps into their onboarding flows.
     </>
@@ -14803,7 +14803,7 @@ const definitions = {
       "term": "yield farming",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Yield farming is an investment practice that involves locking crypto in a dapp for token rewards. Yield farmers deposit their tokens into DeFi applications for crypto trading, lending, or borrowing.
     </>
@@ -14841,7 +14841,7 @@ const definitions = {
       "term": "yield-bearing tokens",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Yield tokens. See 'yield farming'
     </>
@@ -14879,7 +14879,7 @@ const definitions = {
       "term": "zero address",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       The Zero Address is an address on the Ethereum network that is the recipient of a special transaction used to register the creation of a new smart contract on the network.
     </>
@@ -14917,7 +14917,7 @@ const definitions = {
       "term": "Zero-knowledge proof",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A zero-knowledge proof is a cryptographic method that allows an individual to prove that a statement is true without conveying any additional information.
     </>
@@ -14955,7 +14955,7 @@ const definitions = {
       "term": "Zero-knowledge rollup",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       A rollup of transactions that use validity proofs to offer increased layer 2 transaction throughput while using the security provided by mainnet (layer 1). Although they can't handle complex transaction types, like Optimistic rollups, they don't have latency issues because transactions are provably valid when submitted.
     </>
@@ -14993,7 +14993,7 @@ const definitions = {
       "term": "zk-SNARKs",
       phonetic: "",
       partOfSpeech: "",
-      description: (
+      definition: (
     <>
       Zero-Knowledge Succinct Non-interactive ARguments of Knowledge are an incredible technology, and vital to the scaling of blockchain technology and the decentralized web. They are mathematically complex and can be daunting; this explanation from the Ethereum Foundation is a good primer.
     </>
@@ -15029,4 +15029,4 @@ const definitions = {
     }
   }
   
-  export default definitions;
+  export default terms;
diff --git a/work-scripts/generated_definitions.js b/work-scripts/generated_definitions.js
index f91e3b2..34fb9a0 100644
--- a/work-scripts/generated_definitions.js
+++ b/work-scripts/generated_definitions.js
@@ -2,7 +2,7 @@ const glossary = {
   "0x API": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The 0x API is the liquidity and data endpoint for DeFi. It lets you access aggregated liquidity from tens of on-chain and off-chain decentralized exchange networks, across multiple blockchains. It comes with many parameters to customize your requests for your application and your users:<br><br>API References'",
+    "definition": "'The 0x API is the liquidity and data endpoint for DeFi. It lets you access aggregated liquidity from tens of on-chain and off-chain decentralized exchange networks, across multiple blockchains. It comes with many parameters to customize your requests for your application and your users:<br><br>API References'",
     "locales": {
       "Consensys' Definition": "The 0x API is the liquidity and data endpoint for DeFi. It lets you access aggregated liquidity from tens of on-chain and off-chain decentralized exchange networks, across multiple blockchains. It comes with many parameters to customize your requests for your application and your users:\n\nAPI References",
       "Simplified Chinese": "0x API",
@@ -34,7 +34,7 @@ const glossary = {
   "1inch": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Decentralized exchange aggregator that aims to provide traders with the best price and lowest fees on their transactions.  1inch'",
+    "definition": "'Decentralized exchange aggregator that aims to provide traders with the best price and lowest fees on their transactions.  1inch'",
     "locales": {
       "Consensys' Definition": "Decentralized exchange aggregator that aims to provide traders with the best price and lowest fees on their transactions.  1inch",
       "Simplified Chinese": "1inch",
@@ -66,7 +66,7 @@ const glossary = {
   "3Box Labs": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The inventors and core developers of Ceramic, the first decentralized network for composable data. Ceramic makes it possible for developers to build data-rich Web3 applications without needing a traditional database, and in the process, unlocks data composability and portability across every application within the Web3 ecosystem<br><br>3Box Labs'",
+    "definition": "'The inventors and core developers of Ceramic, the first decentralized network for composable data. Ceramic makes it possible for developers to build data-rich Web3 applications without needing a traditional database, and in the process, unlocks data composability and portability across every application within the Web3 ecosystem<br><br>3Box Labs'",
     "locales": {
       "Consensys' Definition": "The inventors and core developers of Ceramic, the first decentralized network for composable data. Ceramic makes it possible for developers to build data-rich Web3 applications without needing a traditional database, and in the process, unlocks data composability and portability across every application within the Web3 ecosystem\n\n3Box Labs",
       "Simplified Chinese": "3Box Labs",
@@ -98,7 +98,7 @@ const glossary = {
   "51% Attack": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'If more than half the computer power or mining hash rate on a network is run by a single person or a single group of people, then a 51% attack is in operation. This means that this entity has full control of the network and can negatively affect a cryptocurrency by taking over mining operations, stopping or changing transactions, and double-spending coins.'",
+    "definition": "'If more than half the computer power or mining hash rate on a network is run by a single person or a single group of people, then a 51% attack is in operation. This means that this entity has full control of the network and can negatively affect a cryptocurrency by taking over mining operations, stopping or changing transactions, and double-spending coins.'",
     "locales": {
       "Consensys' Definition": "If more than half the computer power or mining hash rate on a network is run by a single person or a single group of people, then a 51% attack is in operation. This means that this entity has full control of the network and can negatively affect a cryptocurrency by taking over mining operations, stopping or changing transactions, and double-spending coins.",
       "Simplified Chinese": "51%攻击",
@@ -130,7 +130,7 @@ const glossary = {
   "Aave": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Aave is an open source protocol to create non-custodial liquidity markets to earn interest on supplying and borrowing assets with a variable or stable interest rate.'",
+    "definition": "'Aave is an open source protocol to create non-custodial liquidity markets to earn interest on supplying and borrowing assets with a variable or stable interest rate.'",
     "locales": {
       "Consensys' Definition": "Aave is an open source protocol to create non-custodial liquidity markets to earn interest on supplying and borrowing assets with a variable or stable interest rate.",
       "Simplified Chinese": "Aave",
@@ -162,7 +162,7 @@ const glossary = {
   "Account": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Accounts are records or statements of financial expenditure and receipts that relate to a particular period or purpose.  <br><br>In the world of crypto, this is referred to as a cryptocurrency account. It gives you certain benefits, and it is a requirement in order to use just about any cryptocurrency exchange. A cryptocurrency account gives you access to hot wallets, which allow you to quickly buy, sell and trade cryptocurrencies, and it gives you an identity or a way through which you can hold onto your public keys when it comes to the aforementioned process. <br><br>Account'",
+    "definition": "'Accounts are records or statements of financial expenditure and receipts that relate to a particular period or purpose.  <br><br>In the world of crypto, this is referred to as a cryptocurrency account. It gives you certain benefits, and it is a requirement in order to use just about any cryptocurrency exchange. A cryptocurrency account gives you access to hot wallets, which allow you to quickly buy, sell and trade cryptocurrencies, and it gives you an identity or a way through which you can hold onto your public keys when it comes to the aforementioned process. <br><br>Account'",
     "locales": {
       "Consensys' Definition": "Accounts are records or statements of financial expenditure and receipts that relate to a particular period or purpose.  \n\nIn the world of crypto, this is referred to as a cryptocurrency account. It gives you certain benefits, and it is a requirement in order to use just about any cryptocurrency exchange. A cryptocurrency account gives you access to hot wallets, which allow you to quickly buy, sell and trade cryptocurrencies, and it gives you an identity or a way through which you can hold onto your public keys when it comes to the aforementioned process. \n\nAccount",
       "Simplified Chinese": "账户",
@@ -194,7 +194,7 @@ const glossary = {
   "ACH transfer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ACH (Automated Clearing House) bank transfer is an electronic payment method that allows money to be transferred between bank accounts in the United States. It is a system that processes transactions in batches and is commonly used for direct deposit of paychecks, bill payments, and online money transfers.'",
+    "definition": "'ACH (Automated Clearing House) bank transfer is an electronic payment method that allows money to be transferred between bank accounts in the United States. It is a system that processes transactions in batches and is commonly used for direct deposit of paychecks, bill payments, and online money transfers.'",
     "locales": {
       "Consensys' Definition": "ACH (Automated Clearing House) bank transfer is an electronic payment method that allows money to be transferred between bank accounts in the United States. It is a system that processes transactions in batches and is commonly used for direct deposit of paychecks, bill payments, and online money transfers.",
       "Simplified Chinese": "自动清算中心（ACH）转账",
@@ -226,7 +226,7 @@ const glossary = {
   "address/\"public address\" (wallet address)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Used to send and receive transactions on a blockchain network, and to identify different users; also referred to as a 'public key'. An address is an alphanumeric character string, which can also be represented as a scannable QR code. In Ethereum, the address begins with 0x. For example: 0x06A85356DCb5b307096726FB86A78c59D38e08ee'",
+    "definition": "'Used to send and receive transactions on a blockchain network, and to identify different users; also referred to as a 'public key'. An address is an alphanumeric character string, which can also be represented as a scannable QR code. In Ethereum, the address begins with 0x. For example: 0x06A85356DCb5b307096726FB86A78c59D38e08ee'",
     "locales": {
       "Consensys' Definition": "Used to send and receive transactions on a blockchain network, and to identify different users; also referred to as a 'public key'. An address is an alphanumeric character string, which can also be represented as a scannable QR code. In Ethereum, the address begins with 0x. For example: 0x06A85356DCb5b307096726FB86A78c59D38e08ee",
       "Simplified Chinese": "地址/“公钥”（钱包地址）",
@@ -258,7 +258,7 @@ const glossary = {
   "Advanced": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"Advanced gas controls\": it is an optional feature in the MetaMask wallet,  that gives you more control over the gas you pay in MetaMask.<br><br>Using advanced gas controls'",
+    "definition": "'In the context of \"Advanced gas controls\": it is an optional feature in the MetaMask wallet,  that gives you more control over the gas you pay in MetaMask.<br><br>Using advanced gas controls'",
     "locales": {
       "Consensys' Definition": "In the context of \"Advanced gas controls\": it is an optional feature in the MetaMask wallet,  that gives you more control over the gas you pay in MetaMask.\n\nUsing advanced gas controls",
       "Simplified Chinese": "高级",
@@ -290,7 +290,7 @@ const glossary = {
   "aggregator": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An aggregator is a platform that aggregates liquidity from multiple decentralized exchanges (DEXs) or other sources of liquidity to provide users with the best prices and the most efficient execution for their trades.'",
+    "definition": "'An aggregator is a platform that aggregates liquidity from multiple decentralized exchanges (DEXs) or other sources of liquidity to provide users with the best prices and the most efficient execution for their trades.'",
     "locales": {
       "Consensys' Definition": "An aggregator is a platform that aggregates liquidity from multiple decentralized exchanges (DEXs) or other sources of liquidity to provide users with the best prices and the most efficient execution for their trades.",
       "Simplified Chinese": "聚合器",
@@ -322,7 +322,7 @@ const glossary = {
   "Aggressive": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"gas fees\", Aggressive is a category that enables you to be more forceful with your transaction, and have it completed as soon as possible. There are three categories available in MetaMask: Low, Market, Aggressive<br><br>Using advanced gas controls'",
+    "definition": "'In the context of \"gas fees\", Aggressive is a category that enables you to be more forceful with your transaction, and have it completed as soon as possible. There are three categories available in MetaMask: Low, Market, Aggressive<br><br>Using advanced gas controls'",
     "locales": {
       "Consensys' Definition": "In the context of \"gas fees\", Aggressive is a category that enables you to be more forceful with your transaction, and have it completed as soon as possible. There are three categories available in MetaMask: Low, Market, Aggressive\n\nUsing advanced gas controls",
       "Simplified Chinese": "激进型",
@@ -354,7 +354,7 @@ const glossary = {
   "Agoric": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Agoric is a Proof-of-Stake blockchain that functions as a smart contract platform, enabling developers to deploy decentralized applications. The platform is built on a variant of the JavaScript programming language, which is a widely used language for web development.'",
+    "definition": "'Agoric is a Proof-of-Stake blockchain that functions as a smart contract platform, enabling developers to deploy decentralized applications. The platform is built on a variant of the JavaScript programming language, which is a widely used language for web development.'",
     "locales": {
       "Consensys' Definition": "Agoric is a Proof-of-Stake blockchain that functions as a smart contract platform, enabling developers to deploy decentralized applications. The platform is built on a variant of the JavaScript programming language, which is a widely used language for web development.",
       "Simplified Chinese": "Agoric",
@@ -386,7 +386,7 @@ const glossary = {
   "air-gapping": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A method for securing computers in which the device does not connect to the internet or any other open networks. Many hardware wallets use air-gapping as a security mechanism to keep users' private keys or Secret Recovery Phrase offline, and thus safer from any kind of attack.'",
+    "definition": "'A method for securing computers in which the device does not connect to the internet or any other open networks. Many hardware wallets use air-gapping as a security mechanism to keep users' private keys or Secret Recovery Phrase offline, and thus safer from any kind of attack.'",
     "locales": {
       "Consensys' Definition": "A method for securing computers in which the device does not connect to the internet or any other open networks. Many hardware wallets use air-gapping as a security mechanism to keep users' private keys or Secret Recovery Phrase offline, and thus safer from any kind of attack.",
       "Simplified Chinese": "气隙",
@@ -418,7 +418,7 @@ const glossary = {
   "airdrop": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.'",
+    "definition": "'A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.'",
     "locales": {
       "Consensys' Definition": "A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.",
       "Simplified Chinese": "空投",
@@ -450,7 +450,7 @@ const glossary = {
   "airdrop (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.'",
+    "definition": "'A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.'",
     "locales": {
       "Consensys' Definition": "A token distribution method used to send cryptocurrency or tokens to wallet addresses. Sometimes airdrops are used for marketing purposes in exchange for simple tasks like reshares, referrals, or app downloads.",
       "Simplified Chinese": "空投",
@@ -482,7 +482,7 @@ const glossary = {
   "AirGap Vault": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'AirGap Vault is a crypto wallet application that provides secure storage for digital assets. The wallet is designed to be used in conjunction with AirGap's other wallet app, AirGap Wallet, which is used for sending and receiving transactions.'",
+    "definition": "'AirGap Vault is a crypto wallet application that provides secure storage for digital assets. The wallet is designed to be used in conjunction with AirGap's other wallet app, AirGap Wallet, which is used for sending and receiving transactions.'",
     "locales": {
       "Consensys' Definition": "AirGap Vault is a crypto wallet application that provides secure storage for digital assets. The wallet is designed to be used in conjunction with AirGap's other wallet app, AirGap Wallet, which is used for sending and receiving transactions.",
       "Simplified Chinese": "AirGap Vault",
@@ -514,7 +514,7 @@ const glossary = {
   "AirSwap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'AirSwap is a decentralized exchange (DEX) platform for trading digital assets, operating on Ethereum and Layer-2s like Polygon, Arbitrum.'",
+    "definition": "'AirSwap is a decentralized exchange (DEX) platform for trading digital assets, operating on Ethereum and Layer-2s like Polygon, Arbitrum.'",
     "locales": {
       "Consensys' Definition": "AirSwap is a decentralized exchange (DEX) platform for trading digital assets, operating on Ethereum and Layer-2s like Polygon, Arbitrum.",
       "Simplified Chinese": "AirSwap",
@@ -546,7 +546,7 @@ const glossary = {
   "algorithm": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An algorithm is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation.'",
+    "definition": "'An algorithm is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation.'",
     "locales": {
       "Consensys' Definition": "An algorithm is a finite sequence of rigorous instructions, typically used to solve a class of specific problems or to perform a computation.",
       "Simplified Chinese": "算法",
@@ -578,7 +578,7 @@ const glossary = {
   "altcoin": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'As Bitcoin was the first cryptocurrency, the term 'altcoin' was created to refer to 'any cryptocurrency other than Bitcoin'. The term is less used in Ethereum or smart contract-enabled blockchain communities. Many altcoins are forks of Bitcoin with minor changes (e.g., Litecoin). See also 'fork'.'",
+    "definition": "'As Bitcoin was the first cryptocurrency, the term 'altcoin' was created to refer to 'any cryptocurrency other than Bitcoin'. The term is less used in Ethereum or smart contract-enabled blockchain communities. Many altcoins are forks of Bitcoin with minor changes (e.g., Litecoin). See also 'fork'.'",
     "locales": {
       "Consensys' Definition": "As Bitcoin was the first cryptocurrency, the term 'altcoin' was created to refer to 'any cryptocurrency other than Bitcoin'. The term is less used in Ethereum or smart contract-enabled blockchain communities. Many altcoins are forks of Bitcoin with minor changes (e.g., Litecoin). See also 'fork'.",
       "Simplified Chinese": "竞争币",
@@ -610,7 +610,7 @@ const glossary = {
   "AML (Anti-Money Laundering)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A set of international laws enacted to diminish the potential for criminal organizations or individuals to launder money. These rules and laws are applied to cryptocurrencies with varying effects in different jurisdictions.'",
+    "definition": "'A set of international laws enacted to diminish the potential for criminal organizations or individuals to launder money. These rules and laws are applied to cryptocurrencies with varying effects in different jurisdictions.'",
     "locales": {
       "Consensys' Definition": "A set of international laws enacted to diminish the potential for criminal organizations or individuals to launder money. These rules and laws are applied to cryptocurrencies with varying effects in different jurisdictions.",
       "Simplified Chinese": "反洗钱（AML）",
@@ -642,7 +642,7 @@ const glossary = {
   "API": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Application Programming Interface. A software intermediary that allows two separate applications to communicate with one another. APIs define methods of communication between various components.'",
+    "definition": "'Application Programming Interface. A software intermediary that allows two separate applications to communicate with one another. APIs define methods of communication between various components.'",
     "locales": {
       "Consensys' Definition": "Application Programming Interface. A software intermediary that allows two separate applications to communicate with one another. APIs define methods of communication between various components.",
       "Simplified Chinese": "API",
@@ -674,7 +674,7 @@ const glossary = {
   "API (Application Programming Interface)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A predefined set of requests that one program can make to another in order to transfer information between them. When you hear someone saying that an application is \"getting information from\" another source, it's often doing so through an API.'",
+    "definition": "'A predefined set of requests that one program can make to another in order to transfer information between them. When you hear someone saying that an application is \"getting information from\" another source, it's often doing so through an API.'",
     "locales": {
       "Consensys' Definition": "A predefined set of requests that one program can make to another in order to transfer information between them. When you hear someone saying that an application is \"getting information from\" another source, it's often doing so through an API.",
       "Simplified Chinese": "API（应用程序编程接口）",
@@ -706,7 +706,7 @@ const glossary = {
   "AppChain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blockchain network custom-made and optimized for a specific application's needs. An appchain is generally not a full-blown blockchain, but offers an optimized execution environment for the application, while still relying on an underlying blockchain for consensus. See also: \"blockchain trilemma\", \"modular blockchain\", \"Layer 2\", \"Layer 3\".'",
+    "definition": "'A blockchain network custom-made and optimized for a specific application's needs. An appchain is generally not a full-blown blockchain, but offers an optimized execution environment for the application, while still relying on an underlying blockchain for consensus. See also: \"blockchain trilemma\", \"modular blockchain\", \"Layer 2\", \"Layer 3\".'",
     "locales": {
       "Consensys' Definition": "A blockchain network custom-made and optimized for a specific application's needs. An appchain is generally not a full-blown blockchain, but offers an optimized execution environment for the application, while still relying on an underlying blockchain for consensus. See also: \"blockchain trilemma\", \"modular blockchain\", \"Layer 2\", \"Layer 3\".",
       "Simplified Chinese": "AppChain",
@@ -738,7 +738,7 @@ const glossary = {
   "Apple Pay": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Apple Pay is a mobile payment service by Apple Inc. that allows users to make payments in person, in iOS apps, and on the web.'",
+    "definition": "'Apple Pay is a mobile payment service by Apple Inc. that allows users to make payments in person, in iOS apps, and on the web.'",
     "locales": {
       "Consensys' Definition": "Apple Pay is a mobile payment service by Apple Inc. that allows users to make payments in person, in iOS apps, and on the web.",
       "Simplified Chinese": "Apple Pay",
@@ -770,7 +770,7 @@ const glossary = {
   "Arbitrum": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Arbitrum is a layer 2 scaling solution for Ethereum, designed to improve the scalability and reduce the cost of transactions on the Ethereum network. It is an implementation of the Optimistic Rollup technology, which is a type of scaling solution that uses off-chain computation to reduce the load on the main Ethereum network.'",
+    "definition": "'Arbitrum is a layer 2 scaling solution for Ethereum, designed to improve the scalability and reduce the cost of transactions on the Ethereum network. It is an implementation of the Optimistic Rollup technology, which is a type of scaling solution that uses off-chain computation to reduce the load on the main Ethereum network.'",
     "locales": {
       "Consensys' Definition": "Arbitrum is a layer 2 scaling solution for Ethereum, designed to improve the scalability and reduce the cost of transactions on the Ethereum network. It is an implementation of the Optimistic Rollup technology, which is a type of scaling solution that uses off-chain computation to reduce the load on the main Ethereum network.",
       "Simplified Chinese": "Arbitrum",
@@ -802,7 +802,7 @@ const glossary = {
   "ASIC (Application Specific Integrated Circuit)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ASICs are silicon chips designed to do a specific task. In ASICs used for mining cryptocurrencies, the ASIC will perform a calculation to find values that provide a desired solution when placed into a hashing algorithm.'",
+    "definition": "'ASICs are silicon chips designed to do a specific task. In ASICs used for mining cryptocurrencies, the ASIC will perform a calculation to find values that provide a desired solution when placed into a hashing algorithm.'",
     "locales": {
       "Consensys' Definition": "ASICs are silicon chips designed to do a specific task. In ASICs used for mining cryptocurrencies, the ASIC will perform a calculation to find values that provide a desired solution when placed into a hashing algorithm.",
       "Simplified Chinese": "ASIC（专用集成电路）",
@@ -834,7 +834,7 @@ const glossary = {
   "asset provenance": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Asset provenance refers to the origin, history, and ownership of a particular digital asset on the blockchain. In the crypto context, asset provenance refers to the ability to trace the ownership and transfer of a specific cryptocurrency or token from its creation or minting to its current holder.'",
+    "definition": "'Asset provenance refers to the origin, history, and ownership of a particular digital asset on the blockchain. In the crypto context, asset provenance refers to the ability to trace the ownership and transfer of a specific cryptocurrency or token from its creation or minting to its current holder.'",
     "locales": {
       "Consensys' Definition": "Asset provenance refers to the origin, history, and ownership of a particular digital asset on the blockchain. In the crypto context, asset provenance refers to the ability to trace the ownership and transfer of a specific cryptocurrency or token from its creation or minting to its current holder.",
       "Simplified Chinese": "资产来源",
@@ -866,7 +866,7 @@ const glossary = {
   "attestation": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Attestation in crypto refers to the process of verifying the authenticity or validity of a piece of information or a transaction on a blockchain network. Attestation is an important aspect of blockchain technology, as it helps to ensure the integrity and security of the network.<br><br>In general, attestation involves a trusted third-party, or attester, verifying the authenticity of a transaction or piece of information. This can include verifying the identity of users on the network, verifying the accuracy of data, or validating the authenticity of a digital signature.<br><br>One example of attestation in crypto is the use of digital signatures to authenticate transactions on a blockchain network. Digital signatures use public key cryptography to verify the identity of the sender and ensure that the transaction has not been tampered with.<br><br>Another example of attestation in crypto is the use of Proof of Stake (PoS) consensus mechanisms, which rely on validators to attest to the validity of transactions on the network. Validators are responsible for verifying transactions and adding new blocks to the blockchain, and they are rewarded with cryptocurrency for their efforts.<br><br>For more info, see Attestation in Ethereum.'",
+    "definition": "'Attestation in crypto refers to the process of verifying the authenticity or validity of a piece of information or a transaction on a blockchain network. Attestation is an important aspect of blockchain technology, as it helps to ensure the integrity and security of the network.<br><br>In general, attestation involves a trusted third-party, or attester, verifying the authenticity of a transaction or piece of information. This can include verifying the identity of users on the network, verifying the accuracy of data, or validating the authenticity of a digital signature.<br><br>One example of attestation in crypto is the use of digital signatures to authenticate transactions on a blockchain network. Digital signatures use public key cryptography to verify the identity of the sender and ensure that the transaction has not been tampered with.<br><br>Another example of attestation in crypto is the use of Proof of Stake (PoS) consensus mechanisms, which rely on validators to attest to the validity of transactions on the network. Validators are responsible for verifying transactions and adding new blocks to the blockchain, and they are rewarded with cryptocurrency for their efforts.<br><br>For more info, see Attestation in Ethereum.'",
     "locales": {
       "Consensys' Definition": "Attestation in crypto refers to the process of verifying the authenticity or validity of a piece of information or a transaction on a blockchain network. Attestation is an important aspect of blockchain technology, as it helps to ensure the integrity and security of the network.\n\nIn general, attestation involves a trusted third-party, or attester, verifying the authenticity of a transaction or piece of information. This can include verifying the identity of users on the network, verifying the accuracy of data, or validating the authenticity of a digital signature.\n\nOne example of attestation in crypto is the use of digital signatures to authenticate transactions on a blockchain network. Digital signatures use public key cryptography to verify the identity of the sender and ensure that the transaction has not been tampered with.\n\nAnother example of attestation in crypto is the use of Proof of Stake (PoS) consensus mechanisms, which rely on validators to attest to the validity of transactions on the network. Validators are responsible for verifying transactions and adding new blocks to the blockchain, and they are rewarded with cryptocurrency for their efforts.\n\nFor more info, see Attestation in Ethereum.",
       "Simplified Chinese": "证明",
@@ -898,7 +898,7 @@ const glossary = {
   "Avalanche": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Avalanche is a decentralized blockchain platform designed to provide fast and secure transactions for digital assets and applications. The platform uses a consensus mechanism known as Avalanche consensus, which allows for high throughput, low latency, and customizable blockchains.'",
+    "definition": "'Avalanche is a decentralized blockchain platform designed to provide fast and secure transactions for digital assets and applications. The platform uses a consensus mechanism known as Avalanche consensus, which allows for high throughput, low latency, and customizable blockchains.'",
     "locales": {
       "Consensys' Definition": "Avalanche is a decentralized blockchain platform designed to provide fast and secure transactions for digital assets and applications. The platform uses a consensus mechanism known as Avalanche consensus, which allows for high throughput, low latency, and customizable blockchains.",
       "Simplified Chinese": "Avalanche",
@@ -930,7 +930,7 @@ const glossary = {
   "Axie Infinity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Axie Infinity is a non-fungible token-based online video game known for its in-game economy, which uses Ethereum-based cryptocurrencies.'",
+    "definition": "'Axie Infinity is a non-fungible token-based online video game known for its in-game economy, which uses Ethereum-based cryptocurrencies.'",
     "locales": {
       "Consensys' Definition": "Axie Infinity is a non-fungible token-based online video game known for its in-game economy, which uses Ethereum-based cryptocurrencies.",
       "Simplified Chinese": "Axie Infinity",
@@ -962,7 +962,7 @@ const glossary = {
   "Base fee": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Every block has a reserve price known as the 'base fee'. It is the minimum gas fee a user must pay to include a transaction in the next block.'",
+    "definition": "'Every block has a reserve price known as the 'base fee'. It is the minimum gas fee a user must pay to include a transaction in the next block.'",
     "locales": {
       "Consensys' Definition": "Every block has a reserve price known as the 'base fee'. It is the minimum gas fee a user must pay to include a transaction in the next block.",
       "Simplified Chinese": "基础费用",
@@ -994,7 +994,7 @@ const glossary = {
   "Beacon Chain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Beacon Chain was one element built in the infrastructure being built to scale Ethereum. It was the foundation for a transition from a Proof of Work (PoW) consensus mechanism to Proof of Stake (PoS). For more information, see this guide.'",
+    "definition": "'The Beacon Chain was one element built in the infrastructure being built to scale Ethereum. It was the foundation for a transition from a Proof of Work (PoW) consensus mechanism to Proof of Stake (PoS). For more information, see this guide.'",
     "locales": {
       "Consensys' Definition": "The Beacon Chain was one element built in the infrastructure being built to scale Ethereum. It was the foundation for a transition from a Proof of Work (PoW) consensus mechanism to Proof of Stake (PoS). For more information, see this guide.",
       "Simplified Chinese": "信标链",
@@ -1026,7 +1026,7 @@ const glossary = {
   "Binance": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Binance is a centralized cryptocurrency exchange which operates in multiple countries, as well as two different blockchains, the BNB Chain and the BNB Smart Chain.'",
+    "definition": "'Binance is a centralized cryptocurrency exchange which operates in multiple countries, as well as two different blockchains, the BNB Chain and the BNB Smart Chain.'",
     "locales": {
       "Consensys' Definition": "Binance is a centralized cryptocurrency exchange which operates in multiple countries, as well as two different blockchains, the BNB Chain and the BNB Smart Chain.",
       "Simplified Chinese": "Binance",
@@ -1058,7 +1058,7 @@ const glossary = {
   "Bitcoin / bitcoin (BTC)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Bitcoin is a decentralized digital currency or cryptocurrency, which was created in 2009 by an unknown person or group using the name Satoshi Nakamoto. Bitcoin transactions are recorded on a public digital ledger called the blockchain, which is maintained by a network of computers worldwide. Bitcoin transactions are made directly between users without the need for intermediaries like banks or financial institutions. Users can send and receive Bitcoins using digital wallets.<br><br>One of the key features of Bitcoin is its limited supply. There will only ever be 21 million Bitcoins in existence, which helps to prevent inflation and maintain the value of the currency. The plural of bitcoin is just bitcoin; the abbreviation is BTC, with a space: I have 250 BTC.'",
+    "definition": "'Bitcoin is a decentralized digital currency or cryptocurrency, which was created in 2009 by an unknown person or group using the name Satoshi Nakamoto. Bitcoin transactions are recorded on a public digital ledger called the blockchain, which is maintained by a network of computers worldwide. Bitcoin transactions are made directly between users without the need for intermediaries like banks or financial institutions. Users can send and receive Bitcoins using digital wallets.<br><br>One of the key features of Bitcoin is its limited supply. There will only ever be 21 million Bitcoins in existence, which helps to prevent inflation and maintain the value of the currency. The plural of bitcoin is just bitcoin; the abbreviation is BTC, with a space: I have 250 BTC.'",
     "locales": {
       "Consensys' Definition": "Bitcoin is a decentralized digital currency or cryptocurrency, which was created in 2009 by an unknown person or group using the name Satoshi Nakamoto. Bitcoin transactions are recorded on a public digital ledger called the blockchain, which is maintained by a network of computers worldwide. Bitcoin transactions are made directly between users without the need for intermediaries like banks or financial institutions. Users can send and receive Bitcoins using digital wallets.\n\nOne of the key features of Bitcoin is its limited supply. There will only ever be 21 million Bitcoins in existence, which helps to prevent inflation and maintain the value of the currency. The plural of bitcoin is just bitcoin; the abbreviation is BTC, with a space: I have 250 BTC.",
       "Simplified Chinese": "比特币 / 比特币（BTC）",
@@ -1090,7 +1090,7 @@ const glossary = {
   "block (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'If we think of a blockchain as consisting of a ledger that is being constantly synced between any number of different nodes (indeed, \"distributed ledger technology\" is another phrase used to describe it), imagine that after a certain number of transactions have been added to the ledger and consensus has been reached among the nodes that the transactions are valid, then they are cryptographically locked into a \"block\" and officially recorded; this \"block\" forms the basis for the next one; in this way, they are all linked together in a chain, hence--blockchain.'",
+    "definition": "'If we think of a blockchain as consisting of a ledger that is being constantly synced between any number of different nodes (indeed, \"distributed ledger technology\" is another phrase used to describe it), imagine that after a certain number of transactions have been added to the ledger and consensus has been reached among the nodes that the transactions are valid, then they are cryptographically locked into a \"block\" and officially recorded; this \"block\" forms the basis for the next one; in this way, they are all linked together in a chain, hence--blockchain.'",
     "locales": {
       "Consensys' Definition": "If we think of a blockchain as consisting of a ledger that is being constantly synced between any number of different nodes (indeed, \"distributed ledger technology\" is another phrase used to describe it), imagine that after a certain number of transactions have been added to the ledger and consensus has been reached among the nodes that the transactions are valid, then they are cryptographically locked into a \"block\" and officially recorded; this \"block\" forms the basis for the next one; in this way, they are all linked together in a chain, hence--blockchain.",
       "Simplified Chinese": "区块",
@@ -1122,7 +1122,7 @@ const glossary = {
   "block explorer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be “readable by anyone”, finding the specific information you’re interested in may require indexing data off the blockchain–that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.'",
+    "definition": "'A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be “readable by anyone”, finding the specific information you’re interested in may require indexing data off the blockchain–that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.'",
     "locales": {
       "Consensys' Definition": "A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be “readable by anyone”, finding the specific information you’re interested in may require indexing data off the blockchain–that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.",
       "Simplified Chinese": "区块浏览器",
@@ -1154,7 +1154,7 @@ const glossary = {
   "block height": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The number of blocks connected together in the blockchain. For example, Height 0 would be the very first block, which is also called the Genesis Block.'",
+    "definition": "'The number of blocks connected together in the blockchain. For example, Height 0 would be the very first block, which is also called the Genesis Block.'",
     "locales": {
       "Consensys' Definition": "The number of blocks connected together in the blockchain. For example, Height 0 would be the very first block, which is also called the Genesis Block.",
       "Simplified Chinese": "区块高度",
@@ -1186,7 +1186,7 @@ const glossary = {
   "block reward": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The reward given to a miner or validator after it has successfully hashed a transaction block. Block rewards can be a mixture of coins and transaction fees. The composition depends on the policy used by the cryptocurrency in question, and whether all of the coins have already been successfully mined. The current block reward for the Bitcoin network is 12.5 bitcoins per block.'",
+    "definition": "'The reward given to a miner or validator after it has successfully hashed a transaction block. Block rewards can be a mixture of coins and transaction fees. The composition depends on the policy used by the cryptocurrency in question, and whether all of the coins have already been successfully mined. The current block reward for the Bitcoin network is 12.5 bitcoins per block.'",
     "locales": {
       "Consensys' Definition": "The reward given to a miner or validator after it has successfully hashed a transaction block. Block rewards can be a mixture of coins and transaction fees. The composition depends on the policy used by the cryptocurrency in question, and whether all of the coins have already been successfully mined. The current block reward for the Bitcoin network is 12.5 bitcoins per block.",
       "Simplified Chinese": "区块奖励",
@@ -1218,7 +1218,7 @@ const glossary = {
   "block time": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'When we talk about 'block time', we're referring to how long it takes for a block of transactions (see 'block') to be confirmed by the network, either by miners under PoW or by validators under PoS. See also 'Proof of Work', 'Proof of Stake'.'",
+    "definition": "'When we talk about 'block time', we're referring to how long it takes for a block of transactions (see 'block') to be confirmed by the network, either by miners under PoW or by validators under PoS. See also 'Proof of Work', 'Proof of Stake'.'",
     "locales": {
       "Consensys' Definition": "When we talk about 'block time', we're referring to how long it takes for a block of transactions (see 'block') to be confirmed by the network, either by miners under PoW or by validators under PoS. See also 'Proof of Work', 'Proof of Stake'.",
       "Simplified Chinese": "区块时间",
@@ -1250,7 +1250,7 @@ const glossary = {
   "blockchain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A digital ledger comprised of unchangeable, digitally recorded data in packages called blocks. Each block is ‘chained’ to the next block using a cryptographic signature. Ethereum is a public blockchain, open to the world; its digital ledger is distributed, or synced, between many nodes; these nodes arrive at consensus regarding whether a transaction is valid before encrypting it, along with a number of other valid transactions, into a block. For more on blockchain technology, see here. See also 'block'.'",
+    "definition": "'A digital ledger comprised of unchangeable, digitally recorded data in packages called blocks. Each block is ‘chained’ to the next block using a cryptographic signature. Ethereum is a public blockchain, open to the world; its digital ledger is distributed, or synced, between many nodes; these nodes arrive at consensus regarding whether a transaction is valid before encrypting it, along with a number of other valid transactions, into a block. For more on blockchain technology, see here. See also 'block'.'",
     "locales": {
       "Consensys' Definition": "A digital ledger comprised of unchangeable, digitally recorded data in packages called blocks. Each block is ‘chained’ to the next block using a cryptographic signature. Ethereum is a public blockchain, open to the world; its digital ledger is distributed, or synced, between many nodes; these nodes arrive at consensus regarding whether a transaction is valid before encrypting it, along with a number of other valid transactions, into a block. For more on blockchain technology, see here. See also 'block'.",
       "Simplified Chinese": "区块链",
@@ -1282,7 +1282,7 @@ const glossary = {
   "Blockchain explorer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be \"readable by anyone\", finding the specific information you're interested in may require indexing data off the blockchain--that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.'",
+    "definition": "'A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be \"readable by anyone\", finding the specific information you're interested in may require indexing data off the blockchain--that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.'",
     "locales": {
       "Consensys' Definition": "A blockchain explorer is an application, most often a website along with a corresponding API, that displays information about blockchain activity in a more human-friendly way. While a blockchain is designed to keep information forever, and be \"readable by anyone\", finding the specific information you're interested in may require indexing data off the blockchain--that is, sorting it according to given categories (sender address, token type, etc) into a separate database which can then be queried by the user; this essential function is provided by blockchain explorers. A prominent example is etherscan, which also offers explorers on a number of other networks.",
       "Simplified Chinese": "区块链浏览器",
@@ -1314,7 +1314,7 @@ const glossary = {
   "blockchain trilemma": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Tradeoffs facing those building public blockchain networks vis-a-vis three elements: decentralization, security, and scalability (or speed). These three elements are either necessary or desireable in public distributed networks, and often, designing a system that optimizes for one compromises on another.'",
+    "definition": "'Tradeoffs facing those building public blockchain networks vis-a-vis three elements: decentralization, security, and scalability (or speed). These three elements are either necessary or desireable in public distributed networks, and often, designing a system that optimizes for one compromises on another.'",
     "locales": {
       "Consensys' Definition": "Tradeoffs facing those building public blockchain networks vis-a-vis three elements: decentralization, security, and scalability (or speed). These three elements are either necessary or desireable in public distributed networks, and often, designing a system that optimizes for one compromises on another.",
       "Simplified Chinese": "区块链不可能三角",
@@ -1346,7 +1346,7 @@ const glossary = {
   "BNB Chain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Build N Build (BNB) Chain is a distributed blockchain network upon which developers and innovators can build decentralized applications (DApps) as part of the move to Web3. BNB chain'",
+    "definition": "'Build N Build (BNB) Chain is a distributed blockchain network upon which developers and innovators can build decentralized applications (DApps) as part of the move to Web3. BNB chain'",
     "locales": {
       "Consensys' Definition": "Build N Build (BNB) Chain is a distributed blockchain network upon which developers and innovators can build decentralized applications (DApps) as part of the move to Web3. BNB chain",
       "Simplified Chinese": "BNB Chain",
@@ -1378,7 +1378,7 @@ const glossary = {
   "bounty / bug bounty": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A reward offered for exposing vulnerabilities and issues in computer code.'",
+    "definition": "'A reward offered for exposing vulnerabilities and issues in computer code.'",
     "locales": {
       "Consensys' Definition": "A reward offered for exposing vulnerabilities and issues in computer code.",
       "Simplified Chinese": "赏金 / 漏洞赏金",
@@ -1410,7 +1410,7 @@ const glossary = {
   "brain wallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blockchain account generated from a seed phrase or password or passphrase of your choosing. Humans are not capable of generating enough entropy, or randomness, and therefore the wallets derived from these phrases are insecure; brain wallets can be brute forced by super fast computers. For this reason, brain wallet are insecure and should not be used. See also 'Seed phrase / Secret Recovery Phrase'.'",
+    "definition": "'A blockchain account generated from a seed phrase or password or passphrase of your choosing. Humans are not capable of generating enough entropy, or randomness, and therefore the wallets derived from these phrases are insecure; brain wallets can be brute forced by super fast computers. For this reason, brain wallet are insecure and should not be used. See also 'Seed phrase / Secret Recovery Phrase'.'",
     "locales": {
       "Consensys' Definition": "A blockchain account generated from a seed phrase or password or passphrase of your choosing. Humans are not capable of generating enough entropy, or randomness, and therefore the wallets derived from these phrases are insecure; brain wallets can be brute forced by super fast computers. For this reason, brain wallet are insecure and should not be used. See also 'Seed phrase / Secret Recovery Phrase'.",
       "Simplified Chinese": "脑钱包",
@@ -1442,7 +1442,7 @@ const glossary = {
   "Brave": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Brave is a free and open-source web browser developed by Brave Software, Inc., based on the Chromium web browser. It has a built-in crypto wallet that allows users to connect to the web3 ecosystem.'",
+    "definition": "'Brave is a free and open-source web browser developed by Brave Software, Inc., based on the Chromium web browser. It has a built-in crypto wallet that allows users to connect to the web3 ecosystem.'",
     "locales": {
       "Consensys' Definition": "Brave is a free and open-source web browser developed by Brave Software, Inc., based on the Chromium web browser. It has a built-in crypto wallet that allows users to connect to the web3 ecosystem.",
       "Simplified Chinese": "Brave",
@@ -1474,7 +1474,7 @@ const glossary = {
   "Bridge": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A bridge is a tool built to move assets from one network to another. It’s also a verb, used to describe that action: “I bridged my ETH from Ethereum mainnet to Arbitrum.” Not all bridges are created equal, and you should be informed about what you’re doing before you use one. <br>Field Guide to bridges <br><br>See also MetaMask Bridge'",
+    "definition": "'A bridge is a tool built to move assets from one network to another. It’s also a verb, used to describe that action: “I bridged my ETH from Ethereum mainnet to Arbitrum.” Not all bridges are created equal, and you should be informed about what you’re doing before you use one. <br>Field Guide to bridges <br><br>See also MetaMask Bridge'",
     "locales": {
       "Consensys' Definition": "A bridge is a tool built to move assets from one network to another. It’s also a verb, used to describe that action: “I bridged my ETH from Ethereum mainnet to Arbitrum.” Not all bridges are created equal, and you should be informed about what you’re doing before you use one. \nField Guide to bridges \n\nSee also MetaMask Bridge",
       "Simplified Chinese": "跨链桥",
@@ -1506,7 +1506,7 @@ const glossary = {
   "BTC": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Abbreviation for Bitcoin'",
+    "definition": "'Abbreviation for Bitcoin'",
     "locales": {
       "Consensys' Definition": "Abbreviation for Bitcoin",
       "Simplified Chinese": "BTC",
@@ -1538,7 +1538,7 @@ const glossary = {
   "BUIDL": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Ostensibly coined (see what we did there) by Gitcoin's Kevin Owocki. It reflects the Ethereum-focused mindset of not just investing in a cryptocurrency as a store of value, but rather investing in it as an ecosystem and a platform for public goods and software; it complements, in this sense, the now-infamous HODL.'",
+    "definition": "'Ostensibly coined (see what we did there) by Gitcoin's Kevin Owocki. It reflects the Ethereum-focused mindset of not just investing in a cryptocurrency as a store of value, but rather investing in it as an ecosystem and a platform for public goods and software; it complements, in this sense, the now-infamous HODL.'",
     "locales": {
       "Consensys' Definition": "Ostensibly coined (see what we did there) by Gitcoin's Kevin Owocki. It reflects the Ethereum-focused mindset of not just investing in a cryptocurrency as a store of value, but rather investing in it as an ecosystem and a platform for public goods and software; it complements, in this sense, the now-infamous HODL.",
       "Simplified Chinese": "BUIDL（构建）",
@@ -1570,7 +1570,7 @@ const glossary = {
   "bytecode": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Bytecode is a \"low-level\" computer language, that is, meant to be processed by a computer, rather than a \"high-level\", more human-readable, language. In Ethereum, higher-level Solidity is compiled into Ethereum bytecode, which is read by the Ethereum Virtual Machine (EVM).'",
+    "definition": "'Bytecode is a \"low-level\" computer language, that is, meant to be processed by a computer, rather than a \"high-level\", more human-readable, language. In Ethereum, higher-level Solidity is compiled into Ethereum bytecode, which is read by the Ethereum Virtual Machine (EVM).'",
     "locales": {
       "Consensys' Definition": "Bytecode is a \"low-level\" computer language, that is, meant to be processed by a computer, rather than a \"high-level\", more human-readable, language. In Ethereum, higher-level Solidity is compiled into Ethereum bytecode, which is read by the Ethereum Virtual Machine (EVM).",
       "Simplified Chinese": "字节码",
@@ -1602,7 +1602,7 @@ const glossary = {
   "Byzantine fault tolerance": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A Byzantine fault, or failure, is one of the most difficult failures to deal with in computer systems; this is because it takes into account the possibility that the information used to determine the current state of the system may--or may not--be reliable. While applicable in many realms of technology, this becomes of particular interest in public blockchain systems: how do we ensure that we can agree on the current state of the network when there is an incentive, often a significant financial incentive, to subvert the state of the network for one's own profit? On a more basic level, if we're coordinating a network running around the world on all kinds of different hardware and software, there are all kinds or problems that can occur that hinder the network's ability to reach consensus on its current state. Therefore, a network that has been designed and implemented to be resistant to these sorts of failures, either due to malicious intent or technical failure, is said to be Byzantine Fault Tolerant.'",
+    "definition": "'A Byzantine fault, or failure, is one of the most difficult failures to deal with in computer systems; this is because it takes into account the possibility that the information used to determine the current state of the system may--or may not--be reliable. While applicable in many realms of technology, this becomes of particular interest in public blockchain systems: how do we ensure that we can agree on the current state of the network when there is an incentive, often a significant financial incentive, to subvert the state of the network for one's own profit? On a more basic level, if we're coordinating a network running around the world on all kinds of different hardware and software, there are all kinds or problems that can occur that hinder the network's ability to reach consensus on its current state. Therefore, a network that has been designed and implemented to be resistant to these sorts of failures, either due to malicious intent or technical failure, is said to be Byzantine Fault Tolerant.'",
     "locales": {
       "Consensys' Definition": "A Byzantine fault, or failure, is one of the most difficult failures to deal with in computer systems; this is because it takes into account the possibility that the information used to determine the current state of the system may--or may not--be reliable. While applicable in many realms of technology, this becomes of particular interest in public blockchain systems: how do we ensure that we can agree on the current state of the network when there is an incentive, often a significant financial incentive, to subvert the state of the network for one's own profit? On a more basic level, if we're coordinating a network running around the world on all kinds of different hardware and software, there are all kinds or problems that can occur that hinder the network's ability to reach consensus on its current state. Therefore, a network that has been designed and implemented to be resistant to these sorts of failures, either due to malicious intent or technical failure, is said to be Byzantine Fault Tolerant.",
       "Simplified Chinese": "拜占庭容错",
@@ -1634,7 +1634,7 @@ const glossary = {
   "Byzantium fork": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A \"hard fork\" in the Ethereum network that occurred in October of 2017. For detailled information, see here; see also \"hard fork\".'",
+    "definition": "'A \"hard fork\" in the Ethereum network that occurred in October of 2017. For detailled information, see here; see also \"hard fork\".'",
     "locales": {
       "Consensys' Definition": "A \"hard fork\" in the Ethereum network that occurred in October of 2017. For detailled information, see here; see also \"hard fork\".",
       "Simplified Chinese": "拜占庭分叉",
@@ -1666,7 +1666,7 @@ const glossary = {
   "Celo": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Celo is a platform designed to allow mobile users around the world to make simple financial transactions with cryptocurrency. The platform has its own blockchain and two native tokens: CELO and cUSD'",
+    "definition": "'Celo is a platform designed to allow mobile users around the world to make simple financial transactions with cryptocurrency. The platform has its own blockchain and two native tokens: CELO and cUSD'",
     "locales": {
       "Consensys' Definition": "Celo is a platform designed to allow mobile users around the world to make simple financial transactions with cryptocurrency. The platform has its own blockchain and two native tokens: CELO and cUSD",
       "Simplified Chinese": "Celo",
@@ -1698,7 +1698,7 @@ const glossary = {
   "Centralized exchange (CEX)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A centralized exchange (CEX) is a cryptocurrency exchange that is operated and controlled by a centralized entity. In a CEX, the exchange company or organization acts as an intermediary between buyers and sellers, holding and managing the assets on behalf of its users.<br>Centralized exchanges typically offer a wide range of trading pairs, with many popular cryptocurrencies available for trade. They also usually have high liquidity and offer advanced trading features such as margin trading, order types, and charting tools.<br>However, centralized exchanges also have several drawbacks. They are often targeted by hackers, as the centralized nature of the exchange makes them a single point of failure. They also require users to trust the exchange to hold their funds securely and execute trades fairly, which can be a source of concern for some users.'",
+    "definition": "'A centralized exchange (CEX) is a cryptocurrency exchange that is operated and controlled by a centralized entity. In a CEX, the exchange company or organization acts as an intermediary between buyers and sellers, holding and managing the assets on behalf of its users.<br>Centralized exchanges typically offer a wide range of trading pairs, with many popular cryptocurrencies available for trade. They also usually have high liquidity and offer advanced trading features such as margin trading, order types, and charting tools.<br>However, centralized exchanges also have several drawbacks. They are often targeted by hackers, as the centralized nature of the exchange makes them a single point of failure. They also require users to trust the exchange to hold their funds securely and execute trades fairly, which can be a source of concern for some users.'",
     "locales": {
       "Consensys' Definition": "A centralized exchange (CEX) is a cryptocurrency exchange that is operated and controlled by a centralized entity. In a CEX, the exchange company or organization acts as an intermediary between buyers and sellers, holding and managing the assets on behalf of its users.\nCentralized exchanges typically offer a wide range of trading pairs, with many popular cryptocurrencies available for trade. They also usually have high liquidity and offer advanced trading features such as margin trading, order types, and charting tools.\nHowever, centralized exchanges also have several drawbacks. They are often targeted by hackers, as the centralized nature of the exchange makes them a single point of failure. They also require users to trust the exchange to hold their funds securely and execute trades fairly, which can be a source of concern for some users.",
       "Simplified Chinese": "中心化交易所（CEX）",
@@ -1730,7 +1730,7 @@ const glossary = {
   "CEX": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see 'Centralized Exchange'.'",
+    "definition": "'Acronym; see 'Centralized Exchange'.'",
     "locales": {
       "Consensys' Definition": "Acronym; see 'Centralized Exchange'.",
       "Simplified Chinese": "CEX（中心化交易所）",
@@ -1762,7 +1762,7 @@ const glossary = {
   "chain ID": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A chain ID is a unique identifier that represents a blockchain network. We use it to distinguish different blockchain networks from each other and to ensure that transactions and messages are sent to the correct network.<br>Ethereum networks have two identifiers, a network ID and a chain ID. Although they often have the same value, they have different uses.<br><br>Peer-to-peer communication between nodes uses the network ID, while the transaction signature process uses the chain ID'",
+    "definition": "'A chain ID is a unique identifier that represents a blockchain network. We use it to distinguish different blockchain networks from each other and to ensure that transactions and messages are sent to the correct network.<br>Ethereum networks have two identifiers, a network ID and a chain ID. Although they often have the same value, they have different uses.<br><br>Peer-to-peer communication between nodes uses the network ID, while the transaction signature process uses the chain ID'",
     "locales": {
       "Consensys' Definition": "A chain ID is a unique identifier that represents a blockchain network. We use it to distinguish different blockchain networks from each other and to ensure that transactions and messages are sent to the correct network.\nEthereum networks have two identifiers, a network ID and a chain ID. Although they often have the same value, they have different uses.\n\nPeer-to-peer communication between nodes uses the network ID, while the transaction signature process uses the chain ID",
       "Simplified Chinese": "链 ID",
@@ -1794,7 +1794,7 @@ const glossary = {
   "Chrome": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Internet browser.'",
+    "definition": "'Internet browser.'",
     "locales": {
       "Consensys' Definition": "Internet browser.",
       "Simplified Chinese": "Chrome",
@@ -1826,7 +1826,7 @@ const glossary = {
   "client (Ethereum or other compatible blockchain)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In computing in general, a 'client' is a program, running on a local computer, that is accessing data made available by a remote computer. In public blockchain networks, a 'client' is the software that actually does the work of syncing block data, confirming transactions, and participating in network consensus. A client usually includes a cryptocurrency software wallet. ConsenSys has supported efforts to maintain the Ethereum clients of Besu and Teku; see an up-to-date list of Ethereum clients here.'",
+    "definition": "'In computing in general, a 'client' is a program, running on a local computer, that is accessing data made available by a remote computer. In public blockchain networks, a 'client' is the software that actually does the work of syncing block data, confirming transactions, and participating in network consensus. A client usually includes a cryptocurrency software wallet. ConsenSys has supported efforts to maintain the Ethereum clients of Besu and Teku; see an up-to-date list of Ethereum clients here.'",
     "locales": {
       "Consensys' Definition": "In computing in general, a 'client' is a program, running on a local computer, that is accessing data made available by a remote computer. In public blockchain networks, a 'client' is the software that actually does the work of syncing block data, confirming transactions, and participating in network consensus. A client usually includes a cryptocurrency software wallet. ConsenSys has supported efforts to maintain the Ethereum clients of Besu and Teku; see an up-to-date list of Ethereum clients here.",
       "Simplified Chinese": "客户端（Ethereum 或其他兼容区块链）",
@@ -1858,7 +1858,7 @@ const glossary = {
   "Codefi": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Derived from “Commerce & Decentralized Finance”, Codefi, part of ConsenSys, builds applications for commerce and financial use cases. Currently known as Consensys Staking'",
+    "definition": "'Derived from “Commerce & Decentralized Finance”, Codefi, part of ConsenSys, builds applications for commerce and financial use cases. Currently known as Consensys Staking'",
     "locales": {
       "Consensys' Definition": "Derived from “Commerce & Decentralized Finance”, Codefi, part of ConsenSys, builds applications for commerce and financial use cases. Currently known as Consensys Staking",
       "Simplified Chinese": "Codefi",
@@ -1890,7 +1890,7 @@ const glossary = {
   "coin": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The term 'coin' has some nuances. Strictly speaking, a 'coin' could be defined as: A fungible token (all of them identical) issued on a blockchain, either as the network's transactional token, or through a smart contract deployed to that network. Some people may use 'coins' as shorthand for 'bitcoin'; the immortal aphorism 'not your keys, not your coins' refers to bitcoins. Another thing to keep in mind is that, while coins are put forward as some sort of representation of value, that value can vary wildly from one 'coin' to another. A coin may represent the value of the computational resources of the network, or it may be 'pegged' to represent fiat currency value, or it may float according to the value placed on immaterial resources like NFTs, membership, or digital goods, to name a few.'",
+    "definition": "'The term 'coin' has some nuances. Strictly speaking, a 'coin' could be defined as: A fungible token (all of them identical) issued on a blockchain, either as the network's transactional token, or through a smart contract deployed to that network. Some people may use 'coins' as shorthand for 'bitcoin'; the immortal aphorism 'not your keys, not your coins' refers to bitcoins. Another thing to keep in mind is that, while coins are put forward as some sort of representation of value, that value can vary wildly from one 'coin' to another. A coin may represent the value of the computational resources of the network, or it may be 'pegged' to represent fiat currency value, or it may float according to the value placed on immaterial resources like NFTs, membership, or digital goods, to name a few.'",
     "locales": {
       "Consensys' Definition": "The term 'coin' has some nuances. Strictly speaking, a 'coin' could be defined as: A fungible token (all of them identical) issued on a blockchain, either as the network's transactional token, or through a smart contract deployed to that network. Some people may use 'coins' as shorthand for 'bitcoin'; the immortal aphorism 'not your keys, not your coins' refers to bitcoins. Another thing to keep in mind is that, while coins are put forward as some sort of representation of value, that value can vary wildly from one 'coin' to another. A coin may represent the value of the computational resources of the network, or it may be 'pegged' to represent fiat currency value, or it may float according to the value placed on immaterial resources like NFTs, membership, or digital goods, to name a few.",
       "Simplified Chinese": "代币",
@@ -1922,7 +1922,7 @@ const glossary = {
   "Coinbase Pay": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Coinbase Pay is a payment feature that allows you to buy or transfer supported crypto on Coinbase.com directly from self-custody wallets (like MetaMask) and dapps.'",
+    "definition": "'Coinbase Pay is a payment feature that allows you to buy or transfer supported crypto on Coinbase.com directly from self-custody wallets (like MetaMask) and dapps.'",
     "locales": {
       "Consensys' Definition": "Coinbase Pay is a payment feature that allows you to buy or transfer supported crypto on Coinbase.com directly from self-custody wallets (like MetaMask) and dapps.",
       "Simplified Chinese": "Coinbase Pay",
@@ -1954,7 +1954,7 @@ const glossary = {
   "cold storage": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'cold wallet/cold storage: An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub:<br>Hardware Wallet Hub'",
+    "definition": "'cold wallet/cold storage: An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub:<br>Hardware Wallet Hub'",
     "locales": {
       "Consensys' Definition": "cold wallet/cold storage: An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub:\nHardware Wallet Hub",
       "Simplified Chinese": "冷存储",
@@ -1986,7 +1986,7 @@ const glossary = {
   "cold wallet / cold storage": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub.'",
+    "definition": "'An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub.'",
     "locales": {
       "Consensys' Definition": "An offline wallet that is never connected to the internet. These wallets protect cryptocurrencies from getting hacked online. For more information, check out MetaMask's Hardware Wallet Hub.",
       "Simplified Chinese": "冷钱包 / 冷存储",
@@ -2018,7 +2018,7 @@ const glossary = {
   "Community Platform": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A community platform is a dedicated virtual space where people who share the same goals, interests, or motivations can connect and build relationships.<br><br>MetaMask's community platform can be accessed here:<br>MetaMask Community'",
+    "definition": "'A community platform is a dedicated virtual space where people who share the same goals, interests, or motivations can connect and build relationships.<br><br>MetaMask's community platform can be accessed here:<br>MetaMask Community'",
     "locales": {
       "Consensys' Definition": "A community platform is a dedicated virtual space where people who share the same goals, interests, or motivations can connect and build relationships.\n\nMetaMask's community platform can be accessed here:\nMetaMask Community",
       "Simplified Chinese": "社区平台",
@@ -2050,7 +2050,7 @@ const glossary = {
   "Compiling": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'There are many languages in computing and software programming. In general, 'low-level' languages are those actually processed by the computer's operating system or processor, while 'high-level' languages are those typed in by software developers making programs. Compiling, then, is converting code written in a high-level programming language (e.g., Solidity) into a lower-level language (e.g., EVM bytecode).'",
+    "definition": "'There are many languages in computing and software programming. In general, 'low-level' languages are those actually processed by the computer's operating system or processor, while 'high-level' languages are those typed in by software developers making programs. Compiling, then, is converting code written in a high-level programming language (e.g., Solidity) into a lower-level language (e.g., EVM bytecode).'",
     "locales": {
       "Consensys' Definition": "There are many languages in computing and software programming. In general, 'low-level' languages are those actually processed by the computer's operating system or processor, while 'high-level' languages are those typed in by software developers making programs. Compiling, then, is converting code written in a high-level programming language (e.g., Solidity) into a lower-level language (e.g., EVM bytecode).",
       "Simplified Chinese": "编译",
@@ -2082,7 +2082,7 @@ const glossary = {
   "Compound": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Compound is a decentralized, blockchain-based protocol that allows you to lend and borrow crypto — and have a say in its governance with its native COMP token.'",
+    "definition": "'Compound is a decentralized, blockchain-based protocol that allows you to lend and borrow crypto — and have a say in its governance with its native COMP token.'",
     "locales": {
       "Consensys' Definition": "Compound is a decentralized, blockchain-based protocol that allows you to lend and borrow crypto — and have a say in its governance with its native COMP token.",
       "Simplified Chinese": "Compound",
@@ -2114,7 +2114,7 @@ const glossary = {
   "confirmation": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A confirmation happens when a network has verified a blockchain transaction. Under a Proof of Work (PoW) consensus mechanism, this happens through a process known as mining; under Proof of Stake (PoS), the process is known as validation. Once a transaction is successfully confirmed, it theoretically cannot be reversed or double spent. The more confirmations a transaction has, the harder it becomes to perform a double spend attack.'",
+    "definition": "'A confirmation happens when a network has verified a blockchain transaction. Under a Proof of Work (PoW) consensus mechanism, this happens through a process known as mining; under Proof of Stake (PoS), the process is known as validation. Once a transaction is successfully confirmed, it theoretically cannot be reversed or double spent. The more confirmations a transaction has, the harder it becomes to perform a double spend attack.'",
     "locales": {
       "Consensys' Definition": "A confirmation happens when a network has verified a blockchain transaction. Under a Proof of Work (PoW) consensus mechanism, this happens through a process known as mining; under Proof of Stake (PoS), the process is known as validation. Once a transaction is successfully confirmed, it theoretically cannot be reversed or double spent. The more confirmations a transaction has, the harder it becomes to perform a double spend attack.",
       "Simplified Chinese": "确认",
@@ -2146,7 +2146,7 @@ const glossary = {
   "consensus": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The process used by a group of peers, or nodes, on a blockchain network to agree on the validity of transactions submitted to the network. Dominant consensus mechanisms are Proof of Work (PoW) and Proof of Stake (PoS).'",
+    "definition": "'The process used by a group of peers, or nodes, on a blockchain network to agree on the validity of transactions submitted to the network. Dominant consensus mechanisms are Proof of Work (PoW) and Proof of Stake (PoS).'",
     "locales": {
       "Consensys' Definition": "The process used by a group of peers, or nodes, on a blockchain network to agree on the validity of transactions submitted to the network. Dominant consensus mechanisms are Proof of Work (PoW) and Proof of Stake (PoS).",
       "Simplified Chinese": "共识",
@@ -2178,7 +2178,7 @@ const glossary = {
   "Consensus client": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A consensus client is a component of a blockchain node that is responsible for validating and verifying transactions and blocks in the network. It communicates with other nodes to reach consensus on the current state of the blockchain and to ensure that all nodes have a consistent copy of the ledger.<br><br>There are various types of consensus mechanisms used in blockchain networks, including proof of work (PoW), proof of stake (PoS), and delegated proof of stake (DPoS). The consensus client implements the specific consensus mechanism used by the network and ensures that all nodes follow the rules and reach agreement on the current state of the blockchain.'",
+    "definition": "'A consensus client is a component of a blockchain node that is responsible for validating and verifying transactions and blocks in the network. It communicates with other nodes to reach consensus on the current state of the blockchain and to ensure that all nodes have a consistent copy of the ledger.<br><br>There are various types of consensus mechanisms used in blockchain networks, including proof of work (PoW), proof of stake (PoS), and delegated proof of stake (DPoS). The consensus client implements the specific consensus mechanism used by the network and ensures that all nodes follow the rules and reach agreement on the current state of the blockchain.'",
     "locales": {
       "Consensys' Definition": "A consensus client is a component of a blockchain node that is responsible for validating and verifying transactions and blocks in the network. It communicates with other nodes to reach consensus on the current state of the blockchain and to ensure that all nodes have a consistent copy of the ledger.\n\nThere are various types of consensus mechanisms used in blockchain networks, including proof of work (PoW), proof of stake (PoS), and delegated proof of stake (DPoS). The consensus client implements the specific consensus mechanism used by the network and ensures that all nodes follow the rules and reach agreement on the current state of the blockchain.",
       "Simplified Chinese": "共识客户端",
@@ -2210,7 +2210,7 @@ const glossary = {
   "Consensus layer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The consensus layer is responsible for validating and verifying transactions and blocks, and for coordinating communication between nodes to achieve consensus. In a blockchain network, the consensus layer is implemented by the consensus protocol or algorithm that defines how new blocks are added to the chain and how the network reaches agreement on the current state of the ledger.'",
+    "definition": "'The consensus layer is responsible for validating and verifying transactions and blocks, and for coordinating communication between nodes to achieve consensus. In a blockchain network, the consensus layer is implemented by the consensus protocol or algorithm that defines how new blocks are added to the chain and how the network reaches agreement on the current state of the ledger.'",
     "locales": {
       "Consensys' Definition": "The consensus layer is responsible for validating and verifying transactions and blocks, and for coordinating communication between nodes to achieve consensus. In a blockchain network, the consensus layer is implemented by the consensus protocol or algorithm that defines how new blocks are added to the chain and how the network reaches agreement on the current state of the ledger.",
       "Simplified Chinese": "共识层",
@@ -2242,7 +2242,7 @@ const glossary = {
   "Consensus mechanism": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Consensus mechanisms (also known as consensus protocols or consensus algorithms) allow distributed systems (networks of computers) to work together and stay secure.'",
+    "definition": "'Consensus mechanisms (also known as consensus protocols or consensus algorithms) allow distributed systems (networks of computers) to work together and stay secure.'",
     "locales": {
       "Consensys' Definition": "Consensus mechanisms (also known as consensus protocols or consensus algorithms) allow distributed systems (networks of computers) to work together and stay secure.",
       "Simplified Chinese": "共识机制",
@@ -2274,7 +2274,7 @@ const glossary = {
   "Consensys": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Short for Consensus Systems, ConsenSys is the software engineering leader of the blockchain space.'",
+    "definition": "'Short for Consensus Systems, ConsenSys is the software engineering leader of the blockchain space.'",
     "locales": {
       "Consensys' Definition": "Short for Consensus Systems, ConsenSys is the software engineering leader of the blockchain space.",
       "Simplified Chinese": "Consensys",
@@ -2306,7 +2306,7 @@ const glossary = {
   "Constantinople fork": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'One of the \"hard forks\" made to the Ethereum network, in February 2019. For more detailed information, see here; see also \"hard fork\".'",
+    "definition": "'One of the \"hard forks\" made to the Ethereum network, in February 2019. For more detailed information, see here; see also \"hard fork\".'",
     "locales": {
       "Consensys' Definition": "One of the \"hard forks\" made to the Ethereum network, in February 2019. For more detailed information, see here; see also \"hard fork\".",
       "Simplified Chinese": "君士坦丁堡分叉",
@@ -2338,7 +2338,7 @@ const glossary = {
   "contract": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See smart contract'",
+    "definition": "'See smart contract'",
     "locales": {
       "Consensys' Definition": "See smart contract",
       "Simplified Chinese": "合约",
@@ -2370,7 +2370,7 @@ const glossary = {
   "Contract account": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An account containing code that executes whenever it receives a transaction from another account (EOA or contract).'",
+    "definition": "'An account containing code that executes whenever it receives a transaction from another account (EOA or contract).'",
     "locales": {
       "Consensys' Definition": "An account containing code that executes whenever it receives a transaction from another account (EOA or contract).",
       "Simplified Chinese": "合约账户",
@@ -2402,7 +2402,7 @@ const glossary = {
   "CoolWallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A crypto hardware wallet for Bitcoin, Ethereum, Litecoin, Bitcoin Cash, and ERC20 Token.'",
+    "definition": "'A crypto hardware wallet for Bitcoin, Ethereum, Litecoin, Bitcoin Cash, and ERC20 Token.'",
     "locales": {
       "Consensys' Definition": "A crypto hardware wallet for Bitcoin, Ethereum, Litecoin, Bitcoin Cash, and ERC20 Token.",
       "Simplified Chinese": "CoolWallet",
@@ -2434,7 +2434,7 @@ const glossary = {
   "crypto asset": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.'",
+    "definition": "'A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.'",
     "locales": {
       "Consensys' Definition": "A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.",
       "Simplified Chinese": "加密货币资产",
@@ -2466,7 +2466,7 @@ const glossary = {
   "crypto bounties": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Crypto bounties are an important rewards mechanism that blockchain projects utilize in order to secure the successful accomplishments of certain tasks required by the network. Initially, bounties were intended as a marketing tool to attract users to participate in performing validation services for blockchain projects. Today, crypto bounties have developed significantly beyond the purpose of a simple marketing tool. crypto bounties'",
+    "definition": "'Crypto bounties are an important rewards mechanism that blockchain projects utilize in order to secure the successful accomplishments of certain tasks required by the network. Initially, bounties were intended as a marketing tool to attract users to participate in performing validation services for blockchain projects. Today, crypto bounties have developed significantly beyond the purpose of a simple marketing tool. crypto bounties'",
     "locales": {
       "Consensys' Definition": "Crypto bounties are an important rewards mechanism that blockchain projects utilize in order to secure the successful accomplishments of certain tasks required by the network. Initially, bounties were intended as a marketing tool to attract users to participate in performing validation services for blockchain projects. Today, crypto bounties have developed significantly beyond the purpose of a simple marketing tool. crypto bounties",
       "Simplified Chinese": "加密货币赏金",
@@ -2498,7 +2498,7 @@ const glossary = {
   "crypto fund": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A crypto fund is a type of investment fund that focuses on investing in cryptocurrencies or companies involved in the cryptocurrency industry. These funds are designed to give investors exposure to the crypto market without the need for them to directly buy and hold cryptocurrencies themselves.'",
+    "definition": "'A crypto fund is a type of investment fund that focuses on investing in cryptocurrencies or companies involved in the cryptocurrency industry. These funds are designed to give investors exposure to the crypto market without the need for them to directly buy and hold cryptocurrencies themselves.'",
     "locales": {
       "Consensys' Definition": "A crypto fund is a type of investment fund that focuses on investing in cryptocurrencies or companies involved in the cryptocurrency industry. These funds are designed to give investors exposure to the crypto market without the need for them to directly buy and hold cryptocurrencies themselves.",
       "Simplified Chinese": "加密货币基金",
@@ -2530,7 +2530,7 @@ const glossary = {
   "crypto wallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A crypto wallet is a device, physical medium, program or a service which stores the public and/or private keys for cryptocurrency transactions.<br>Crypto wallets come in different forms, including software wallets, hardware wallets, and paper wallets.'",
+    "definition": "'A crypto wallet is a device, physical medium, program or a service which stores the public and/or private keys for cryptocurrency transactions.<br>Crypto wallets come in different forms, including software wallets, hardware wallets, and paper wallets.'",
     "locales": {
       "Consensys' Definition": "A crypto wallet is a device, physical medium, program or a service which stores the public and/or private keys for cryptocurrency transactions.\nCrypto wallets come in different forms, including software wallets, hardware wallets, and paper wallets.",
       "Simplified Chinese": "加密货币钱包",
@@ -2562,7 +2562,7 @@ const glossary = {
   "crypto-": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Even though this prefix is originally Greek, our current usage comes from cryptography. Technologies that are referred to with the blanket term of \"crypto\" tech are underlain by cryptographic tools and processes (such as public/private key pairs) that enable innovative functionality and security. Of course, \"cryptocurrency\" often gets shortened to simply \"crypto\", so this emerging field is full of instances where something \"crypto\" is being added to or shortened. With the emergence of the term \"Web3\", arguably a distinction has begun to be made between \"crypto\", referring to DeFi and other financial use cases of the technology, while \"Web3\" refers to the transition of Internet-based activities to more decentralized practices and platforms.'",
+    "definition": "'Even though this prefix is originally Greek, our current usage comes from cryptography. Technologies that are referred to with the blanket term of \"crypto\" tech are underlain by cryptographic tools and processes (such as public/private key pairs) that enable innovative functionality and security. Of course, \"cryptocurrency\" often gets shortened to simply \"crypto\", so this emerging field is full of instances where something \"crypto\" is being added to or shortened. With the emergence of the term \"Web3\", arguably a distinction has begun to be made between \"crypto\", referring to DeFi and other financial use cases of the technology, while \"Web3\" refers to the transition of Internet-based activities to more decentralized practices and platforms.'",
     "locales": {
       "Consensys' Definition": "Even though this prefix is originally Greek, our current usage comes from cryptography. Technologies that are referred to with the blanket term of \"crypto\" tech are underlain by cryptographic tools and processes (such as public/private key pairs) that enable innovative functionality and security. Of course, \"cryptocurrency\" often gets shortened to simply \"crypto\", so this emerging field is full of instances where something \"crypto\" is being added to or shortened. With the emergence of the term \"Web3\", arguably a distinction has begun to be made between \"crypto\", referring to DeFi and other financial use cases of the technology, while \"Web3\" refers to the transition of Internet-based activities to more decentralized practices and platforms.",
       "Simplified Chinese": "加密-",
@@ -2594,7 +2594,7 @@ const glossary = {
   "crypto-compliance": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blanket term used to refer to ensuring crypto projects conform with applicable regulations and laws.'",
+    "definition": "'A blanket term used to refer to ensuring crypto projects conform with applicable regulations and laws.'",
     "locales": {
       "Consensys' Definition": "A blanket term used to refer to ensuring crypto projects conform with applicable regulations and laws.",
       "Simplified Chinese": "加密-合规",
@@ -2626,7 +2626,7 @@ const glossary = {
   "cryptoassets": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.'",
+    "definition": "'A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.'",
     "locales": {
       "Consensys' Definition": "A useful blanket term that covers on-chain assets: cryptocurrencies, NFTs, and other, still emerging, products.",
       "Simplified Chinese": "加密资产",
@@ -2658,7 +2658,7 @@ const glossary = {
   "cryptocurrency": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Digital currency that is based on mathematics and uses encryption techniques to regulate the creation of units of currency as well as verifying the transfer of funds. Cryptocurrencies operate independently of a central bank, and are kept track of through distributed ledger technology.'",
+    "definition": "'Digital currency that is based on mathematics and uses encryption techniques to regulate the creation of units of currency as well as verifying the transfer of funds. Cryptocurrencies operate independently of a central bank, and are kept track of through distributed ledger technology.'",
     "locales": {
       "Consensys' Definition": "Digital currency that is based on mathematics and uses encryption techniques to regulate the creation of units of currency as well as verifying the transfer of funds. Cryptocurrencies operate independently of a central bank, and are kept track of through distributed ledger technology.",
       "Simplified Chinese": "加密货币",
@@ -2690,7 +2690,7 @@ const glossary = {
   "cryptoeconomics": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The economic analysis of decentralized finance; notably, the MIT Cryptoeconomics Lab.'",
+    "definition": "'The economic analysis of decentralized finance; notably, the MIT Cryptoeconomics Lab.'",
     "locales": {
       "Consensys' Definition": "The economic analysis of decentralized finance; notably, the MIT Cryptoeconomics Lab.",
       "Simplified Chinese": "加密经济",
@@ -2722,7 +2722,7 @@ const glossary = {
   "cryptography": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In its broadest sense, cryptography is the art of 'hidden writing' -- using some sort of code to encrypt writing. In modern times, it often refers to the application of this concept within computing, communication, and data transfer through computers and computer networks. Cryptography has been protected as free speech in the United States, and provides the technological foundation that allows blockchain networks to be public: despite the ledger being open and accessible by all, control over the state of the ledger and the ability to move assets on it is mediated through cryptographic tools, such as the Secret Recovery Phrase.'",
+    "definition": "'In its broadest sense, cryptography is the art of 'hidden writing' -- using some sort of code to encrypt writing. In modern times, it often refers to the application of this concept within computing, communication, and data transfer through computers and computer networks. Cryptography has been protected as free speech in the United States, and provides the technological foundation that allows blockchain networks to be public: despite the ledger being open and accessible by all, control over the state of the ledger and the ability to move assets on it is mediated through cryptographic tools, such as the Secret Recovery Phrase.'",
     "locales": {
       "Consensys' Definition": "In its broadest sense, cryptography is the art of 'hidden writing' -- using some sort of code to encrypt writing. In modern times, it often refers to the application of this concept within computing, communication, and data transfer through computers and computer networks. Cryptography has been protected as free speech in the United States, and provides the technological foundation that allows blockchain networks to be public: despite the ledger being open and accessible by all, control over the state of the ledger and the ability to move assets on it is mediated through cryptographic tools, such as the Secret Recovery Phrase.",
       "Simplified Chinese": "加密学",
@@ -2754,7 +2754,7 @@ const glossary = {
   "Curve": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Curve is a decentralized exchange for stablecoins that uses an automated market maker (AMM) to manage liquidity.'",
+    "definition": "'Curve is a decentralized exchange for stablecoins that uses an automated market maker (AMM) to manage liquidity.'",
     "locales": {
       "Consensys' Definition": "Curve is a decentralized exchange for stablecoins that uses an automated market maker (AMM) to manage liquidity.",
       "Simplified Chinese": "Curve",
@@ -2786,7 +2786,7 @@ const glossary = {
   "custody (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of cryptocurrencies, custody refers to the safekeeping and management of digital assets on behalf of a client by a third-party service provider. Custody services are an important aspect of the cryptocurrency industry because cryptocurrencies are digital assets that require secure storage and management to prevent loss, theft, or unauthorized access.<br><br>Crypto custody services are typically offered by specialized companies that provide secure storage solutions for cryptocurrencies. These companies use various security measures such as multi-signature authentication, cold storage, and insurance to protect their clients' assets.'",
+    "definition": "'In the context of cryptocurrencies, custody refers to the safekeeping and management of digital assets on behalf of a client by a third-party service provider. Custody services are an important aspect of the cryptocurrency industry because cryptocurrencies are digital assets that require secure storage and management to prevent loss, theft, or unauthorized access.<br><br>Crypto custody services are typically offered by specialized companies that provide secure storage solutions for cryptocurrencies. These companies use various security measures such as multi-signature authentication, cold storage, and insurance to protect their clients' assets.'",
     "locales": {
       "Consensys' Definition": "In the context of cryptocurrencies, custody refers to the safekeeping and management of digital assets on behalf of a client by a third-party service provider. Custody services are an important aspect of the cryptocurrency industry because cryptocurrencies are digital assets that require secure storage and management to prevent loss, theft, or unauthorized access.\n\nCrypto custody services are typically offered by specialized companies that provide secure storage solutions for cryptocurrencies. These companies use various security measures such as multi-signature authentication, cold storage, and insurance to protect their clients' assets.",
       "Simplified Chinese": "托管",
@@ -2818,7 +2818,7 @@ const glossary = {
   "D'CENT": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Hardware wallet.'",
+    "definition": "'Hardware wallet.'",
     "locales": {
       "Consensys' Definition": "Hardware wallet.",
       "Simplified Chinese": "D'CENT",
@@ -2850,7 +2850,7 @@ const glossary = {
   "DAI": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'DAI is an Ethereum-based stablecoin whose issuance and development is managed by the Maker Protocol and the MakerDAO decentralized autonomous organization.'",
+    "definition": "'DAI is an Ethereum-based stablecoin whose issuance and development is managed by the Maker Protocol and the MakerDAO decentralized autonomous organization.'",
     "locales": {
       "Consensys' Definition": "DAI is an Ethereum-based stablecoin whose issuance and development is managed by the Maker Protocol and the MakerDAO decentralized autonomous organization.",
       "Simplified Chinese": "DAI",
@@ -2882,7 +2882,7 @@ const glossary = {
   "DAO": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see 'Decentralized Autonomous Organization'.'",
+    "definition": "'Acronym; see 'Decentralized Autonomous Organization'.'",
     "locales": {
       "Consensys' Definition": "Acronym; see 'Decentralized Autonomous Organization'.",
       "Simplified Chinese": "DAO（去中心化自治组织）",
@@ -2914,7 +2914,7 @@ const glossary = {
   "dapp": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see 'decentralized application''",
+    "definition": "'Acronym; see 'decentralized application''",
     "locales": {
       "Consensys' Definition": "Acronym; see 'decentralized application'",
       "Simplified Chinese": "dapp（去中心化应用）",
@@ -2946,7 +2946,7 @@ const glossary = {
   "decentralization": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The transfer of authority and responsibility from a centralized organization, government, or party to a distributed network.'",
+    "definition": "'The transfer of authority and responsibility from a centralized organization, government, or party to a distributed network.'",
     "locales": {
       "Consensys' Definition": "The transfer of authority and responsibility from a centralized organization, government, or party to a distributed network.",
       "Simplified Chinese": "去中心化",
@@ -2978,7 +2978,7 @@ const glossary = {
   "decentralized application": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An open-source software application with backend (not user-facing) code running on a decentralized peer-to-peer network, rather than a centralized server.  You may see alternate spellings: dApps, DApps, Dapps, and Đapps.'",
+    "definition": "'An open-source software application with backend (not user-facing) code running on a decentralized peer-to-peer network, rather than a centralized server.  You may see alternate spellings: dApps, DApps, Dapps, and Đapps.'",
     "locales": {
       "Consensys' Definition": "An open-source software application with backend (not user-facing) code running on a decentralized peer-to-peer network, rather than a centralized server.  You may see alternate spellings: dApps, DApps, Dapps, and Đapps.",
       "Simplified Chinese": "去中心化应用",
@@ -3010,7 +3010,7 @@ const glossary = {
   "Decentralized Autonomous Organization (DAO)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A Digital Decentralized Autonomous Organization (DAO, pronounced like the Chinese concept) is a powerful and very flexible organizational structure built on a blockchain. Alternatively, the first known example of a DAO is referred to as The DAO. The DAO served as a form of investor-directed venture capital fund, which sought to provide enterprises with new decentralized business models. Ethereum-based, The DAO’s code was open source. The organization set the record for the most crowdfunded project in 2016. Those funds were partially stolen by hackers. The hack caused an Ethereum hard-fork which lead to the creation of Ethereum Classic.'",
+    "definition": "'A Digital Decentralized Autonomous Organization (DAO, pronounced like the Chinese concept) is a powerful and very flexible organizational structure built on a blockchain. Alternatively, the first known example of a DAO is referred to as The DAO. The DAO served as a form of investor-directed venture capital fund, which sought to provide enterprises with new decentralized business models. Ethereum-based, The DAO’s code was open source. The organization set the record for the most crowdfunded project in 2016. Those funds were partially stolen by hackers. The hack caused an Ethereum hard-fork which lead to the creation of Ethereum Classic.'",
     "locales": {
       "Consensys' Definition": "A Digital Decentralized Autonomous Organization (DAO, pronounced like the Chinese concept) is a powerful and very flexible organizational structure built on a blockchain. Alternatively, the first known example of a DAO is referred to as The DAO. The DAO served as a form of investor-directed venture capital fund, which sought to provide enterprises with new decentralized business models. Ethereum-based, The DAO’s code was open source. The organization set the record for the most crowdfunded project in 2016. Those funds were partially stolen by hackers. The hack caused an Ethereum hard-fork which lead to the creation of Ethereum Classic.",
       "Simplified Chinese": "去中心化自治组织（DAO）",
@@ -3042,7 +3042,7 @@ const glossary = {
   "decentralized exchange (DEX)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A decentralized exchange (DEX) is a platform for exchanging cryptocurrencies based on functionality programmed on the blockchain (i.e., in smart contracts). The trading is peer-to-peer, or between pools of liquidity. This is in contrast with a centralized exchange, which is more akin to a bank or investment firm that specializes in cryptocurrencies. Additionally, there are so-called on-ramp providers, who could be compared to currency brokers, exchanging traditional “fiat” money for cryptocurrencies, and do not hold customer’s funds “on deposit” the way a centralized exchange does. There are important technical and regulatory differences between these, which are constantly evolving.'",
+    "definition": "'A decentralized exchange (DEX) is a platform for exchanging cryptocurrencies based on functionality programmed on the blockchain (i.e., in smart contracts). The trading is peer-to-peer, or between pools of liquidity. This is in contrast with a centralized exchange, which is more akin to a bank or investment firm that specializes in cryptocurrencies. Additionally, there are so-called on-ramp providers, who could be compared to currency brokers, exchanging traditional “fiat” money for cryptocurrencies, and do not hold customer’s funds “on deposit” the way a centralized exchange does. There are important technical and regulatory differences between these, which are constantly evolving.'",
     "locales": {
       "Consensys' Definition": "A decentralized exchange (DEX) is a platform for exchanging cryptocurrencies based on functionality programmed on the blockchain (i.e., in smart contracts). The trading is peer-to-peer, or between pools of liquidity. This is in contrast with a centralized exchange, which is more akin to a bank or investment firm that specializes in cryptocurrencies. Additionally, there are so-called on-ramp providers, who could be compared to currency brokers, exchanging traditional “fiat” money for cryptocurrencies, and do not hold customer’s funds “on deposit” the way a centralized exchange does. There are important technical and regulatory differences between these, which are constantly evolving.",
       "Simplified Chinese": "去中心化交易所（DEX）",
@@ -3074,7 +3074,7 @@ const glossary = {
   "decentralized finance": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'If cryptocurrency is web3’s monetary system, its financial system is DeFi. This includes familiar concepts like loans and interest-bearing financial instruments, as well as so-called “DeFi primitives”, novel solutions like token swapping and liquidity pools.'",
+    "definition": "'If cryptocurrency is web3’s monetary system, its financial system is DeFi. This includes familiar concepts like loans and interest-bearing financial instruments, as well as so-called “DeFi primitives”, novel solutions like token swapping and liquidity pools.'",
     "locales": {
       "Consensys' Definition": "If cryptocurrency is web3’s monetary system, its financial system is DeFi. This includes familiar concepts like loans and interest-bearing financial instruments, as well as so-called “DeFi primitives”, novel solutions like token swapping and liquidity pools.",
       "Simplified Chinese": "去中心化金融",
@@ -3106,7 +3106,7 @@ const glossary = {
   "decentralized web": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The decentralized web, also known as web3, is a concept that refers to a new type of internet architecture that aims to provide a more open, secure, and privacy-preserving internet experience by removing the need for centralized intermediaries and giving users more control over their data.<br><br>In contrast to the current centralized web, where most online activities are controlled by a few large corporations and their servers, the decentralized web relies on a network of distributed nodes and peer-to-peer protocols to store and transmit data. This means that there is no central authority controlling the internet, and users can interact directly with each other without the need for intermediaries.'",
+    "definition": "'The decentralized web, also known as web3, is a concept that refers to a new type of internet architecture that aims to provide a more open, secure, and privacy-preserving internet experience by removing the need for centralized intermediaries and giving users more control over their data.<br><br>In contrast to the current centralized web, where most online activities are controlled by a few large corporations and their servers, the decentralized web relies on a network of distributed nodes and peer-to-peer protocols to store and transmit data. This means that there is no central authority controlling the internet, and users can interact directly with each other without the need for intermediaries.'",
     "locales": {
       "Consensys' Definition": "The decentralized web, also known as web3, is a concept that refers to a new type of internet architecture that aims to provide a more open, secure, and privacy-preserving internet experience by removing the need for centralized intermediaries and giving users more control over their data.\n\nIn contrast to the current centralized web, where most online activities are controlled by a few large corporations and their servers, the decentralized web relies on a network of distributed nodes and peer-to-peer protocols to store and transmit data. This means that there is no central authority controlling the internet, and users can interact directly with each other without the need for intermediaries.",
       "Simplified Chinese": "去中心化网络",
@@ -3138,7 +3138,7 @@ const glossary = {
   "deposit": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In most web3 contexts, 'depositing' refers to the act of transferring some amount of token(s) to an address other than one's own, most often to a smart contract controlled by a 'protocol', such as a decentralized exchange, video game or multiverse, DAO, etc. Generally, the user will receive something in return for their deposit, and the deposit can be claimed at the user's discretion, or upon completion of given conditions. Compare with 'stake'.'",
+    "definition": "'In most web3 contexts, 'depositing' refers to the act of transferring some amount of token(s) to an address other than one's own, most often to a smart contract controlled by a 'protocol', such as a decentralized exchange, video game or multiverse, DAO, etc. Generally, the user will receive something in return for their deposit, and the deposit can be claimed at the user's discretion, or upon completion of given conditions. Compare with 'stake'.'",
     "locales": {
       "Consensys' Definition": "In most web3 contexts, 'depositing' refers to the act of transferring some amount of token(s) to an address other than one's own, most often to a smart contract controlled by a 'protocol', such as a decentralized exchange, video game or multiverse, DAO, etc. Generally, the user will receive something in return for their deposit, and the deposit can be claimed at the user's discretion, or upon completion of given conditions. Compare with 'stake'.",
       "Simplified Chinese": "保证金",
@@ -3170,7 +3170,7 @@ const glossary = {
   "derive / derivation": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'To derive something is to obtain it from an original source. In the context of crypto-technology, we often discuss \"deriving\" wallets and accounts from seed phrases (aka Secret Recovery Phrases, or SRPs). This is literally true: the SRP represents a cryptographic key which is used to derive account addresses deterministically, meaning they will be derived the same way each time. Another, more technical, way of referring to this technology is to refer to \"hierarchical deterministic\" wallets.'",
+    "definition": "'To derive something is to obtain it from an original source. In the context of crypto-technology, we often discuss \"deriving\" wallets and accounts from seed phrases (aka Secret Recovery Phrases, or SRPs). This is literally true: the SRP represents a cryptographic key which is used to derive account addresses deterministically, meaning they will be derived the same way each time. Another, more technical, way of referring to this technology is to refer to \"hierarchical deterministic\" wallets.'",
     "locales": {
       "Consensys' Definition": "To derive something is to obtain it from an original source. In the context of crypto-technology, we often discuss \"deriving\" wallets and accounts from seed phrases (aka Secret Recovery Phrases, or SRPs). This is literally true: the SRP represents a cryptographic key which is used to derive account addresses deterministically, meaning they will be derived the same way each time. Another, more technical, way of referring to this technology is to refer to \"hierarchical deterministic\" wallets.",
       "Simplified Chinese": "派生",
@@ -3202,7 +3202,7 @@ const glossary = {
   "dev": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Abbreviation of developer.'",
+    "definition": "'Abbreviation of developer.'",
     "locales": {
       "Consensys' Definition": "Abbreviation of developer.",
       "Simplified Chinese": "开发者",
@@ -3234,7 +3234,7 @@ const glossary = {
   "Devcon": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'This is shorthand for the Ethereum Developers’ Conference.'",
+    "definition": "'This is shorthand for the Ethereum Developers’ Conference.'",
     "locales": {
       "Consensys' Definition": "This is shorthand for the Ethereum Developers’ Conference.",
       "Simplified Chinese": "Ethereum 开发者会议",
@@ -3266,7 +3266,7 @@ const glossary = {
   "Developer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A person that creates new products, especially computer products such as software.'",
+    "definition": "'A person that creates new products, especially computer products such as software.'",
     "locales": {
       "Consensys' Definition": "A person that creates new products, especially computer products such as software.",
       "Simplified Chinese": "开发者",
@@ -3298,7 +3298,7 @@ const glossary = {
   "DEX": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see \"decentralized exchange\".'",
+    "definition": "'Acronym; see \"decentralized exchange\".'",
     "locales": {
       "Consensys' Definition": "Acronym; see \"decentralized exchange\".",
       "Simplified Chinese": "DEX（去中心化交易所）",
@@ -3330,7 +3330,7 @@ const glossary = {
   "difficulty": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The concept outlining how hard it is to verify blocks in a blockchain network during Proof of Work mining. In the Bitcoin network, the difficulty of mining adjusts every 2016 blocks. This is to keep block verification time at ten minutes.'",
+    "definition": "'The concept outlining how hard it is to verify blocks in a blockchain network during Proof of Work mining. In the Bitcoin network, the difficulty of mining adjusts every 2016 blocks. This is to keep block verification time at ten minutes.'",
     "locales": {
       "Consensys' Definition": "The concept outlining how hard it is to verify blocks in a blockchain network during Proof of Work mining. In the Bitcoin network, the difficulty of mining adjusts every 2016 blocks. This is to keep block verification time at ten minutes.",
       "Simplified Chinese": "难度",
@@ -3362,7 +3362,7 @@ const glossary = {
   "difficulty bomb": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The difficulty bomb, along with the Beacon Chain and others, was a key element of Ethereum's upgrade to Ethereum 2.0 and a Proof of Stake (PoS) consensus mechanism. As the name indicates, the difficulty bomb was a software mechanism that increased block verification difficulty, making it more expensive and difficult--eventually, prohibitively so--to mine a new block. Through economic incentive, and later, the raw limitations of computing power, this forced the shift to PoS consensus. See also 'Proof of Stake', 'the Merge'.'",
+    "definition": "'The difficulty bomb, along with the Beacon Chain and others, was a key element of Ethereum's upgrade to Ethereum 2.0 and a Proof of Stake (PoS) consensus mechanism. As the name indicates, the difficulty bomb was a software mechanism that increased block verification difficulty, making it more expensive and difficult--eventually, prohibitively so--to mine a new block. Through economic incentive, and later, the raw limitations of computing power, this forced the shift to PoS consensus. See also 'Proof of Stake', 'the Merge'.'",
     "locales": {
       "Consensys' Definition": "The difficulty bomb, along with the Beacon Chain and others, was a key element of Ethereum's upgrade to Ethereum 2.0 and a Proof of Stake (PoS) consensus mechanism. As the name indicates, the difficulty bomb was a software mechanism that increased block verification difficulty, making it more expensive and difficult--eventually, prohibitively so--to mine a new block. Through economic incentive, and later, the raw limitations of computing power, this forced the shift to PoS consensus. See also 'Proof of Stake', 'the Merge'.",
       "Simplified Chinese": "难度炸弹",
@@ -3394,7 +3394,7 @@ const glossary = {
   "digital asset": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A digital commodity that is scarce, electronically transferable, and intangible with a market value.'",
+    "definition": "'A digital commodity that is scarce, electronically transferable, and intangible with a market value.'",
     "locales": {
       "Consensys' Definition": "A digital commodity that is scarce, electronically transferable, and intangible with a market value.",
       "Simplified Chinese": "数字资产",
@@ -3426,7 +3426,7 @@ const glossary = {
   "digital identity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An online or networked identity adopted by an individual, organization, or electronic device.'",
+    "definition": "'An online or networked identity adopted by an individual, organization, or electronic device.'",
     "locales": {
       "Consensys' Definition": "An online or networked identity adopted by an individual, organization, or electronic device.",
       "Simplified Chinese": "数字身份",
@@ -3458,7 +3458,7 @@ const glossary = {
   "Digital signature": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A short string of data a user produces for a document using a private key such that anyone with the corresponding public key, the signature, and the document can verify that (1) the document was \"signed\" by the owner of that particular private key, and (2) the document was not changed after it was signed.'",
+    "definition": "'A short string of data a user produces for a document using a private key such that anyone with the corresponding public key, the signature, and the document can verify that (1) the document was \"signed\" by the owner of that particular private key, and (2) the document was not changed after it was signed.'",
     "locales": {
       "Consensys' Definition": "A short string of data a user produces for a document using a private key such that anyone with the corresponding public key, the signature, and the document can verify that (1) the document was \"signed\" by the owner of that particular private key, and (2) the document was not changed after it was signed.",
       "Simplified Chinese": "电子签名",
@@ -3490,7 +3490,7 @@ const glossary = {
   "Distributed Denial of Service (DDoS) Attack": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A type of cyber-attack in which the perpetrator continuously overwhelms the system with requests in order to prevent service of legitimate requests.'",
+    "definition": "'A type of cyber-attack in which the perpetrator continuously overwhelms the system with requests in order to prevent service of legitimate requests.'",
     "locales": {
       "Consensys' Definition": "A type of cyber-attack in which the perpetrator continuously overwhelms the system with requests in order to prevent service of legitimate requests.",
       "Simplified Chinese": "分布式拒绝服务攻击（DDoS）",
@@ -3522,7 +3522,7 @@ const glossary = {
   "distributed ledger": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as 'crypto' has come to mean 'cryptocurrency', 'web3' is the collective community, and 'blockchain', after all, is \"just\" the data structure used to sync the distributed ledger itself.'",
+    "definition": "'A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as 'crypto' has come to mean 'cryptocurrency', 'web3' is the collective community, and 'blockchain', after all, is \"just\" the data structure used to sync the distributed ledger itself.'",
     "locales": {
       "Consensys' Definition": "A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as 'crypto' has come to mean 'cryptocurrency', 'web3' is the collective community, and 'blockchain', after all, is \"just\" the data structure used to sync the distributed ledger itself.",
       "Simplified Chinese": "分布式账本",
@@ -3554,7 +3554,7 @@ const glossary = {
   "Distributed Ledger Technology": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as ‘crypto’ has come to mean ‘cryptocurrency’, ‘web3’ is the collective community, and ‘blockchain’, after all, is “just” the data structure used to sync the distributed ledger itself.'",
+    "definition": "'A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as ‘crypto’ has come to mean ‘cryptocurrency’, ‘web3’ is the collective community, and ‘blockchain’, after all, is “just” the data structure used to sync the distributed ledger itself.'",
     "locales": {
       "Consensys' Definition": "A type of database which spreads across multiple sites, countries, or institutions. Records are stored sequentially in a continuous ledger. Distributed ledger data can be either “permissioned” or “unpermissioned”, determining who can view it. This term is used, often, to refer in general to public blockchain technology, as ‘crypto’ has come to mean ‘cryptocurrency’, ‘web3’ is the collective community, and ‘blockchain’, after all, is “just” the data structure used to sync the distributed ledger itself.",
       "Simplified Chinese": "分布式账本技术",
@@ -3586,7 +3586,7 @@ const glossary = {
   "DLT": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see \"distributed ledger technology\".'",
+    "definition": "'Acronym; see \"distributed ledger technology\".'",
     "locales": {
       "Consensys' Definition": "Acronym; see \"distributed ledger technology\".",
       "Simplified Chinese": "DLT（分布式账本技术）",
@@ -3618,7 +3618,7 @@ const glossary = {
   "double spend": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The 'double spend' is the benchmark security concern of blockchain networks: how do we ensure that someone doesn't send the same transaction to two different entities, essentially \"spending their money twice\"? This is the cornerstone of the consensus mechanism, ensuring that all nodes of the network are \"in agreement\" about which assets are allocated to which addresses, on an ongoing basis, to prevent malicious actions such as a double spend.'",
+    "definition": "'The 'double spend' is the benchmark security concern of blockchain networks: how do we ensure that someone doesn't send the same transaction to two different entities, essentially \"spending their money twice\"? This is the cornerstone of the consensus mechanism, ensuring that all nodes of the network are \"in agreement\" about which assets are allocated to which addresses, on an ongoing basis, to prevent malicious actions such as a double spend.'",
     "locales": {
       "Consensys' Definition": "The 'double spend' is the benchmark security concern of blockchain networks: how do we ensure that someone doesn't send the same transaction to two different entities, essentially \"spending their money twice\"? This is the cornerstone of the consensus mechanism, ensuring that all nodes of the network are \"in agreement\" about which assets are allocated to which addresses, on an ongoing basis, to prevent malicious actions such as a double spend.",
       "Simplified Chinese": "双重支付",
@@ -3650,7 +3650,7 @@ const glossary = {
   "ecosystem": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"web3 ecosystem\"; \"blockchain ecosystem\". See \"web3\"; See \"blockchain'",
+    "definition": "'In the context of \"web3 ecosystem\"; \"blockchain ecosystem\". See \"web3\"; See \"blockchain'",
     "locales": {
       "Consensys' Definition": "In the context of \"web3 ecosystem\"; \"blockchain ecosystem\". See \"web3\"; See \"blockchain",
       "Simplified Chinese": "生态系统",
@@ -3682,7 +3682,7 @@ const glossary = {
   "Edge": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"Edge computing\": it is an emerging computing paradigm which refers to a range of networks and devices at or near the user. Edge is about processing data closer to where it's being generated, enabling processing at greater speeds and volumes, leading to greater action-led results in real time.<br>The term can also refer to Microsoft's browser or the crypto software wallet'",
+    "definition": "'In the context of \"Edge computing\": it is an emerging computing paradigm which refers to a range of networks and devices at or near the user. Edge is about processing data closer to where it's being generated, enabling processing at greater speeds and volumes, leading to greater action-led results in real time.<br>The term can also refer to Microsoft's browser or the crypto software wallet'",
     "locales": {
       "Consensys' Definition": "In the context of \"Edge computing\": it is an emerging computing paradigm which refers to a range of networks and devices at or near the user. Edge is about processing data closer to where it's being generated, enabling processing at greater speeds and volumes, leading to greater action-led results in real time.\nThe term can also refer to Microsoft's browser or the crypto software wallet",
       "Simplified Chinese": "Edge",
@@ -3714,7 +3714,7 @@ const glossary = {
   "EIP-1559": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'EIP (Ethereum Improvement Proposal)<br><br>The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559.<br>EIP-1559 will change Ethereum’s fee market mechanism. Fundamentally, EIP-1559 gets rid of the first-price auction as the main gas fee calculation. In first-price auctions, people bid a set amount of money to pay for their transaction to be processed, and the highest bidder wins. With EIP-1559, there will be a discrete “base fee” for transactions to be included in the next block. For users or applications that want to prioritize their transaction, they can add a “tip,” which is called a “priority fee” to pay a miner for faster inclusion.'",
+    "definition": "'EIP (Ethereum Improvement Proposal)<br><br>The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559.<br>EIP-1559 will change Ethereum’s fee market mechanism. Fundamentally, EIP-1559 gets rid of the first-price auction as the main gas fee calculation. In first-price auctions, people bid a set amount of money to pay for their transaction to be processed, and the highest bidder wins. With EIP-1559, there will be a discrete “base fee” for transactions to be included in the next block. For users or applications that want to prioritize their transaction, they can add a “tip,” which is called a “priority fee” to pay a miner for faster inclusion.'",
     "locales": {
       "Consensys' Definition": "EIP (Ethereum Improvement Proposal)\n\nThe EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559.\nEIP-1559 will change Ethereum’s fee market mechanism. Fundamentally, EIP-1559 gets rid of the first-price auction as the main gas fee calculation. In first-price auctions, people bid a set amount of money to pay for their transaction to be processed, and the highest bidder wins. With EIP-1559, there will be a discrete “base fee” for transactions to be included in the next block. For users or applications that want to prioritize their transaction, they can add a “tip,” which is called a “priority fee” to pay a miner for faster inclusion.",
       "Simplified Chinese": "Ethereum 改进提议（EIP）-1559",
@@ -3746,7 +3746,7 @@ const glossary = {
   "encrypted vs unencrypted keys": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'As discussed elsewhere, public and private cryptographic key pairs are one of the technologies that underpins cryptocurrencies and \"crypto\" tech in general. In MetaMask, an unencrypted private key is 64 characters long, and it is used to unlock or restore wallets. An encrypted key is also 64 letters long and is a regular private key that has gone through the process of encryption. Usually, encrypted private keys are kept within the extension or device they are encrypted by, and they remain out of sight from the user. This is meant to add another layer of security to keep a user’s wallet information safe. By way of example: if the world ‘Apple’ was your private key, then it was encrypted three letters down the alphabet, your new encrypted key would be ‘Dssoh’. Since you know the way to encrypt this key, you could derive the original private key from it by reversing the method of encryption.'",
+    "definition": "'As discussed elsewhere, public and private cryptographic key pairs are one of the technologies that underpins cryptocurrencies and \"crypto\" tech in general. In MetaMask, an unencrypted private key is 64 characters long, and it is used to unlock or restore wallets. An encrypted key is also 64 letters long and is a regular private key that has gone through the process of encryption. Usually, encrypted private keys are kept within the extension or device they are encrypted by, and they remain out of sight from the user. This is meant to add another layer of security to keep a user’s wallet information safe. By way of example: if the world ‘Apple’ was your private key, then it was encrypted three letters down the alphabet, your new encrypted key would be ‘Dssoh’. Since you know the way to encrypt this key, you could derive the original private key from it by reversing the method of encryption.'",
     "locales": {
       "Consensys' Definition": "As discussed elsewhere, public and private cryptographic key pairs are one of the technologies that underpins cryptocurrencies and \"crypto\" tech in general. In MetaMask, an unencrypted private key is 64 characters long, and it is used to unlock or restore wallets. An encrypted key is also 64 letters long and is a regular private key that has gone through the process of encryption. Usually, encrypted private keys are kept within the extension or device they are encrypted by, and they remain out of sight from the user. This is meant to add another layer of security to keep a user’s wallet information safe. By way of example: if the world ‘Apple’ was your private key, then it was encrypted three letters down the alphabet, your new encrypted key would be ‘Dssoh’. Since you know the way to encrypt this key, you could derive the original private key from it by reversing the method of encryption.",
       "Simplified Chinese": "加密秘钥与未加密密钥",
@@ -3778,7 +3778,7 @@ const glossary = {
   "encryption": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Encrpytion, literally 'in a hidden place', is the art and science of encoding information to control who can read it, or how it is to be read. Encryption occurs in natural (human) languages, as well as in machine and computer languages. Highly complex, and therefore difficult to decipher, encryption is an essential element enabling blockchain networks to be simultaneously public and secure.'",
+    "definition": "'Encrpytion, literally 'in a hidden place', is the art and science of encoding information to control who can read it, or how it is to be read. Encryption occurs in natural (human) languages, as well as in machine and computer languages. Highly complex, and therefore difficult to decipher, encryption is an essential element enabling blockchain networks to be simultaneously public and secure.'",
     "locales": {
       "Consensys' Definition": "Encrpytion, literally 'in a hidden place', is the art and science of encoding information to control who can read it, or how it is to be read. Encryption occurs in natural (human) languages, as well as in machine and computer languages. Highly complex, and therefore difficult to decipher, encryption is an essential element enabling blockchain networks to be simultaneously public and secure.",
       "Simplified Chinese": "加密",
@@ -3810,7 +3810,7 @@ const glossary = {
   "ENS": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet's DNS.'",
+    "definition": "'The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet's DNS.'",
     "locales": {
       "Consensys' Definition": "The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet's DNS.",
       "Simplified Chinese": "ENS（Ethereum 域名服务）",
@@ -3842,7 +3842,7 @@ const glossary = {
   "Enterprise Ethereum Alliance (EEA)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A group of Ethereum core developers, startups, and large companies working together to commercialize and use Ethereum for different business applications. Website here.'",
+    "definition": "'A group of Ethereum core developers, startups, and large companies working together to commercialize and use Ethereum for different business applications. Website here.'",
     "locales": {
       "Consensys' Definition": "A group of Ethereum core developers, startups, and large companies working together to commercialize and use Ethereum for different business applications. Website here.",
       "Simplified Chinese": "企业 Ethereum 联盟（EEA）",
@@ -3874,7 +3874,7 @@ const glossary = {
   "entropy": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of cryptography, 'entropy' refers to 'randomness'; generally, the more random something is (the more entropy it has), the more secure it is.'",
+    "definition": "'In the context of cryptography, 'entropy' refers to 'randomness'; generally, the more random something is (the more entropy it has), the more secure it is.'",
     "locales": {
       "Consensys' Definition": "In the context of cryptography, 'entropy' refers to 'randomness'; generally, the more random something is (the more entropy it has), the more secure it is.",
       "Simplified Chinese": "熵",
@@ -3906,7 +3906,7 @@ const glossary = {
   "epoch": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An epoch, in general, is a measure of time, or of blockchain progression, on a given blockchain. In Ethereum Proof of Stake, an epoch consists of 32 slots, each lasting 12 seconds, for a total of 6.4 minutes per epoch. There is additional functionality built upon the epoch measure in the Beacon Chain to help ensure security and proper operation of the Chain.'",
+    "definition": "'An epoch, in general, is a measure of time, or of blockchain progression, on a given blockchain. In Ethereum Proof of Stake, an epoch consists of 32 slots, each lasting 12 seconds, for a total of 6.4 minutes per epoch. There is additional functionality built upon the epoch measure in the Beacon Chain to help ensure security and proper operation of the Chain.'",
     "locales": {
       "Consensys' Definition": "An epoch, in general, is a measure of time, or of blockchain progression, on a given blockchain. In Ethereum Proof of Stake, an epoch consists of 32 slots, each lasting 12 seconds, for a total of 6.4 minutes per epoch. There is additional functionality built upon the epoch measure in the Beacon Chain to help ensure security and proper operation of the Chain.",
       "Simplified Chinese": "时段",
@@ -3938,7 +3938,7 @@ const glossary = {
   "ERC": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Ethereum Request for Comment, or ERC, is a bit of a misnomer, as it is used to refer to suggestions for modifications that have already made it through the Ethereum Improvement Protocol (EIP) process and have been made standard on Ethereum. An ERC is, essentially, a set of standards for a given operation or topic on the Ethereum network. The authoritative list can be found here.'",
+    "definition": "'Ethereum Request for Comment, or ERC, is a bit of a misnomer, as it is used to refer to suggestions for modifications that have already made it through the Ethereum Improvement Protocol (EIP) process and have been made standard on Ethereum. An ERC is, essentially, a set of standards for a given operation or topic on the Ethereum network. The authoritative list can be found here.'",
     "locales": {
       "Consensys' Definition": "Ethereum Request for Comment, or ERC, is a bit of a misnomer, as it is used to refer to suggestions for modifications that have already made it through the Ethereum Improvement Protocol (EIP) process and have been made standard on Ethereum. An ERC is, essentially, a set of standards for a given operation or topic on the Ethereum network. The authoritative list can be found here.",
       "Simplified Chinese": "Ethereum 征求修正意见书（ERC）",
@@ -3970,7 +3970,7 @@ const glossary = {
   "ERC-1155": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A token standard for creating semi-fungible tokens, meaning you can launch both fungible and non-fungible tokens within a single smart contract.'",
+    "definition": "'A token standard for creating semi-fungible tokens, meaning you can launch both fungible and non-fungible tokens within a single smart contract.'",
     "locales": {
       "Consensys' Definition": "A token standard for creating semi-fungible tokens, meaning you can launch both fungible and non-fungible tokens within a single smart contract.",
       "Simplified Chinese": "Ethereum 征求修正意见书（ERC）-1155",
@@ -4002,7 +4002,7 @@ const glossary = {
   "ERC-20 Token Standard": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ERC is the abbreviation for Ethereum Request for Comment and is followed by the assignment number of the standard. ERC-20 is a technical standard for smart contracts which is used to issue the majority of tokens (in particular, cryptocurrency tokens) extant on Ethereum. This list of rules states the requirements that a token must fulfill to be compliant and function within the Ethereum network.'",
+    "definition": "'ERC is the abbreviation for Ethereum Request for Comment and is followed by the assignment number of the standard. ERC-20 is a technical standard for smart contracts which is used to issue the majority of tokens (in particular, cryptocurrency tokens) extant on Ethereum. This list of rules states the requirements that a token must fulfill to be compliant and function within the Ethereum network.'",
     "locales": {
       "Consensys' Definition": "ERC is the abbreviation for Ethereum Request for Comment and is followed by the assignment number of the standard. ERC-20 is a technical standard for smart contracts which is used to issue the majority of tokens (in particular, cryptocurrency tokens) extant on Ethereum. This list of rules states the requirements that a token must fulfill to be compliant and function within the Ethereum network.",
       "Simplified Chinese": "Ethereum 征求修正意见书（ERC）-20 代币标准",
@@ -4034,7 +4034,7 @@ const glossary = {
   "ERC-721": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ERC-721 Token Standard<br><br>Another standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.'",
+    "definition": "'ERC-721 Token Standard<br><br>Another standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.'",
     "locales": {
       "Consensys' Definition": "ERC-721 Token Standard\n\nAnother standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.",
       "Simplified Chinese": "Ethereum 征求修正意见书（ERC）-721",
@@ -4066,7 +4066,7 @@ const glossary = {
   "ERC-721 Token Standard": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ERC-721 Token Standard<br><br>A standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.'",
+    "definition": "'ERC-721 Token Standard<br><br>A standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.'",
     "locales": {
       "Consensys' Definition": "ERC-721 Token Standard\n\nA standard for Ethereum smart contracts, which allows for the issuance of a non-fungible token: this is the standard that created what we all now know as an NFT. This token standard is used to represent a unique digital asset that is not interchangeable, as opposed to the ERC-20 (or other equivalent) standard, which issues identical, interchangeable tokens.",
       "Simplified Chinese": "Ethereum 征求修正意见书（ERC）-721 代币标准",
@@ -4098,7 +4098,7 @@ const glossary = {
   "ETH": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see \"ether'",
+    "definition": "'Acronym; see \"ether'",
     "locales": {
       "Consensys' Definition": "Acronym; see \"ether",
       "Simplified Chinese": "ETH",
@@ -4130,7 +4130,7 @@ const glossary = {
   "ether (denominations)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'There are a number of denominations of the currency we know as 'ether' or ETH; for the definitive explanation, see the original Ethereum Homestead documentation Ethereum Homestead documentation here.'",
+    "definition": "'There are a number of denominations of the currency we know as 'ether' or ETH; for the definitive explanation, see the original Ethereum Homestead documentation Ethereum Homestead documentation here.'",
     "locales": {
       "Consensys' Definition": "There are a number of denominations of the currency we know as 'ether' or ETH; for the definitive explanation, see the original Ethereum Homestead documentation Ethereum Homestead documentation here.",
       "Simplified Chinese": "以太币（面额）",
@@ -4162,7 +4162,7 @@ const glossary = {
   "ether (ETH)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Ether is the native cryptocurrency of the Ethereum blockchain network. Ether—also referred to as ETH (pronounced with a long “e”, like “teeth” without the “t”)—functions as the fuel of the Ethereum ecosystem, by quantifying the work performed by the network, and as a form of payment for participants securing the network.'",
+    "definition": "'Ether is the native cryptocurrency of the Ethereum blockchain network. Ether—also referred to as ETH (pronounced with a long “e”, like “teeth” without the “t”)—functions as the fuel of the Ethereum ecosystem, by quantifying the work performed by the network, and as a form of payment for participants securing the network.'",
     "locales": {
       "Consensys' Definition": "Ether is the native cryptocurrency of the Ethereum blockchain network. Ether—also referred to as ETH (pronounced with a long “e”, like “teeth” without the “t”)—functions as the fuel of the Ethereum ecosystem, by quantifying the work performed by the network, and as a form of payment for participants securing the network.",
       "Simplified Chinese": "以太币（ETH）",
@@ -4194,7 +4194,7 @@ const glossary = {
   "Ethereum": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A public blockchain network and decentralized software platform upon which developers build and run applications. As it is a proper noun, it should always be capitalized.'",
+    "definition": "'A public blockchain network and decentralized software platform upon which developers build and run applications. As it is a proper noun, it should always be capitalized.'",
     "locales": {
       "Consensys' Definition": "A public blockchain network and decentralized software platform upon which developers build and run applications. As it is a proper noun, it should always be capitalized.",
       "Simplified Chinese": "Ethereum",
@@ -4226,7 +4226,7 @@ const glossary = {
   "Ethereum 2.0": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'a.k.a The Merge<br><br>Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.'",
+    "definition": "'a.k.a The Merge<br><br>Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.'",
     "locales": {
       "Consensys' Definition": "a.k.a The Merge\n\nFinalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.",
       "Simplified Chinese": "Ethereum 2.0",
@@ -4258,7 +4258,7 @@ const glossary = {
   "Ethereum Improvement Proposal (EIP)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole; the official repository is here. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559. Keep in mind that as it is an iterative, lengthy process, some EIPs never get fully approved, and some do, and many end up somewhere in a gray area of 'partially implemented'.'",
+    "definition": "'The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole; the official repository is here. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559. Keep in mind that as it is an iterative, lengthy process, some EIPs never get fully approved, and some do, and many end up somewhere in a gray area of 'partially implemented'.'",
     "locales": {
       "Consensys' Definition": "The EIP process is a public and open process through which suggestions are made as to how to change (and hopefully, improve) the way the Ethereum network functions as a whole; the official repository is here. Individual EIPs are referred to by the name assigned to them in the repository, for example, EIP-1559. Keep in mind that as it is an iterative, lengthy process, some EIPs never get fully approved, and some do, and many end up somewhere in a gray area of 'partially implemented'.",
       "Simplified Chinese": "Ethereum 改进提议（EIP）",
@@ -4290,7 +4290,7 @@ const glossary = {
   "Ethereum Name Service (ENS)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet’s DNS.'",
+    "definition": "'The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet’s DNS.'",
     "locales": {
       "Consensys' Definition": "The Ethereum Name Service is a protocol, managed by a DAO, which assigns human-readable and easy-to-remember addresses to Ethereum addresses and assets, homologous to the traditional internet’s DNS.",
       "Simplified Chinese": "Ethereum 域名服务（ENS）",
@@ -4322,7 +4322,7 @@ const glossary = {
   "Ethereum Public Address": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum public address, also known as an Ethereum account address, is a string of 42 characters (including letters and numbers) that is used to receive or send Ethereum and other Ethereum-based tokens on the Ethereum network.<br><br>Each Ethereum public address is unique and is associated with a private key that allows the owner of the address to sign and authorize transactions. The public address is derived from the private key using a mathematical algorithm, and it can be shared with others to receive payments or tokens.<br><br>When sending Ethereum or tokens, users need to specify the recipient's public address as the destination for the transaction. Once the transaction is confirmed by the network, the Ethereum or tokens are transferred to the recipient's address.'",
+    "definition": "'An Ethereum public address, also known as an Ethereum account address, is a string of 42 characters (including letters and numbers) that is used to receive or send Ethereum and other Ethereum-based tokens on the Ethereum network.<br><br>Each Ethereum public address is unique and is associated with a private key that allows the owner of the address to sign and authorize transactions. The public address is derived from the private key using a mathematical algorithm, and it can be shared with others to receive payments or tokens.<br><br>When sending Ethereum or tokens, users need to specify the recipient's public address as the destination for the transaction. Once the transaction is confirmed by the network, the Ethereum or tokens are transferred to the recipient's address.'",
     "locales": {
       "Consensys' Definition": "An Ethereum public address, also known as an Ethereum account address, is a string of 42 characters (including letters and numbers) that is used to receive or send Ethereum and other Ethereum-based tokens on the Ethereum network.\n\nEach Ethereum public address is unique and is associated with a private key that allows the owner of the address to sign and authorize transactions. The public address is derived from the private key using a mathematical algorithm, and it can be shared with others to receive payments or tokens.\n\nWhen sending Ethereum or tokens, users need to specify the recipient's public address as the destination for the transaction. Once the transaction is confirmed by the network, the Ethereum or tokens are transferred to the recipient's address.",
       "Simplified Chinese": "Ethereum 公钥",
@@ -4354,7 +4354,7 @@ const glossary = {
   "Ethereum Virtual Machine (EVM)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The EVM is a virtual machine that operates on the Ethereum network. It is Turing complete and allows anyone, anywhere to execute arbitrary EVM bytecode. All Ethereum nodes run on the EVM. It is home for smart contracts based on the Ethereum blockchain.'",
+    "definition": "'The EVM is a virtual machine that operates on the Ethereum network. It is Turing complete and allows anyone, anywhere to execute arbitrary EVM bytecode. All Ethereum nodes run on the EVM. It is home for smart contracts based on the Ethereum blockchain.'",
     "locales": {
       "Consensys' Definition": "The EVM is a virtual machine that operates on the Ethereum network. It is Turing complete and allows anyone, anywhere to execute arbitrary EVM bytecode. All Ethereum nodes run on the EVM. It is home for smart contracts based on the Ethereum blockchain.",
       "Simplified Chinese": "Ethereum 虚拟机（EVM）",
@@ -4386,7 +4386,7 @@ const glossary = {
   "Etherscan": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A popular website for analyzing activity on the Ethereum blockchain. See ‘blockchain explorer’.<br><br>https://etherscan.io/'",
+    "definition": "'A popular website for analyzing activity on the Ethereum blockchain. See ‘blockchain explorer’.<br><br>https://etherscan.io/'",
     "locales": {
       "Consensys' Definition": "A popular website for analyzing activity on the Ethereum blockchain. See ‘blockchain explorer’.\n\nhttps://etherscan.io/",
       "Simplified Chinese": "Etherscan",
@@ -4418,7 +4418,7 @@ const glossary = {
   "EVM": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see \"Ethereum Virtual Machine\".'",
+    "definition": "'Acronym; see \"Ethereum Virtual Machine\".'",
     "locales": {
       "Consensys' Definition": "Acronym; see \"Ethereum Virtual Machine\".",
       "Simplified Chinese": "EVM（Ethereum 虚拟机）",
@@ -4450,7 +4450,7 @@ const glossary = {
   "exchange": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A place to trade cryptocurrency. Centralized exchanges, operated by companies like Coinbase and Gemini, function as intermediaries, while decentralized exchanges do not have a central authority.'",
+    "definition": "'A place to trade cryptocurrency. Centralized exchanges, operated by companies like Coinbase and Gemini, function as intermediaries, while decentralized exchanges do not have a central authority.'",
     "locales": {
       "Consensys' Definition": "A place to trade cryptocurrency. Centralized exchanges, operated by companies like Coinbase and Gemini, function as intermediaries, while decentralized exchanges do not have a central authority.",
       "Simplified Chinese": "交易所",
@@ -4482,7 +4482,7 @@ const glossary = {
   "Execution client": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Execution clients are tasked with processing and broadcasting transactions, as well as with managing Ethereum's state. They run the computations for each transaction in the Ethereum Virtual Machine to ensure that the rules of the protocol are followed. Today, they also handle proof of work consensus. After the transition to proof of stake, they will delegate this to consensus clients.'",
+    "definition": "'Execution clients are tasked with processing and broadcasting transactions, as well as with managing Ethereum's state. They run the computations for each transaction in the Ethereum Virtual Machine to ensure that the rules of the protocol are followed. Today, they also handle proof of work consensus. After the transition to proof of stake, they will delegate this to consensus clients.'",
     "locales": {
       "Consensys' Definition": "Execution clients are tasked with processing and broadcasting transactions, as well as with managing Ethereum's state. They run the computations for each transaction in the Ethereum Virtual Machine to ensure that the rules of the protocol are followed. Today, they also handle proof of work consensus. After the transition to proof of stake, they will delegate this to consensus clients.",
       "Simplified Chinese": "执行客户端",
@@ -4514,7 +4514,7 @@ const glossary = {
   "Execution layer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Ethereum's execution layer is the network of execution clients.'",
+    "definition": "'Ethereum's execution layer is the network of execution clients.'",
     "locales": {
       "Consensys' Definition": "Ethereum's execution layer is the network of execution clients.",
       "Simplified Chinese": "执行层",
@@ -4546,7 +4546,7 @@ const glossary = {
   "Extended Private Key (XPRIV)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See \"private key\"; see \"Hierarchical Deterministic (HD)\" wallet. An extended private key, or xprv, is a private key which can be used to derive child private keys as part of a Hierarchical Deterministic (HD) wallet.'",
+    "definition": "'See \"private key\"; see \"Hierarchical Deterministic (HD)\" wallet. An extended private key, or xprv, is a private key which can be used to derive child private keys as part of a Hierarchical Deterministic (HD) wallet.'",
     "locales": {
       "Consensys' Definition": "See \"private key\"; see \"Hierarchical Deterministic (HD)\" wallet. An extended private key, or xprv, is a private key which can be used to derive child private keys as part of a Hierarchical Deterministic (HD) wallet.",
       "Simplified Chinese": "扩展密钥（XPRIV）",
@@ -4578,7 +4578,7 @@ const glossary = {
   "Extended Public Key (XPUB)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See \"public key\"; see \"Hierarchical Deterministic (HD)\" wallet. An extended public key, or xpub, is a public key which can be used to derive child public keys as part of a Hierarchical Deterministic (HD) wallet.'",
+    "definition": "'See \"public key\"; see \"Hierarchical Deterministic (HD)\" wallet. An extended public key, or xpub, is a public key which can be used to derive child public keys as part of a Hierarchical Deterministic (HD) wallet.'",
     "locales": {
       "Consensys' Definition": "See \"public key\"; see \"Hierarchical Deterministic (HD)\" wallet. An extended public key, or xpub, is a public key which can be used to derive child public keys as part of a Hierarchical Deterministic (HD) wallet.",
       "Simplified Chinese": "扩展公钥（XPUB）",
@@ -4610,7 +4610,7 @@ const glossary = {
   "Extension": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.'",
+    "definition": "'MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.'",
     "locales": {
       "Consensys' Definition": "MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.",
       "Simplified Chinese": "扩展程序",
@@ -4642,7 +4642,7 @@ const glossary = {
   "Fantom": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Fantom is a public blockchain platform that aims to facilitate fast and low-cost transactions for dapps and smart contracts. It was launched in 2018 and is based on the Ethereum codebase, but with several key enhancements.<br><br>One of the main features of Fantom is its consensus mechanism, known as Lachesis, which is a variant of Directed Acyclic Graphs (DAGs) that allows for high transaction throughput and low confirmation times. This means that transactions on the Fantom network can be processed quickly and at a low cost, making it an attractive platform for developers looking to build dApps that require fast and efficient transactions.'",
+    "definition": "'Fantom is a public blockchain platform that aims to facilitate fast and low-cost transactions for dapps and smart contracts. It was launched in 2018 and is based on the Ethereum codebase, but with several key enhancements.<br><br>One of the main features of Fantom is its consensus mechanism, known as Lachesis, which is a variant of Directed Acyclic Graphs (DAGs) that allows for high transaction throughput and low confirmation times. This means that transactions on the Fantom network can be processed quickly and at a low cost, making it an attractive platform for developers looking to build dApps that require fast and efficient transactions.'",
     "locales": {
       "Consensys' Definition": "Fantom is a public blockchain platform that aims to facilitate fast and low-cost transactions for dapps and smart contracts. It was launched in 2018 and is based on the Ethereum codebase, but with several key enhancements.\n\nOne of the main features of Fantom is its consensus mechanism, known as Lachesis, which is a variant of Directed Acyclic Graphs (DAGs) that allows for high transaction throughput and low confirmation times. This means that transactions on the Fantom network can be processed quickly and at a low cost, making it an attractive platform for developers looking to build dApps that require fast and efficient transactions.",
       "Simplified Chinese": "Fantom",
@@ -4674,7 +4674,7 @@ const glossary = {
   "faucet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A faucet is an application, sometimes a very simple website, other times more complex, that dispenses cryptocurrency. While some networks, especially those in early launch stages, offer “real Mainnet” tokens via faucets, it is much more common for a faucet to be present on a test network, or testnet. These faucets are used by developers to test out dapps or smart contracts before deploying them on Ethereum Mainnet, or users who want to practice an action on the blockchain with no risk. Tokens dispensed by a test faucet stay on the test networks and cannot be exchanged for mainnet equivalents.'",
+    "definition": "'A faucet is an application, sometimes a very simple website, other times more complex, that dispenses cryptocurrency. While some networks, especially those in early launch stages, offer “real Mainnet” tokens via faucets, it is much more common for a faucet to be present on a test network, or testnet. These faucets are used by developers to test out dapps or smart contracts before deploying them on Ethereum Mainnet, or users who want to practice an action on the blockchain with no risk. Tokens dispensed by a test faucet stay on the test networks and cannot be exchanged for mainnet equivalents.'",
     "locales": {
       "Consensys' Definition": "A faucet is an application, sometimes a very simple website, other times more complex, that dispenses cryptocurrency. While some networks, especially those in early launch stages, offer “real Mainnet” tokens via faucets, it is much more common for a faucet to be present on a test network, or testnet. These faucets are used by developers to test out dapps or smart contracts before deploying them on Ethereum Mainnet, or users who want to practice an action on the blockchain with no risk. Tokens dispensed by a test faucet stay on the test networks and cannot be exchanged for mainnet equivalents.",
       "Simplified Chinese": "水龙头",
@@ -4706,7 +4706,7 @@ const glossary = {
   "fiat currency": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Government-issued currency. For example, US Dollars (USD), Euros (EUR), Yuan (CNY), and Yen (JPY).'",
+    "definition": "'Government-issued currency. For example, US Dollars (USD), Euros (EUR), Yuan (CNY), and Yen (JPY).'",
     "locales": {
       "Consensys' Definition": "Government-issued currency. For example, US Dollars (USD), Euros (EUR), Yuan (CNY), and Yen (JPY).",
       "Simplified Chinese": "法币",
@@ -4738,7 +4738,7 @@ const glossary = {
   "final, finality": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A transaction is considered \"final\" once it can no longer be changed. In a sense, this happens once there are sufficient confirmations of the transaction, but for all intents and purposes, a transaction is final once the block that contains it is mined or validated. Keep in mind that this reflects a fundamental rule of blockchains: unlike traditional financial systems where charges can be \"reversed\", there is no \"undoing\" a transaction on the blockchain. Once finality is reached, the transaction is immutable.'",
+    "definition": "'A transaction is considered \"final\" once it can no longer be changed. In a sense, this happens once there are sufficient confirmations of the transaction, but for all intents and purposes, a transaction is final once the block that contains it is mined or validated. Keep in mind that this reflects a fundamental rule of blockchains: unlike traditional financial systems where charges can be \"reversed\", there is no \"undoing\" a transaction on the blockchain. Once finality is reached, the transaction is immutable.'",
     "locales": {
       "Consensys' Definition": "A transaction is considered \"final\" once it can no longer be changed. In a sense, this happens once there are sufficient confirmations of the transaction, but for all intents and purposes, a transaction is final once the block that contains it is mined or validated. Keep in mind that this reflects a fundamental rule of blockchains: unlike traditional financial systems where charges can be \"reversed\", there is no \"undoing\" a transaction on the blockchain. Once finality is reached, the transaction is immutable.",
       "Simplified Chinese": "最终性",
@@ -4770,7 +4770,7 @@ const glossary = {
   "Finality Rate": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See \"finality'",
+    "definition": "'See \"finality'",
     "locales": {
       "Consensys' Definition": "See \"finality",
       "Simplified Chinese": "最终性概率",
@@ -4802,7 +4802,7 @@ const glossary = {
   "financial technology (FinTech)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The integration of technology into offerings by financial services companies in order to improve their use and delivery to consumers.'",
+    "definition": "'The integration of technology into offerings by financial services companies in order to improve their use and delivery to consumers.'",
     "locales": {
       "Consensys' Definition": "The integration of technology into offerings by financial services companies in order to improve their use and delivery to consumers.",
       "Simplified Chinese": "金融科技（FinTech）",
@@ -4834,7 +4834,7 @@ const glossary = {
   "finney": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A denomination of ether. See ether (denomination).'",
+    "definition": "'A denomination of ether. See ether (denomination).'",
     "locales": {
       "Consensys' Definition": "A denomination of ether. See ether (denomination).",
       "Simplified Chinese": "芬尼",
@@ -4866,7 +4866,7 @@ const glossary = {
   "Firefox": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Internet browser.'",
+    "definition": "'Internet browser.'",
     "locales": {
       "Consensys' Definition": "Internet browser.",
       "Simplified Chinese": "Firefox",
@@ -4898,7 +4898,7 @@ const glossary = {
   "Firewall": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In computing, a firewall is a network security system that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A firewall typically establishes a barrier between a trusted network and an untrusted network, such as the Internet.'",
+    "definition": "'In computing, a firewall is a network security system that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A firewall typically establishes a barrier between a trusted network and an untrusted network, such as the Internet.'",
     "locales": {
       "Consensys' Definition": "In computing, a firewall is a network security system that monitors and controls incoming and outgoing network traffic based on predetermined security rules. A firewall typically establishes a barrier between a trusted network and an untrusted network, such as the Internet.",
       "Simplified Chinese": "防火墙",
@@ -4930,7 +4930,7 @@ const glossary = {
   "Flask": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.<br><br>What is MetaMask Flask, and how is it different from normal MetaMask'",
+    "definition": "'MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.<br><br>What is MetaMask Flask, and how is it different from normal MetaMask'",
     "locales": {
       "Consensys' Definition": "MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.\n\nWhat is MetaMask Flask, and how is it different from normal MetaMask",
       "Simplified Chinese": "Flask",
@@ -4962,7 +4962,7 @@ const glossary = {
   "fork": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Forking' is a term that comes from the world of collaborative software development, and refers to the action of copying an existing application or set of code and modifying it to create an alternate version. At the blockchain protocol level, a 'fork' creates an alternative version of a blockchain. Forks are often enacted intentionally to apply upgrades to a network. Soft Forks render two chains with some compatibility, while Hard Forks create a new version of the chain that must be adopted to continue participation. In the instance of a contentious Hard Fork, this can create two versions of a blockchain network. See also \"hard fork\".'",
+    "definition": "'Forking' is a term that comes from the world of collaborative software development, and refers to the action of copying an existing application or set of code and modifying it to create an alternate version. At the blockchain protocol level, a 'fork' creates an alternative version of a blockchain. Forks are often enacted intentionally to apply upgrades to a network. Soft Forks render two chains with some compatibility, while Hard Forks create a new version of the chain that must be adopted to continue participation. In the instance of a contentious Hard Fork, this can create two versions of a blockchain network. See also \"hard fork\".'",
     "locales": {
       "Consensys' Definition": "Forking' is a term that comes from the world of collaborative software development, and refers to the action of copying an existing application or set of code and modifying it to create an alternate version. At the blockchain protocol level, a 'fork' creates an alternative version of a blockchain. Forks are often enacted intentionally to apply upgrades to a network. Soft Forks render two chains with some compatibility, while Hard Forks create a new version of the chain that must be adopted to continue participation. In the instance of a contentious Hard Fork, this can create two versions of a blockchain network. See also \"hard fork\".",
       "Simplified Chinese": "分叉",
@@ -4994,7 +4994,7 @@ const glossary = {
   "Fractional Ownership": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of NFT ownership: <br>A fractional NFT (F-NFT) is an entire NFT broken into smaller fragments, allowing several people to claim ownership of a piece of the same NFT. Fractional NFTs'",
+    "definition": "'In the context of NFT ownership: <br>A fractional NFT (F-NFT) is an entire NFT broken into smaller fragments, allowing several people to claim ownership of a piece of the same NFT. Fractional NFTs'",
     "locales": {
       "Consensys' Definition": "In the context of NFT ownership: \nA fractional NFT (F-NFT) is an entire NFT broken into smaller fragments, allowing several people to claim ownership of a piece of the same NFT. Fractional NFTs",
       "Simplified Chinese": "部分所有权",
@@ -5026,7 +5026,7 @@ const glossary = {
   "Fraud proof": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A security model for certain layer 2 solutions where, to increase speed, transactions are rolled up into batches and submitted to Ethereum in a single transaction. They are assumed valid but can be challenged if fraud is suspected. A fraud proof will then run the transaction to see if fraud took place. This method increases the amount of transactions possible while maintaining security.'",
+    "definition": "'A security model for certain layer 2 solutions where, to increase speed, transactions are rolled up into batches and submitted to Ethereum in a single transaction. They are assumed valid but can be challenged if fraud is suspected. A fraud proof will then run the transaction to see if fraud took place. This method increases the amount of transactions possible while maintaining security.'",
     "locales": {
       "Consensys' Definition": "A security model for certain layer 2 solutions where, to increase speed, transactions are rolled up into batches and submitted to Ethereum in a single transaction. They are assumed valid but can be challenged if fraud is suspected. A fraud proof will then run the transaction to see if fraud took place. This method increases the amount of transactions possible while maintaining security.",
       "Simplified Chinese": "欺诈证明",
@@ -5058,7 +5058,7 @@ const glossary = {
   "full node": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.'",
+    "definition": "'Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.'",
     "locales": {
       "Consensys' Definition": "Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.",
       "Simplified Chinese": "全节点",
@@ -5090,7 +5090,7 @@ const glossary = {
   "Ganache": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Ganache is a personal blockchain for Ethereum development that developers can use to deploy contracts, develop applications, and run tests. It is part of the Truffle Suite ecosystem.'",
+    "definition": "'Ganache is a personal blockchain for Ethereum development that developers can use to deploy contracts, develop applications, and run tests. It is part of the Truffle Suite ecosystem.'",
     "locales": {
       "Consensys' Definition": "Ganache is a personal blockchain for Ethereum development that developers can use to deploy contracts, develop applications, and run tests. It is part of the Truffle Suite ecosystem.",
       "Simplified Chinese": "Ganache",
@@ -5122,7 +5122,7 @@ const glossary = {
   "gas": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A measure of the computational steps required for a transaction on the Ethereum network. This then equates to a fee for network users paid in small units of ETH specified as gwei. For more on gas, see MetaMask’s user guide here:<br><br>User Guide: Gas'",
+    "definition": "'A measure of the computational steps required for a transaction on the Ethereum network. This then equates to a fee for network users paid in small units of ETH specified as gwei. For more on gas, see MetaMask’s user guide here:<br><br>User Guide: Gas'",
     "locales": {
       "Consensys' Definition": "A measure of the computational steps required for a transaction on the Ethereum network. This then equates to a fee for network users paid in small units of ETH specified as gwei. For more on gas, see MetaMask’s user guide here:\n\nUser Guide: Gas",
       "Simplified Chinese": "燃料",
@@ -5154,7 +5154,7 @@ const glossary = {
   "gas fee": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Gas fee refers to the transaction fee on the blockchain. It is what users pay to get their transaction validated, or completed.'",
+    "definition": "'Gas fee refers to the transaction fee on the blockchain. It is what users pay to get their transaction validated, or completed.'",
     "locales": {
       "Consensys' Definition": "Gas fee refers to the transaction fee on the blockchain. It is what users pay to get their transaction validated, or completed.",
       "Simplified Chinese": "燃料费",
@@ -5186,7 +5186,7 @@ const glossary = {
   "gas limit": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The gas limit is the maximum amount you’re willing to pay for any given transaction to go through the Ethereum network. Another way of looking at it is as a “rough estimate” of how much computing power your transaction will take.'",
+    "definition": "'The gas limit is the maximum amount you’re willing to pay for any given transaction to go through the Ethereum network. Another way of looking at it is as a “rough estimate” of how much computing power your transaction will take.'",
     "locales": {
       "Consensys' Definition": "The gas limit is the maximum amount you’re willing to pay for any given transaction to go through the Ethereum network. Another way of looking at it is as a “rough estimate” of how much computing power your transaction will take.",
       "Simplified Chinese": "燃料限制",
@@ -5218,7 +5218,7 @@ const glossary = {
   "gas price": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The gas price is what it sounds like: the cost the network is paid for the computational work being performed in a given transaction. It is paid in units of ETH called gwei. Depending on network congestion, the gas price may vary significantly.'",
+    "definition": "'The gas price is what it sounds like: the cost the network is paid for the computational work being performed in a given transaction. It is paid in units of ETH called gwei. Depending on network congestion, the gas price may vary significantly.'",
     "locales": {
       "Consensys' Definition": "The gas price is what it sounds like: the cost the network is paid for the computational work being performed in a given transaction. It is paid in units of ETH called gwei. Depending on network congestion, the gas price may vary significantly.",
       "Simplified Chinese": "燃料价格",
@@ -5250,7 +5250,7 @@ const glossary = {
   "Gas Station Network": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Gas Station Network (GSN) is a decentralized network of relayers mainly referring to the Ethereum blockchain. It allows you to build dapps which provide payment for transactions, so users do not need to hold Ether or ETH to pay for gas, easing their onboarding process and improving user acquisition and experience.<br>However, while the relayers in the GSN do not charge users, they charge the recipient and contract instead. In this way, the relayers recover the costs of transactions and profit from extra fees for providing such services.<br><br>Originally conceived and designed by TabooKey, the GSN has grown to encompass many companies, protocols and platforms in the Ethereum ecosystem that wish to facilitate the onboarding of users to Ethereum applications. Gas Station Network'",
+    "definition": "'The Gas Station Network (GSN) is a decentralized network of relayers mainly referring to the Ethereum blockchain. It allows you to build dapps which provide payment for transactions, so users do not need to hold Ether or ETH to pay for gas, easing their onboarding process and improving user acquisition and experience.<br>However, while the relayers in the GSN do not charge users, they charge the recipient and contract instead. In this way, the relayers recover the costs of transactions and profit from extra fees for providing such services.<br><br>Originally conceived and designed by TabooKey, the GSN has grown to encompass many companies, protocols and platforms in the Ethereum ecosystem that wish to facilitate the onboarding of users to Ethereum applications. Gas Station Network'",
     "locales": {
       "Consensys' Definition": "The Gas Station Network (GSN) is a decentralized network of relayers mainly referring to the Ethereum blockchain. It allows you to build dapps which provide payment for transactions, so users do not need to hold Ether or ETH to pay for gas, easing their onboarding process and improving user acquisition and experience.\nHowever, while the relayers in the GSN do not charge users, they charge the recipient and contract instead. In this way, the relayers recover the costs of transactions and profit from extra fees for providing such services.\n\nOriginally conceived and designed by TabooKey, the GSN has grown to encompass many companies, protocols and platforms in the Ethereum ecosystem that wish to facilitate the onboarding of users to Ethereum applications. Gas Station Network",
       "Simplified Chinese": "Gas Station Network",
@@ -5282,7 +5282,7 @@ const glossary = {
   "genesis block": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The initial block of data computed in the history of a blockchain network.'",
+    "definition": "'The initial block of data computed in the history of a blockchain network.'",
     "locales": {
       "Consensys' Definition": "The initial block of data computed in the history of a blockchain network.",
       "Simplified Chinese": "创世区块",
@@ -5314,7 +5314,7 @@ const glossary = {
   "Gigawei": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Gwei is a unit of ether, the smallest denomination, which stands for gigawei (or 1,000,000,000). Gwei is used for gas fees, or rather payments made by users to compensate for the computing energy required to process and validate transactions on the Ethereum blockchain.'",
+    "definition": "'Gwei is a unit of ether, the smallest denomination, which stands for gigawei (or 1,000,000,000). Gwei is used for gas fees, or rather payments made by users to compensate for the computing energy required to process and validate transactions on the Ethereum blockchain.'",
     "locales": {
       "Consensys' Definition": "Gwei is a unit of ether, the smallest denomination, which stands for gigawei (or 1,000,000,000). Gwei is used for gas fees, or rather payments made by users to compensate for the computing energy required to process and validate transactions on the Ethereum blockchain.",
       "Simplified Chinese": "Gigawei",
@@ -5346,7 +5346,7 @@ const glossary = {
   "Gitcoin": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Gitcoin is a platform where coders and developers can get paid to work on open-source software in a wide variety of programming languages. Users can also submit their own project ideas to the Gitcoin platform in order to crowdsource funding from contributing donors.<br><br>Gitcoin'",
+    "definition": "'Gitcoin is a platform where coders and developers can get paid to work on open-source software in a wide variety of programming languages. Users can also submit their own project ideas to the Gitcoin platform in order to crowdsource funding from contributing donors.<br><br>Gitcoin'",
     "locales": {
       "Consensys' Definition": "Gitcoin is a platform where coders and developers can get paid to work on open-source software in a wide variety of programming languages. Users can also submit their own project ideas to the Gitcoin platform in order to crowdsource funding from contributing donors.\n\nGitcoin",
       "Simplified Chinese": "Gitcoin",
@@ -5378,7 +5378,7 @@ const glossary = {
   "GitHub": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'GitHub is an online software development platform. It's used for storing, tracking, and collaborating on software projects. It makes it easy for developers to share code files and collaborate with fellow developers on open-source projects. GitHub also serves as a social networking site where developers can openly network, collaborate, and pitch their work. GitHub'",
+    "definition": "'GitHub is an online software development platform. It's used for storing, tracking, and collaborating on software projects. It makes it easy for developers to share code files and collaborate with fellow developers on open-source projects. GitHub also serves as a social networking site where developers can openly network, collaborate, and pitch their work. GitHub'",
     "locales": {
       "Consensys' Definition": "GitHub is an online software development platform. It's used for storing, tracking, and collaborating on software projects. It makes it easy for developers to share code files and collaborate with fellow developers on open-source projects. GitHub also serves as a social networking site where developers can openly network, collaborate, and pitch their work. GitHub",
       "Simplified Chinese": "GitHub",
@@ -5410,7 +5410,7 @@ const glossary = {
   "Goerli": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Goerli is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).<br><br>ETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet.'",
+    "definition": "'Goerli is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).<br><br>ETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet.'",
     "locales": {
       "Consensys' Definition": "Goerli is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).\n\nETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet.",
       "Simplified Chinese": "Goerli",
@@ -5442,7 +5442,7 @@ const glossary = {
   "Governance": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the world of cryptocurrencies, governance is defined as the people or organizations that have decision-making powers regarding the project. Governance is an essential aspect of all cryptocurrency projects. As decentralized blockchains, cryptocurrencies often have a very liberal governance structure. There are a number of different approaches to governance. Governance'",
+    "definition": "'In the world of cryptocurrencies, governance is defined as the people or organizations that have decision-making powers regarding the project. Governance is an essential aspect of all cryptocurrency projects. As decentralized blockchains, cryptocurrencies often have a very liberal governance structure. There are a number of different approaches to governance. Governance'",
     "locales": {
       "Consensys' Definition": "In the world of cryptocurrencies, governance is defined as the people or organizations that have decision-making powers regarding the project. Governance is an essential aspect of all cryptocurrency projects. As decentralized blockchains, cryptocurrencies often have a very liberal governance structure. There are a number of different approaches to governance. Governance",
       "Simplified Chinese": "治理",
@@ -5474,7 +5474,7 @@ const glossary = {
   "GSN": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Abbreviation for Gas Station Network'",
+    "definition": "'Abbreviation for Gas Station Network'",
     "locales": {
       "Consensys' Definition": "Abbreviation for Gas Station Network",
       "Simplified Chinese": "GSN",
@@ -5506,7 +5506,7 @@ const glossary = {
   "gwei": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A minuscule and common denomination of ETH, and the unit in which gas prices are often specified. See 'ether (denominations)' entry for more information.'",
+    "definition": "'A minuscule and common denomination of ETH, and the unit in which gas prices are often specified. See 'ether (denominations)' entry for more information.'",
     "locales": {
       "Consensys' Definition": "A minuscule and common denomination of ETH, and the unit in which gas prices are often specified. See 'ether (denominations)' entry for more information.",
       "Simplified Chinese": "gwei",
@@ -5538,7 +5538,7 @@ const glossary = {
   "halving": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Many cryptocurrencies have a finite supply, which makes them a scarce digital commodity. For example, the total amount of bitcoin that will ever be issued is 21 million. The number of bitcoins generated per block is decreased 50% every four years. This is called “halving.” The final halving will take place in the year 2140.'",
+    "definition": "'Many cryptocurrencies have a finite supply, which makes them a scarce digital commodity. For example, the total amount of bitcoin that will ever be issued is 21 million. The number of bitcoins generated per block is decreased 50% every four years. This is called “halving.” The final halving will take place in the year 2140.'",
     "locales": {
       "Consensys' Definition": "Many cryptocurrencies have a finite supply, which makes them a scarce digital commodity. For example, the total amount of bitcoin that will ever be issued is 21 million. The number of bitcoins generated per block is decreased 50% every four years. This is called “halving.” The final halving will take place in the year 2140.",
       "Simplified Chinese": "减半",
@@ -5570,7 +5570,7 @@ const glossary = {
   "hard fork": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A hard fork occurs when there is a change in the blockchain that is not backward compatible (not compatible with older versions), thus requiring all participants to upgrade to the new version in order to be able to continue participating on the network. See also \"fork\".'",
+    "definition": "'A hard fork occurs when there is a change in the blockchain that is not backward compatible (not compatible with older versions), thus requiring all participants to upgrade to the new version in order to be able to continue participating on the network. See also \"fork\".'",
     "locales": {
       "Consensys' Definition": "A hard fork occurs when there is a change in the blockchain that is not backward compatible (not compatible with older versions), thus requiring all participants to upgrade to the new version in order to be able to continue participating on the network. See also \"fork\".",
       "Simplified Chinese": "硬分叉",
@@ -5602,7 +5602,7 @@ const glossary = {
   "hardware wallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A hardware wallet is a physical device that is used to store cryptographic keys, and generally, sign transactions. Some hardware wallets can be connected physically or through software to internet connectivity; others are ‘air-gapped’, receiving transaction requests and sending transaction approvals through a mechanism such as a QR code. The overall goal of using a hardware wallet to manage keys and signatures is to reduce the likelihood of your keys or Secret Recovery Phrase from being somehow stolen or compromised, due to being connected to the Internet. For more on hardware wallets, see MetaMask’s Hardware Wallet Hub:<br>Hardware Wallet Hub'",
+    "definition": "'A hardware wallet is a physical device that is used to store cryptographic keys, and generally, sign transactions. Some hardware wallets can be connected physically or through software to internet connectivity; others are ‘air-gapped’, receiving transaction requests and sending transaction approvals through a mechanism such as a QR code. The overall goal of using a hardware wallet to manage keys and signatures is to reduce the likelihood of your keys or Secret Recovery Phrase from being somehow stolen or compromised, due to being connected to the Internet. For more on hardware wallets, see MetaMask’s Hardware Wallet Hub:<br>Hardware Wallet Hub'",
     "locales": {
       "Consensys' Definition": "A hardware wallet is a physical device that is used to store cryptographic keys, and generally, sign transactions. Some hardware wallets can be connected physically or through software to internet connectivity; others are ‘air-gapped’, receiving transaction requests and sending transaction approvals through a mechanism such as a QR code. The overall goal of using a hardware wallet to manage keys and signatures is to reduce the likelihood of your keys or Secret Recovery Phrase from being somehow stolen or compromised, due to being connected to the Internet. For more on hardware wallets, see MetaMask’s Hardware Wallet Hub:\nHardware Wallet Hub",
       "Simplified Chinese": "硬件钱包",
@@ -5634,7 +5634,7 @@ const glossary = {
   "hash (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In computing, ‘hashing’ is an operation performed on lists or sets of data to create a reliable index for that data. A particular datum, or a reference to it, is fed into an algorithm, which transforms the datum and returns a standardized, and generally unrecognizable, ‘hash’ of it, sometimes referred to as that datum or file’s “digital fingerprint.” Each block in a blockchain contains the hash value that validated the block before it, followed by its own hash value (this is how the continuity of the ‘chain’ is constructed). Hashes can be used to confirm that blockchain transactions are complete and valid. You may see references to the “transaction hash” or “tx hash”; this should be understood as “unique identifier of the transaction”.'",
+    "definition": "'In computing, ‘hashing’ is an operation performed on lists or sets of data to create a reliable index for that data. A particular datum, or a reference to it, is fed into an algorithm, which transforms the datum and returns a standardized, and generally unrecognizable, ‘hash’ of it, sometimes referred to as that datum or file’s “digital fingerprint.” Each block in a blockchain contains the hash value that validated the block before it, followed by its own hash value (this is how the continuity of the ‘chain’ is constructed). Hashes can be used to confirm that blockchain transactions are complete and valid. You may see references to the “transaction hash” or “tx hash”; this should be understood as “unique identifier of the transaction”.'",
     "locales": {
       "Consensys' Definition": "In computing, ‘hashing’ is an operation performed on lists or sets of data to create a reliable index for that data. A particular datum, or a reference to it, is fed into an algorithm, which transforms the datum and returns a standardized, and generally unrecognizable, ‘hash’ of it, sometimes referred to as that datum or file’s “digital fingerprint.” Each block in a blockchain contains the hash value that validated the block before it, followed by its own hash value (this is how the continuity of the ‘chain’ is constructed). Hashes can be used to confirm that blockchain transactions are complete and valid. You may see references to the “transaction hash” or “tx hash”; this should be understood as “unique identifier of the transaction”.",
       "Simplified Chinese": "哈希",
@@ -5666,7 +5666,7 @@ const glossary = {
   "hexadecimal; 'hex data'": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Hexadecimal is a base 16, rather than base 10, counting system. Used all over Ethereum for a variety of things, a hexadecimal string is comprised of the numbers 0 1 2 3 4 5 6 7 8 9 and letters A B C D E F.'",
+    "definition": "'Hexadecimal is a base 16, rather than base 10, counting system. Used all over Ethereum for a variety of things, a hexadecimal string is comprised of the numbers 0 1 2 3 4 5 6 7 8 9 and letters A B C D E F.'",
     "locales": {
       "Consensys' Definition": "Hexadecimal is a base 16, rather than base 10, counting system. Used all over Ethereum for a variety of things, a hexadecimal string is comprised of the numbers 0 1 2 3 4 5 6 7 8 9 and letters A B C D E F.",
       "Simplified Chinese": "十六进制；“十六进制数据”",
@@ -5698,7 +5698,7 @@ const glossary = {
   "Hierarchical Deterministic (HD) wallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Hierarchical Deterministic wallets were first created for Bitcoin, and enable the creation of a very large number of accounts based on an initial seed phrase. This technology was later adopted in Ethereum wallets; when restoring a MetaMask wallet from the Secret Recovery Phrase, for example, if you \"create\" accounts, they will be the same accounts as previously created from that same phrase; they are derived from it.'",
+    "definition": "'Hierarchical Deterministic wallets were first created for Bitcoin, and enable the creation of a very large number of accounts based on an initial seed phrase. This technology was later adopted in Ethereum wallets; when restoring a MetaMask wallet from the Secret Recovery Phrase, for example, if you \"create\" accounts, they will be the same accounts as previously created from that same phrase; they are derived from it.'",
     "locales": {
       "Consensys' Definition": "Hierarchical Deterministic wallets were first created for Bitcoin, and enable the creation of a very large number of accounts based on an initial seed phrase. This technology was later adopted in Ethereum wallets; when restoring a MetaMask wallet from the Secret Recovery Phrase, for example, if you \"create\" accounts, they will be the same accounts as previously created from that same phrase; they are derived from it.",
       "Simplified Chinese": "分层确定性（HD）钱包",
@@ -5730,7 +5730,7 @@ const glossary = {
   "hot storage": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Synonymous with 'hot wallet'.'",
+    "definition": "'Synonymous with 'hot wallet'.'",
     "locales": {
       "Consensys' Definition": "Synonymous with 'hot wallet'.",
       "Simplified Chinese": "热存储",
@@ -5762,7 +5762,7 @@ const glossary = {
   "hot wallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A wallet that is directly connected to the internet at all times; for example, one that is held on a centralized exchange. Hot wallets are considered to have lower security than cold storage systems or hardware wallets.'",
+    "definition": "'A wallet that is directly connected to the internet at all times; for example, one that is held on a centralized exchange. Hot wallets are considered to have lower security than cold storage systems or hardware wallets.'",
     "locales": {
       "Consensys' Definition": "A wallet that is directly connected to the internet at all times; for example, one that is held on a centralized exchange. Hot wallets are considered to have lower security than cold storage systems or hardware wallets.",
       "Simplified Chinese": "热钱包",
@@ -5794,7 +5794,7 @@ const glossary = {
   "Hybrid Network": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Hybrid blockchain. See \"PoS/PoW Hybrid'",
+    "definition": "'Hybrid blockchain. See \"PoS/PoW Hybrid'",
     "locales": {
       "Consensys' Definition": "Hybrid blockchain. See \"PoS/PoW Hybrid",
       "Simplified Chinese": "混合网络",
@@ -5826,7 +5826,7 @@ const glossary = {
   "Hyperledger": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Hyperledger is an ecosystem of open-system tools, libraries, and products designed to enable and support enterprise-grade blockchain technology. In general, the products focus on creating solutions for permissioned blockchains--that is, non-public blockchains, with alternative consensus mechanisms other than Proof of Work (PoW) or Proof of Stake (PoS). That said, there are use cases where such institutions would want to integrate with public blockchains, and for that reason Hyperledger Besu and Hyperledger Burrow are actively developed projects, the former being a Java-based Ethereum client, the latter being a smart contract platform which supports EVM bytecode.'",
+    "definition": "'Hyperledger is an ecosystem of open-system tools, libraries, and products designed to enable and support enterprise-grade blockchain technology. In general, the products focus on creating solutions for permissioned blockchains--that is, non-public blockchains, with alternative consensus mechanisms other than Proof of Work (PoW) or Proof of Stake (PoS). That said, there are use cases where such institutions would want to integrate with public blockchains, and for that reason Hyperledger Besu and Hyperledger Burrow are actively developed projects, the former being a Java-based Ethereum client, the latter being a smart contract platform which supports EVM bytecode.'",
     "locales": {
       "Consensys' Definition": "Hyperledger is an ecosystem of open-system tools, libraries, and products designed to enable and support enterprise-grade blockchain technology. In general, the products focus on creating solutions for permissioned blockchains--that is, non-public blockchains, with alternative consensus mechanisms other than Proof of Work (PoW) or Proof of Stake (PoS). That said, there are use cases where such institutions would want to integrate with public blockchains, and for that reason Hyperledger Besu and Hyperledger Burrow are actively developed projects, the former being a Java-based Ethereum client, the latter being a smart contract platform which supports EVM bytecode.",
       "Simplified Chinese": "超级账本",
@@ -5858,7 +5858,7 @@ const glossary = {
   "ICO": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Initial Coin Offering (also called ICO) occurs when a new token project sells advance tokens in exchange for upfront capital. These have been a vehicle for fraud and scams, and as such are subject to ever-evolving regulation and legislation.'",
+    "definition": "'An Initial Coin Offering (also called ICO) occurs when a new token project sells advance tokens in exchange for upfront capital. These have been a vehicle for fraud and scams, and as such are subject to ever-evolving regulation and legislation.'",
     "locales": {
       "Consensys' Definition": "An Initial Coin Offering (also called ICO) occurs when a new token project sells advance tokens in exchange for upfront capital. These have been a vehicle for fraud and scams, and as such are subject to ever-evolving regulation and legislation.",
       "Simplified Chinese": "首次代币发行（ICO）",
@@ -5890,7 +5890,7 @@ const glossary = {
   "Identicon / AddressIdenticon / AddressIcon": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The colorful blob of colors that corresponds to your address in MetaMask. It is an easy way to see if your address is correct. More specifically, you can choose between jazzicons (created by the MetaMask team!) or blockies.'",
+    "definition": "'The colorful blob of colors that corresponds to your address in MetaMask. It is an easy way to see if your address is correct. More specifically, you can choose between jazzicons (created by the MetaMask team!) or blockies.'",
     "locales": {
       "Consensys' Definition": "The colorful blob of colors that corresponds to your address in MetaMask. It is an easy way to see if your address is correct. More specifically, you can choose between jazzicons (created by the MetaMask team!) or blockies.",
       "Simplified Chinese": "Identicon / AddressIdenticon / AddressIcon",
@@ -5922,7 +5922,7 @@ const glossary = {
   "immutability": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The inability to be altered or changed. This is a key element of blockchain networks: once written onto a blockchain ledger, data cannot be altered. This immutability provides the basis for commerce and trade to take place on blockchain networks.'",
+    "definition": "'The inability to be altered or changed. This is a key element of blockchain networks: once written onto a blockchain ledger, data cannot be altered. This immutability provides the basis for commerce and trade to take place on blockchain networks.'",
     "locales": {
       "Consensys' Definition": "The inability to be altered or changed. This is a key element of blockchain networks: once written onto a blockchain ledger, data cannot be altered. This immutability provides the basis for commerce and trade to take place on blockchain networks.",
       "Simplified Chinese": "不可篡改性",
@@ -5954,7 +5954,7 @@ const glossary = {
   "Infura": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Part of ConsenSys, Infura offers backend access to the Ethereum network over established HTTP and WebSockets technology. Prior to Infura, developers were obligated to run their own nodes of the networks with which they wanted to interact; Infura provides that access through a set of APIs. This enables developers of dapps and websites seeking to interact with the Ethereum blockchain to do so, and at scale.<br><br>Infura'",
+    "definition": "'Part of ConsenSys, Infura offers backend access to the Ethereum network over established HTTP and WebSockets technology. Prior to Infura, developers were obligated to run their own nodes of the networks with which they wanted to interact; Infura provides that access through a set of APIs. This enables developers of dapps and websites seeking to interact with the Ethereum blockchain to do so, and at scale.<br><br>Infura'",
     "locales": {
       "Consensys' Definition": "Part of ConsenSys, Infura offers backend access to the Ethereum network over established HTTP and WebSockets technology. Prior to Infura, developers were obligated to run their own nodes of the networks with which they wanted to interact; Infura provides that access through a set of APIs. This enables developers of dapps and websites seeking to interact with the Ethereum blockchain to do so, and at scale.\n\nInfura",
       "Simplified Chinese": "Infura",
@@ -5986,7 +5986,7 @@ const glossary = {
   "Initial Public Offering (IPO)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An initial public offering (IPO) is the process of a company offering shares for purchase on the stock market for the first time.  IPO'",
+    "definition": "'An initial public offering (IPO) is the process of a company offering shares for purchase on the stock market for the first time.  IPO'",
     "locales": {
       "Consensys' Definition": "An initial public offering (IPO) is the process of a company offering shares for purchase on the stock market for the first time.  IPO",
       "Simplified Chinese": "首次公开募股（IPO）",
@@ -6018,7 +6018,7 @@ const glossary = {
   "Insider Trading": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Insider trading happens when someone purchases or sells stocks while possessing private, material information about that stock. Insider Trading'",
+    "definition": "'Insider trading happens when someone purchases or sells stocks while possessing private, material information about that stock. Insider Trading'",
     "locales": {
       "Consensys' Definition": "Insider trading happens when someone purchases or sells stocks while possessing private, material information about that stock. Insider Trading",
       "Simplified Chinese": "内幕交易",
@@ -6050,7 +6050,7 @@ const glossary = {
   "Inter-Blockchain Communication (IBC) Protocol": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Inter-Blockchain Communication (IBC) is a communication protocol that allows different blockchains to relay messages to each other. It guarantees reliable, ordered and authenticated communication between the chains. Blockchains can trustlessly exchange value like tokens. IBC does not work like a bridge. Instead, blockchains send packets of information via smart contracts that allow them to not only exchange value but relay any form of data, such as communication, via the communication protocol.  Inter-Blockchain Communication (IBC)'",
+    "definition": "'Inter-Blockchain Communication (IBC) is a communication protocol that allows different blockchains to relay messages to each other. It guarantees reliable, ordered and authenticated communication between the chains. Blockchains can trustlessly exchange value like tokens. IBC does not work like a bridge. Instead, blockchains send packets of information via smart contracts that allow them to not only exchange value but relay any form of data, such as communication, via the communication protocol.  Inter-Blockchain Communication (IBC)'",
     "locales": {
       "Consensys' Definition": "Inter-Blockchain Communication (IBC) is a communication protocol that allows different blockchains to relay messages to each other. It guarantees reliable, ordered and authenticated communication between the chains. Blockchains can trustlessly exchange value like tokens. IBC does not work like a bridge. Instead, blockchains send packets of information via smart contracts that allow them to not only exchange value but relay any form of data, such as communication, via the communication protocol.  Inter-Blockchain Communication (IBC)",
       "Simplified Chinese": "跨链通信（IBC）协议",
@@ -6082,7 +6082,7 @@ const glossary = {
   "internal transaction": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An internal transaction on the Ethereum network is one that occurs between smart contracts, rather than between addresses. Notably, they are not included on the blockchain, and therefore do not incur gas fees, but they are often crucial to carrying out the action in question, and can be viewed on Etherscan. For more detail, see MetaMask's article on the topic: Internal Transactions'",
+    "definition": "'An internal transaction on the Ethereum network is one that occurs between smart contracts, rather than between addresses. Notably, they are not included on the blockchain, and therefore do not incur gas fees, but they are often crucial to carrying out the action in question, and can be viewed on Etherscan. For more detail, see MetaMask's article on the topic: Internal Transactions'",
     "locales": {
       "Consensys' Definition": "An internal transaction on the Ethereum network is one that occurs between smart contracts, rather than between addresses. Notably, they are not included on the blockchain, and therefore do not incur gas fees, but they are often crucial to carrying out the action in question, and can be viewed on Etherscan. For more detail, see MetaMask's article on the topic: Internal Transactions",
       "Simplified Chinese": "内部交易",
@@ -6114,7 +6114,7 @@ const glossary = {
   "Interoperability": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Blockchain interoperability, or cross-chain interoperability, is the ability to see and share information across multiple blockchains. One of the clear benefits of blockchain interoperability is being able to trade assets across various blockchains without the need for a centralized, custodial exchange. Interoperability'",
+    "definition": "'Blockchain interoperability, or cross-chain interoperability, is the ability to see and share information across multiple blockchains. One of the clear benefits of blockchain interoperability is being able to trade assets across various blockchains without the need for a centralized, custodial exchange. Interoperability'",
     "locales": {
       "Consensys' Definition": "Blockchain interoperability, or cross-chain interoperability, is the ability to see and share information across multiple blockchains. One of the clear benefits of blockchain interoperability is being able to trade assets across various blockchains without the need for a centralized, custodial exchange. Interoperability",
       "Simplified Chinese": "互操作性",
@@ -6146,7 +6146,7 @@ const glossary = {
   "InterPlanetary File System (IPFS)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A decentralized file storage and referencing system for the Ethereum blockchain, and the internet as a whole. IFPS is an open source protocol that enables storing and sharing hypermedia (text, audio, visual) in a distributed manner without relying on a single point of failure. This distributed file system enables applications to run faster, safer and more transparently.'",
+    "definition": "'A decentralized file storage and referencing system for the Ethereum blockchain, and the internet as a whole. IFPS is an open source protocol that enables storing and sharing hypermedia (text, audio, visual) in a distributed manner without relying on a single point of failure. This distributed file system enables applications to run faster, safer and more transparently.'",
     "locales": {
       "Consensys' Definition": "A decentralized file storage and referencing system for the Ethereum blockchain, and the internet as a whole. IFPS is an open source protocol that enables storing and sharing hypermedia (text, audio, visual) in a distributed manner without relying on a single point of failure. This distributed file system enables applications to run faster, safer and more transparently.",
       "Simplified Chinese": "星际文件系统（IPFS）",
@@ -6178,7 +6178,7 @@ const glossary = {
   "IP address": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A unique string of characters that identifies each computer using the Internet Protocol to communicate over a network.'",
+    "definition": "'A unique string of characters that identifies each computer using the Internet Protocol to communicate over a network.'",
     "locales": {
       "Consensys' Definition": "A unique string of characters that identifies each computer using the Internet Protocol to communicate over a network.",
       "Simplified Chinese": "IP 地址",
@@ -6210,7 +6210,7 @@ const glossary = {
   "JSON file": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'JSON (JavaScript Object Notation) is an open standard file format for sharing data that uses human-readable text to store and transmit data. it is commonly used in public blockchain systems to move data.'",
+    "definition": "'JSON (JavaScript Object Notation) is an open standard file format for sharing data that uses human-readable text to store and transmit data. it is commonly used in public blockchain systems to move data.'",
     "locales": {
       "Consensys' Definition": "JSON (JavaScript Object Notation) is an open standard file format for sharing data that uses human-readable text to store and transmit data. it is commonly used in public blockchain systems to move data.",
       "Simplified Chinese": "JSON 文件",
@@ -6242,7 +6242,7 @@ const glossary = {
   "JSON-RPC": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'JSON-RPC is, quite simply, a method used to move data around computer systems, and predates public blockchain technology. It was chosen as a standard for moving data between blockchain networks and Internet browsers and wallets, with the result that these networks have come to be called 'RPC networks', despite JSON-RPC not being their defining technical feature.'",
+    "definition": "'JSON-RPC is, quite simply, a method used to move data around computer systems, and predates public blockchain technology. It was chosen as a standard for moving data between blockchain networks and Internet browsers and wallets, with the result that these networks have come to be called 'RPC networks', despite JSON-RPC not being their defining technical feature.'",
     "locales": {
       "Consensys' Definition": "JSON-RPC is, quite simply, a method used to move data around computer systems, and predates public blockchain technology. It was chosen as a standard for moving data between blockchain networks and Internet browsers and wallets, with the result that these networks have come to be called 'RPC networks', despite JSON-RPC not being their defining technical feature.",
       "Simplified Chinese": "JSON-RPC",
@@ -6274,7 +6274,7 @@ const glossary = {
   "keystore file": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A keystore file is a special, encrypted version of a private key in JSON format. See also 'private key'.'",
+    "definition": "'A keystore file is a special, encrypted version of a private key in JSON format. See also 'private key'.'",
     "locales": {
       "Consensys' Definition": "A keystore file is a special, encrypted version of a private key in JSON format. See also 'private key'.",
       "Simplified Chinese": "密钥库文件",
@@ -6306,7 +6306,7 @@ const glossary = {
   "Know Your Customer (KYC)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A process in which a business must verify the identity and background information (address, financial details, etc.) of their customers. For example, current regulations and laws require banks and other financial institutions to keep and report customers' personal information and transactions.'",
+    "definition": "'A process in which a business must verify the identity and background information (address, financial details, etc.) of their customers. For example, current regulations and laws require banks and other financial institutions to keep and report customers' personal information and transactions.'",
     "locales": {
       "Consensys' Definition": "A process in which a business must verify the identity and background information (address, financial details, etc.) of their customers. For example, current regulations and laws require banks and other financial institutions to keep and report customers' personal information and transactions.",
       "Simplified Chinese": "实名认证（KYC）",
@@ -6338,7 +6338,7 @@ const glossary = {
   "Know Your Transaction": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Know Your Transaction (KYT) is a process employed by financial institutions to monitor the merchants' businesses through the analysis of transaction data.'",
+    "definition": "'Know Your Transaction (KYT) is a process employed by financial institutions to monitor the merchants' businesses through the analysis of transaction data.'",
     "locales": {
       "Consensys' Definition": "Know Your Transaction (KYT) is a process employed by financial institutions to monitor the merchants' businesses through the analysis of transaction data.",
       "Simplified Chinese": "交易监控（KYT）",
@@ -6370,7 +6370,7 @@ const glossary = {
   "Kovan": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Kovan test network has been deprecated. Ethereum used to have four testnets: Ropsten, Rinkeby, Goerli, and Kovan (Kiln was also added for specific purposes relating to the Merge in 2022). However, after the Merge occurred on September 15th 2022, most of the existing testnets began being deprecated (taken out of service). They may still work, but could be unreliable. Sepolia and Goerli are now the only two available.'",
+    "definition": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Kovan test network has been deprecated. Ethereum used to have four testnets: Ropsten, Rinkeby, Goerli, and Kovan (Kiln was also added for specific purposes relating to the Merge in 2022). However, after the Merge occurred on September 15th 2022, most of the existing testnets began being deprecated (taken out of service). They may still work, but could be unreliable. Sepolia and Goerli are now the only two available.'",
     "locales": {
       "Consensys' Definition": "An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Kovan test network has been deprecated. Ethereum used to have four testnets: Ropsten, Rinkeby, Goerli, and Kovan (Kiln was also added for specific purposes relating to the Merge in 2022). However, after the Merge occurred on September 15th 2022, most of the existing testnets began being deprecated (taken out of service). They may still work, but could be unreliable. Sepolia and Goerli are now the only two available.",
       "Simplified Chinese": "Kovan",
@@ -6402,7 +6402,7 @@ const glossary = {
   "KYC": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see 'Know Your Customer'.'",
+    "definition": "'Acronym; see 'Know Your Customer'.'",
     "locales": {
       "Consensys' Definition": "Acronym; see 'Know Your Customer'.",
       "Simplified Chinese": "KYC（实名认证）",
@@ -6434,7 +6434,7 @@ const glossary = {
   "KYT": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; see 'Know Your Transaction'.'",
+    "definition": "'Acronym; see 'Know Your Transaction'.'",
     "locales": {
       "Consensys' Definition": "Acronym; see 'Know Your Transaction'.",
       "Simplified Chinese": "KYT（交易监控）",
@@ -6466,7 +6466,7 @@ const glossary = {
   "Latency": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of Network latency:  refers to the amount of time it takes for a computer on one network to communicate with a computer on another network. Network latency'",
+    "definition": "'In the context of Network latency:  refers to the amount of time it takes for a computer on one network to communicate with a computer on another network. Network latency'",
     "locales": {
       "Consensys' Definition": "In the context of Network latency:  refers to the amount of time it takes for a computer on one network to communicate with a computer on another network. Network latency",
       "Simplified Chinese": "延迟",
@@ -6498,7 +6498,7 @@ const glossary = {
   "Lattice1": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Lattice1 is a powerful, secure, and user-friendly hardware wallet that allows you to manage an unlimited number of wallets and easily transact on the blockchain.'",
+    "definition": "'The Lattice1 is a powerful, secure, and user-friendly hardware wallet that allows you to manage an unlimited number of wallets and easily transact on the blockchain.'",
     "locales": {
       "Consensys' Definition": "The Lattice1 is a powerful, secure, and user-friendly hardware wallet that allows you to manage an unlimited number of wallets and easily transact on the blockchain.",
       "Simplified Chinese": "Lattice1",
@@ -6530,7 +6530,7 @@ const glossary = {
   "Launchpad": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Launchpad is the Ethereum Foundation's official way to deposit your ETH for staking on Ethereum. Ethereum Launchpad'",
+    "definition": "'The Launchpad is the Ethereum Foundation's official way to deposit your ETH for staking on Ethereum. Ethereum Launchpad'",
     "locales": {
       "Consensys' Definition": "The Launchpad is the Ethereum Foundation's official way to deposit your ETH for staking on Ethereum. Ethereum Launchpad",
       "Simplified Chinese": "Launchpad",
@@ -6562,7 +6562,7 @@ const glossary = {
   "Layer 0": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Layer 0 in blockchain refers to the underlying infrastructure that supports the blockchain network. It includes the physical hardware, such as computers, servers, and other network components, as well as the software protocols that govern the interactions between the nodes in the network.<br><br>In other words, Layer 0 is the foundation upon which the blockchain network is built. It provides the necessary resources and technical capabilities for the network to function, such as computing power, storage, and network connectivity. Layer 0 is essential to the operation and security of the blockchain network, as it ensures that data is transmitted and stored correctly and securely across the network.<br><br>Layer 0 is sometimes also referred to as \"Layer Zero\" or \"L0\". It is important to note that the concept of Layer 0 is not unique to blockchain technology, but is a more general term used to describe the physical and technical infrastructure underlying any type of computer network.'",
+    "definition": "'Layer 0 in blockchain refers to the underlying infrastructure that supports the blockchain network. It includes the physical hardware, such as computers, servers, and other network components, as well as the software protocols that govern the interactions between the nodes in the network.<br><br>In other words, Layer 0 is the foundation upon which the blockchain network is built. It provides the necessary resources and technical capabilities for the network to function, such as computing power, storage, and network connectivity. Layer 0 is essential to the operation and security of the blockchain network, as it ensures that data is transmitted and stored correctly and securely across the network.<br><br>Layer 0 is sometimes also referred to as \"Layer Zero\" or \"L0\". It is important to note that the concept of Layer 0 is not unique to blockchain technology, but is a more general term used to describe the physical and technical infrastructure underlying any type of computer network.'",
     "locales": {
       "Consensys' Definition": "Layer 0 in blockchain refers to the underlying infrastructure that supports the blockchain network. It includes the physical hardware, such as computers, servers, and other network components, as well as the software protocols that govern the interactions between the nodes in the network.\n\nIn other words, Layer 0 is the foundation upon which the blockchain network is built. It provides the necessary resources and technical capabilities for the network to function, such as computing power, storage, and network connectivity. Layer 0 is essential to the operation and security of the blockchain network, as it ensures that data is transmitted and stored correctly and securely across the network.\n\nLayer 0 is sometimes also referred to as \"Layer Zero\" or \"L0\". It is important to note that the concept of Layer 0 is not unique to blockchain technology, but is a more general term used to describe the physical and technical infrastructure underlying any type of computer network.",
       "Simplified Chinese": "零层",
@@ -6594,7 +6594,7 @@ const glossary = {
   "Layer 1": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Layer 1 in blockchain refers to the base layer of the blockchain protocol. It is the layer that contains the core elements of the blockchain, including the consensus mechanism, the data structure, and the rules that govern the creation and transfer of assets or tokens.<br><br>In other words, Layer 1 is the foundation of the blockchain technology stack, upon which all other layers and applications are built. It is responsible for maintaining the integrity of the blockchain network and ensuring that all transactions are valid and secure.<br><br>Layer 1 is designed to be decentralized, meaning that no single entity has control over the network. This is achieved through the use of consensus mechanisms, such as Proof of Work (PoW), Proof of Stake (PoS), or other methods, which enable participants to reach agreement on the validity of transactions and the state of the network.<br><br>Some examples of Layer 1 blockchain protocols include Bitcoin, Ethereum, Binance Smart Chain, Avalanche.'",
+    "definition": "'Layer 1 in blockchain refers to the base layer of the blockchain protocol. It is the layer that contains the core elements of the blockchain, including the consensus mechanism, the data structure, and the rules that govern the creation and transfer of assets or tokens.<br><br>In other words, Layer 1 is the foundation of the blockchain technology stack, upon which all other layers and applications are built. It is responsible for maintaining the integrity of the blockchain network and ensuring that all transactions are valid and secure.<br><br>Layer 1 is designed to be decentralized, meaning that no single entity has control over the network. This is achieved through the use of consensus mechanisms, such as Proof of Work (PoW), Proof of Stake (PoS), or other methods, which enable participants to reach agreement on the validity of transactions and the state of the network.<br><br>Some examples of Layer 1 blockchain protocols include Bitcoin, Ethereum, Binance Smart Chain, Avalanche.'",
     "locales": {
       "Consensys' Definition": "Layer 1 in blockchain refers to the base layer of the blockchain protocol. It is the layer that contains the core elements of the blockchain, including the consensus mechanism, the data structure, and the rules that govern the creation and transfer of assets or tokens.\n\nIn other words, Layer 1 is the foundation of the blockchain technology stack, upon which all other layers and applications are built. It is responsible for maintaining the integrity of the blockchain network and ensuring that all transactions are valid and secure.\n\nLayer 1 is designed to be decentralized, meaning that no single entity has control over the network. This is achieved through the use of consensus mechanisms, such as Proof of Work (PoW), Proof of Stake (PoS), or other methods, which enable participants to reach agreement on the validity of transactions and the state of the network.\n\nSome examples of Layer 1 blockchain protocols include Bitcoin, Ethereum, Binance Smart Chain, Avalanche.",
       "Simplified Chinese": "一层公链",
@@ -6626,7 +6626,7 @@ const glossary = {
   "Layer 2": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A Layer 2 network, or L2, is a blockchain that is built specifically to scale another network. For a full understanding of how this is achieved, see here. Some popular examples of this in the Ethereum ecosystem are Arbitrum, Optimism, and StarkNet. These chains are specifically built to handle a large number of transactions quickly by relying on Ethereum Mainnet for security functions, while optimizing for speed and scale. These networks are considered \"scaling solutions\" while not being part of Ethereum's protocol-level scaling efforts. See also \"blockchain trilemma\", \"modular blockchain\", \"Serenity\". Contrast with \"sidechain\".'",
+    "definition": "'A Layer 2 network, or L2, is a blockchain that is built specifically to scale another network. For a full understanding of how this is achieved, see here. Some popular examples of this in the Ethereum ecosystem are Arbitrum, Optimism, and StarkNet. These chains are specifically built to handle a large number of transactions quickly by relying on Ethereum Mainnet for security functions, while optimizing for speed and scale. These networks are considered \"scaling solutions\" while not being part of Ethereum's protocol-level scaling efforts. See also \"blockchain trilemma\", \"modular blockchain\", \"Serenity\". Contrast with \"sidechain\".'",
     "locales": {
       "Consensys' Definition": "A Layer 2 network, or L2, is a blockchain that is built specifically to scale another network. For a full understanding of how this is achieved, see here. Some popular examples of this in the Ethereum ecosystem are Arbitrum, Optimism, and StarkNet. These chains are specifically built to handle a large number of transactions quickly by relying on Ethereum Mainnet for security functions, while optimizing for speed and scale. These networks are considered \"scaling solutions\" while not being part of Ethereum's protocol-level scaling efforts. See also \"blockchain trilemma\", \"modular blockchain\", \"Serenity\". Contrast with \"sidechain\".",
       "Simplified Chinese": "二层公链",
@@ -6658,7 +6658,7 @@ const glossary = {
   "Learn; MetaMask Learn": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.<br><br>https://learn.metamask.io/'",
+    "definition": "'MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.<br><br>https://learn.metamask.io/'",
     "locales": {
       "Consensys' Definition": "MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.\n\nhttps://learn.metamask.io/",
       "Simplified Chinese": "Learn；MetaMask Learn",
@@ -6690,7 +6690,7 @@ const glossary = {
   "Ledger": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "''",
+    "definition": "''",
     "locales": {
       "Consensys' Definition": "",
       "Simplified Chinese": "Ledger",
@@ -6722,7 +6722,7 @@ const glossary = {
   "Ledger Live App": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Ledger Live is a hardware wallet interface app for users of the Ledger Nano X, Ledger Nano S, and Ledger Blue.<br><br>The app enables Ledger users to manage their cryptocurrency hardware and assets. Additionally, it features real-time price updates, multi-account management, and the convenience of an extremely simple setup process.<br><br>Ledger Live combines the management of your individual crypto assets and device management into one interface, with the intention of gradually replacing the Chrome-based applications system that previously annoyed some users of the device.'",
+    "definition": "'Ledger Live is a hardware wallet interface app for users of the Ledger Nano X, Ledger Nano S, and Ledger Blue.<br><br>The app enables Ledger users to manage their cryptocurrency hardware and assets. Additionally, it features real-time price updates, multi-account management, and the convenience of an extremely simple setup process.<br><br>Ledger Live combines the management of your individual crypto assets and device management into one interface, with the intention of gradually replacing the Chrome-based applications system that previously annoyed some users of the device.'",
     "locales": {
       "Consensys' Definition": "Ledger Live is a hardware wallet interface app for users of the Ledger Nano X, Ledger Nano S, and Ledger Blue.\n\nThe app enables Ledger users to manage their cryptocurrency hardware and assets. Additionally, it features real-time price updates, multi-account management, and the convenience of an extremely simple setup process.\n\nLedger Live combines the management of your individual crypto assets and device management into one interface, with the intention of gradually replacing the Chrome-based applications system that previously annoyed some users of the device.",
       "Simplified Chinese": "Ledger Live App",
@@ -6754,7 +6754,7 @@ const glossary = {
   "Library": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A collection of non-volatile resources used by computer programs, often for software development. These may include configuration data, documentation, help data, message templates, pre-written code and subroutines, classes, values or type specifications. Software Library'",
+    "definition": "'A collection of non-volatile resources used by computer programs, often for software development. These may include configuration data, documentation, help data, message templates, pre-written code and subroutines, classes, values or type specifications. Software Library'",
     "locales": {
       "Consensys' Definition": "A collection of non-volatile resources used by computer programs, often for software development. These may include configuration data, documentation, help data, message templates, pre-written code and subroutines, classes, values or type specifications. Software Library",
       "Simplified Chinese": "软件库",
@@ -6786,7 +6786,7 @@ const glossary = {
   "Lido": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Lido is a liquid staking protocol for Ethereum that allows users with less than 32 ETH to collectively fund new validators and receive rewards.'",
+    "definition": "'Lido is a liquid staking protocol for Ethereum that allows users with less than 32 ETH to collectively fund new validators and receive rewards.'",
     "locales": {
       "Consensys' Definition": "Lido is a liquid staking protocol for Ethereum that allows users with less than 32 ETH to collectively fund new validators and receive rewards.",
       "Simplified Chinese": "Lido",
@@ -6818,7 +6818,7 @@ const glossary = {
   "light client": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In computing, a 'client' is a software that runs or accesses a program made available by a remote computer. With blockchain networks, then, clients are the programs that sync blockchain data and participate in network consensus. More often and more specifically, 'Layer 2' is used as a noun, to refer to a type of network that is specifically built to handle a large number of transactions quickly by relying on Ethereum mainnet for security functions, and optimizing for speed and scale. Examples include Arbitrum and Optimism; this is different from a 'sidechain', which is a network that has its own security mechanism, yet still allows compatibility and bridging of assets between itself and Ethereum.'",
+    "definition": "'In computing, a 'client' is a software that runs or accesses a program made available by a remote computer. With blockchain networks, then, clients are the programs that sync blockchain data and participate in network consensus. More often and more specifically, 'Layer 2' is used as a noun, to refer to a type of network that is specifically built to handle a large number of transactions quickly by relying on Ethereum mainnet for security functions, and optimizing for speed and scale. Examples include Arbitrum and Optimism; this is different from a 'sidechain', which is a network that has its own security mechanism, yet still allows compatibility and bridging of assets between itself and Ethereum.'",
     "locales": {
       "Consensys' Definition": "In computing, a 'client' is a software that runs or accesses a program made available by a remote computer. With blockchain networks, then, clients are the programs that sync blockchain data and participate in network consensus. More often and more specifically, 'Layer 2' is used as a noun, to refer to a type of network that is specifically built to handle a large number of transactions quickly by relying on Ethereum mainnet for security functions, and optimizing for speed and scale. Examples include Arbitrum and Optimism; this is different from a 'sidechain', which is a network that has its own security mechanism, yet still allows compatibility and bridging of assets between itself and Ethereum.",
       "Simplified Chinese": "轻客户端",
@@ -6850,7 +6850,7 @@ const glossary = {
   "Lightning Network": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Lightning Network is a second layer for Bitcoin that uses micropayment channels to scale the blockchain’s capability to conduct transactions more efficiently.<br><br>This layer consists of multiple payment channels between parties or Bitcoin users. A Lightning Network channel is a transaction mechanism between two parties. Using channels, the parties can make or receive payments from each other. Transactions conducted on the Lightning Network are faster, less costly, and more readily confirmed than those conducted directly on the Bitcoin blockchain.'",
+    "definition": "'The Lightning Network is a second layer for Bitcoin that uses micropayment channels to scale the blockchain’s capability to conduct transactions more efficiently.<br><br>This layer consists of multiple payment channels between parties or Bitcoin users. A Lightning Network channel is a transaction mechanism between two parties. Using channels, the parties can make or receive payments from each other. Transactions conducted on the Lightning Network are faster, less costly, and more readily confirmed than those conducted directly on the Bitcoin blockchain.'",
     "locales": {
       "Consensys' Definition": "The Lightning Network is a second layer for Bitcoin that uses micropayment channels to scale the blockchain’s capability to conduct transactions more efficiently.\n\nThis layer consists of multiple payment channels between parties or Bitcoin users. A Lightning Network channel is a transaction mechanism between two parties. Using channels, the parties can make or receive payments from each other. Transactions conducted on the Lightning Network are faster, less costly, and more readily confirmed than those conducted directly on the Bitcoin blockchain.",
       "Simplified Chinese": "Lightning Network",
@@ -6882,7 +6882,7 @@ const glossary = {
   "Liquid Democracy (Delegative Democracy)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A government system where votes can be delegated or proxied to other individuals such as friends, politicians, or subject matter experts. For example, in a liquid democracy, Bernadette could give Ahmad her vote and Ahmad would then vote for both himself and Bernadette. Liquid democracy is used at times as a governance mechanism for Decentralized Autonomous Organizations (DAOs) wherein every participant is able to vote or delegate their vote to another individual.'",
+    "definition": "'A government system where votes can be delegated or proxied to other individuals such as friends, politicians, or subject matter experts. For example, in a liquid democracy, Bernadette could give Ahmad her vote and Ahmad would then vote for both himself and Bernadette. Liquid democracy is used at times as a governance mechanism for Decentralized Autonomous Organizations (DAOs) wherein every participant is able to vote or delegate their vote to another individual.'",
     "locales": {
       "Consensys' Definition": "A government system where votes can be delegated or proxied to other individuals such as friends, politicians, or subject matter experts. For example, in a liquid democracy, Bernadette could give Ahmad her vote and Ahmad would then vote for both himself and Bernadette. Liquid democracy is used at times as a governance mechanism for Decentralized Autonomous Organizations (DAOs) wherein every participant is able to vote or delegate their vote to another individual.",
       "Simplified Chinese": "委任式民主",
@@ -6914,7 +6914,7 @@ const glossary = {
   "Liquidation": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Liquidation happens when a trader has insufficient funds to keep a leveraged trade open. Liquidation'",
+    "definition": "'Liquidation happens when a trader has insufficient funds to keep a leveraged trade open. Liquidation'",
     "locales": {
       "Consensys' Definition": "Liquidation happens when a trader has insufficient funds to keep a leveraged trade open. Liquidation",
       "Simplified Chinese": "清算",
@@ -6946,7 +6946,7 @@ const glossary = {
   "liquidity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An asset is considered more ‘liquid’ if it can easily be converted into cash, and therefore, ‘liquidity’ refers to the availability of assets to a company or market. Conversely, the harder it is to turn an asset into cash, the more illiquid the asset. For example, stocks are considered relatively liquid assets, as they can be easily converted to cash, while real estate is considered an illiquid asset. The liquidity of an asset affects its risk potential and market price.'",
+    "definition": "'An asset is considered more ‘liquid’ if it can easily be converted into cash, and therefore, ‘liquidity’ refers to the availability of assets to a company or market. Conversely, the harder it is to turn an asset into cash, the more illiquid the asset. For example, stocks are considered relatively liquid assets, as they can be easily converted to cash, while real estate is considered an illiquid asset. The liquidity of an asset affects its risk potential and market price.'",
     "locales": {
       "Consensys' Definition": "An asset is considered more ‘liquid’ if it can easily be converted into cash, and therefore, ‘liquidity’ refers to the availability of assets to a company or market. Conversely, the harder it is to turn an asset into cash, the more illiquid the asset. For example, stocks are considered relatively liquid assets, as they can be easily converted to cash, while real estate is considered an illiquid asset. The liquidity of an asset affects its risk potential and market price.",
       "Simplified Chinese": "流动性",
@@ -6978,7 +6978,7 @@ const glossary = {
   "liquidity pool": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A liquidity pool is a crowdsourced pool of cryptocurrencies or tokens locked in a smart contract that is used to facilitate trades between the assets on a decentralized exchange (DEX). Instead of traditional markets of buyers and sellers, many decentralized finance (DeFi) platforms use automated market makers (AMMs), which allow digital assets to be traded in an automatic and permissionless manner through the use of liquidity pools.'",
+    "definition": "'A liquidity pool is a crowdsourced pool of cryptocurrencies or tokens locked in a smart contract that is used to facilitate trades between the assets on a decentralized exchange (DEX). Instead of traditional markets of buyers and sellers, many decentralized finance (DeFi) platforms use automated market makers (AMMs), which allow digital assets to be traded in an automatic and permissionless manner through the use of liquidity pools.'",
     "locales": {
       "Consensys' Definition": "A liquidity pool is a crowdsourced pool of cryptocurrencies or tokens locked in a smart contract that is used to facilitate trades between the assets on a decentralized exchange (DEX). Instead of traditional markets of buyers and sellers, many decentralized finance (DeFi) platforms use automated market makers (AMMs), which allow digital assets to be traded in an automatic and permissionless manner through the use of liquidity pools.",
       "Simplified Chinese": "流动性池",
@@ -7010,7 +7010,7 @@ const glossary = {
   "liquidity staking": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Liquid staking allows users to stake tokens and simultaneously use them in the DeFi ecosystem. This is made possible by wrapping the staked tokens and providing users with a wrapped token that is a claim on the underlying collateral. The wrapped tokens can be transferred and generate yield.<br>Liquid staking permits users to stake and unstake their coins without being beholden to a lock-up period. It thus enables greater capital efficiency and increased liquidity on proof-of-stake blockchains, allowing users to maximize the benefits of staking and DeFi simultaneously. Furthermore, liquid staking enhances network security on PoS chains.'",
+    "definition": "'Liquid staking allows users to stake tokens and simultaneously use them in the DeFi ecosystem. This is made possible by wrapping the staked tokens and providing users with a wrapped token that is a claim on the underlying collateral. The wrapped tokens can be transferred and generate yield.<br>Liquid staking permits users to stake and unstake their coins without being beholden to a lock-up period. It thus enables greater capital efficiency and increased liquidity on proof-of-stake blockchains, allowing users to maximize the benefits of staking and DeFi simultaneously. Furthermore, liquid staking enhances network security on PoS chains.'",
     "locales": {
       "Consensys' Definition": "Liquid staking allows users to stake tokens and simultaneously use them in the DeFi ecosystem. This is made possible by wrapping the staked tokens and providing users with a wrapped token that is a claim on the underlying collateral. The wrapped tokens can be transferred and generate yield.\nLiquid staking permits users to stake and unstake their coins without being beholden to a lock-up period. It thus enables greater capital efficiency and increased liquidity on proof-of-stake blockchains, allowing users to maximize the benefits of staking and DeFi simultaneously. Furthermore, liquid staking enhances network security on PoS chains.",
       "Simplified Chinese": "流动性质押",
@@ -7042,7 +7042,7 @@ const glossary = {
   "Low": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"gas fees\", Low is a category that allows you to wait a bit longer and save money if you choose. There are 3 categories available in MetaMask: Low, Market, Aggressive<br><br>Using Advanced Gas Controls'",
+    "definition": "'In the context of \"gas fees\", Low is a category that allows you to wait a bit longer and save money if you choose. There are 3 categories available in MetaMask: Low, Market, Aggressive<br><br>Using Advanced Gas Controls'",
     "locales": {
       "Consensys' Definition": "In the context of \"gas fees\", Low is a category that allows you to wait a bit longer and save money if you choose. There are 3 categories available in MetaMask: Low, Market, Aggressive\n\nUsing Advanced Gas Controls",
       "Simplified Chinese": "低级型",
@@ -7074,7 +7074,7 @@ const glossary = {
   "mainnet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The primary network where actual transactions take place on a specific distributed ledger. For example, The Ethereum Mainnet (capitalized in this case) is the public blockchain where network validation and transactions take place'",
+    "definition": "'The primary network where actual transactions take place on a specific distributed ledger. For example, The Ethereum Mainnet (capitalized in this case) is the public blockchain where network validation and transactions take place'",
     "locales": {
       "Consensys' Definition": "The primary network where actual transactions take place on a specific distributed ledger. For example, The Ethereum Mainnet (capitalized in this case) is the public blockchain where network validation and transactions take place",
       "Simplified Chinese": "主网",
@@ -7106,7 +7106,7 @@ const glossary = {
   "Maker Protocol": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Maker Protocol, built on the Ethereum blockchain, enables users to create and hold currency. Current elements of the Maker Protocol are the DAI stable coin, Maker Vaults, and Voting. MakerDAO governs the Maker Protocol by deciding on key parameters (e.g., stability fees, collateral types and rates, etc.)'",
+    "definition": "'The Maker Protocol, built on the Ethereum blockchain, enables users to create and hold currency. Current elements of the Maker Protocol are the DAI stable coin, Maker Vaults, and Voting. MakerDAO governs the Maker Protocol by deciding on key parameters (e.g., stability fees, collateral types and rates, etc.)'",
     "locales": {
       "Consensys' Definition": "The Maker Protocol, built on the Ethereum blockchain, enables users to create and hold currency. Current elements of the Maker Protocol are the DAI stable coin, Maker Vaults, and Voting. MakerDAO governs the Maker Protocol by deciding on key parameters (e.g., stability fees, collateral types and rates, etc.)",
       "Simplified Chinese": "稳定币协议",
@@ -7138,7 +7138,7 @@ const glossary = {
   "Malware": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Any software intentionally designed to cause disruption to a computer, server, client, or computer network, leak private information, gain unauthorized access to information or systems, deprive access to information, or which unknowingly interferes with the user's computer security and privacy.'",
+    "definition": "'Any software intentionally designed to cause disruption to a computer, server, client, or computer network, leak private information, gain unauthorized access to information or systems, deprive access to information, or which unknowingly interferes with the user's computer security and privacy.'",
     "locales": {
       "Consensys' Definition": "Any software intentionally designed to cause disruption to a computer, server, client, or computer network, leak private information, gain unauthorized access to information or systems, deprive access to information, or which unknowingly interferes with the user's computer security and privacy.",
       "Simplified Chinese": "恶意软件",
@@ -7170,7 +7170,7 @@ const glossary = {
   "market cap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Short for 'market capitalization', this refers to the total value held in a particular industry, market, company, or asset. For a publicly traded company, the market cap is the total dollar market value of a company's outstanding shares. For Bitcoin or Ethereum, the total market cap is a reflection of the current existing supply times the market price.'",
+    "definition": "'Short for 'market capitalization', this refers to the total value held in a particular industry, market, company, or asset. For a publicly traded company, the market cap is the total dollar market value of a company's outstanding shares. For Bitcoin or Ethereum, the total market cap is a reflection of the current existing supply times the market price.'",
     "locales": {
       "Consensys' Definition": "Short for 'market capitalization', this refers to the total value held in a particular industry, market, company, or asset. For a publicly traded company, the market cap is the total dollar market value of a company's outstanding shares. For Bitcoin or Ethereum, the total market cap is a reflection of the current existing supply times the market price.",
       "Simplified Chinese": "市值",
@@ -7202,7 +7202,7 @@ const glossary = {
   "Maximal Extractable Value (MEV)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Originally known as Miner Extractable Value, MEV is a broad complex topic that refers to the inclusion, exclusion, and reordering of transactions within a block in order to extract more value from it, generally in excess of what a validator (or miner, on PoW networks) would earn from producing the block. MEV includes activities such as frontrunning, arbitrage, and what could be considered malicious actions to profit off of other users' transactions. This is a very active topic of research that is changing rapidly.'",
+    "definition": "'Originally known as Miner Extractable Value, MEV is a broad complex topic that refers to the inclusion, exclusion, and reordering of transactions within a block in order to extract more value from it, generally in excess of what a validator (or miner, on PoW networks) would earn from producing the block. MEV includes activities such as frontrunning, arbitrage, and what could be considered malicious actions to profit off of other users' transactions. This is a very active topic of research that is changing rapidly.'",
     "locales": {
       "Consensys' Definition": "Originally known as Miner Extractable Value, MEV is a broad complex topic that refers to the inclusion, exclusion, and reordering of transactions within a block in order to extract more value from it, generally in excess of what a validator (or miner, on PoW networks) would earn from producing the block. MEV includes activities such as frontrunning, arbitrage, and what could be considered malicious actions to profit off of other users' transactions. This is a very active topic of research that is changing rapidly.",
       "Simplified Chinese": "最大可提取价值（MEV）",
@@ -7234,7 +7234,7 @@ const glossary = {
   "Maximum Priority Fee": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The fee, or \"miner tip\", goes to the validator or miner, and incentivizes them to prioritize your transaction.'",
+    "definition": "'The fee, or \"miner tip\", goes to the validator or miner, and incentivizes them to prioritize your transaction.'",
     "locales": {
       "Consensys' Definition": "The fee, or \"miner tip\", goes to the validator or miner, and incentivizes them to prioritize your transaction.",
       "Simplified Chinese": "最大优先交易费用",
@@ -7266,7 +7266,7 @@ const glossary = {
   "memory pool; mempool": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'a.k.a. Transaction Pool<br><br>When a user submits a transaction to the Ethereum network–or many other networks based on Ethereum–the transaction goes into what’s known as a “transaction pool”, or “txpool” for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are “picked up” and included in the next block, and there is currently a lot of research surrounding how this decision gets made. In Bitcoin, the transaction pool was referred to as the “memory pool”, or “mempool”, and often these terms are used interchangeably.'",
+    "definition": "'a.k.a. Transaction Pool<br><br>When a user submits a transaction to the Ethereum network–or many other networks based on Ethereum–the transaction goes into what’s known as a “transaction pool”, or “txpool” for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are “picked up” and included in the next block, and there is currently a lot of research surrounding how this decision gets made. In Bitcoin, the transaction pool was referred to as the “memory pool”, or “mempool”, and often these terms are used interchangeably.'",
     "locales": {
       "Consensys' Definition": "a.k.a. Transaction Pool\n\nWhen a user submits a transaction to the Ethereum network–or many other networks based on Ethereum–the transaction goes into what’s known as a “transaction pool”, or “txpool” for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are “picked up” and included in the next block, and there is currently a lot of research surrounding how this decision gets made. In Bitcoin, the transaction pool was referred to as the “memory pool”, or “mempool”, and often these terms are used interchangeably.",
       "Simplified Chinese": "内存池（Mempool）",
@@ -7298,7 +7298,7 @@ const glossary = {
   "Merge (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.'",
+    "definition": "'Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.'",
     "locales": {
       "Consensys' Definition": "Finalized in September 2022, the Merge was the culmination of years of work involved in transitioning Ethereum from a Proof of Work consensus model, to Proof of Stake, all while keeping the network live. This was successful, and reduced the network’s carbon footprint by more than 99.9%.",
       "Simplified Chinese": "合并",
@@ -7330,7 +7330,7 @@ const glossary = {
   "Merkle Patricia trie": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Often referred to simply as a \"Merkle trie\" (pronounced \"tree\"), a Merkle Patricia trie is a data structure in which a single hash code function (see 'hash') splits into smaller branches. In a similar way to a family tree, where a parent branch splits into child branches, which are then extrapolated into grandchild branches, a Merkle Patricia trie keeps a record of the filiation and history of each element. This type of data structure enables for faster verification on a blockchain network.'",
+    "definition": "'Often referred to simply as a \"Merkle trie\" (pronounced \"tree\"), a Merkle Patricia trie is a data structure in which a single hash code function (see 'hash') splits into smaller branches. In a similar way to a family tree, where a parent branch splits into child branches, which are then extrapolated into grandchild branches, a Merkle Patricia trie keeps a record of the filiation and history of each element. This type of data structure enables for faster verification on a blockchain network.'",
     "locales": {
       "Consensys' Definition": "Often referred to simply as a \"Merkle trie\" (pronounced \"tree\"), a Merkle Patricia trie is a data structure in which a single hash code function (see 'hash') splits into smaller branches. In a similar way to a family tree, where a parent branch splits into child branches, which are then extrapolated into grandchild branches, a Merkle Patricia trie keeps a record of the filiation and history of each element. This type of data structure enables for faster verification on a blockchain network.",
       "Simplified Chinese": "梅克尔树",
@@ -7362,7 +7362,7 @@ const glossary = {
   "Mesh": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ConsenSys Mesh is a network of loosely coupled, tightly aligned teams, products, and investments advancing the Ethereum ecosystem and the arrival of web3.'",
+    "definition": "'ConsenSys Mesh is a network of loosely coupled, tightly aligned teams, products, and investments advancing the Ethereum ecosystem and the arrival of web3.'",
     "locales": {
       "Consensys' Definition": "ConsenSys Mesh is a network of loosely coupled, tightly aligned teams, products, and investments advancing the Ethereum ecosystem and the arrival of web3.",
       "Simplified Chinese": "Mesh",
@@ -7394,7 +7394,7 @@ const glossary = {
   "Metadata": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"NFT metadata\": Metadata is \"data that provides information about other data\" Metadata'",
+    "definition": "'In the context of \"NFT metadata\": Metadata is \"data that provides information about other data\" Metadata'",
     "locales": {
       "Consensys' Definition": "In the context of \"NFT metadata\": Metadata is \"data that provides information about other data\" Metadata",
       "Simplified Chinese": "元数据",
@@ -7426,7 +7426,7 @@ const glossary = {
   "MetaMask": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask, either in its mobile app form on iOS and Android, or in its browser extension form, is a tool to access and interact with blockchains and the decentralized web. It allows users to manage their digital identity and the permission of others to interact with that identity; its functions include that of a wallet, a dapp permissions manager, and access to token swaps. It is an open-source project that encourages developers from other projects to build on top of it through MetaMask Snaps.'",
+    "definition": "'MetaMask, either in its mobile app form on iOS and Android, or in its browser extension form, is a tool to access and interact with blockchains and the decentralized web. It allows users to manage their digital identity and the permission of others to interact with that identity; its functions include that of a wallet, a dapp permissions manager, and access to token swaps. It is an open-source project that encourages developers from other projects to build on top of it through MetaMask Snaps.'",
     "locales": {
       "Consensys' Definition": "MetaMask, either in its mobile app form on iOS and Android, or in its browser extension form, is a tool to access and interact with blockchains and the decentralized web. It allows users to manage their digital identity and the permission of others to interact with that identity; its functions include that of a wallet, a dapp permissions manager, and access to token swaps. It is an open-source project that encourages developers from other projects to build on top of it through MetaMask Snaps.",
       "Simplified Chinese": "MetaMask",
@@ -7458,7 +7458,7 @@ const glossary = {
   "MetaMask Bridge": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask Bridge: You can now access a curated, straightforward bridging experience in MetaMask Bridge, available at https://portfolio.metamask.io/bridge <br>Only certain tokens and network combinations are available initially. MetaMask Bridge'",
+    "definition": "'MetaMask Bridge: You can now access a curated, straightforward bridging experience in MetaMask Bridge, available at https://portfolio.metamask.io/bridge <br>Only certain tokens and network combinations are available initially. MetaMask Bridge'",
     "locales": {
       "Consensys' Definition": "MetaMask Bridge: You can now access a curated, straightforward bridging experience in MetaMask Bridge, available at https://portfolio.metamask.io/bridge \nOnly certain tokens and network combinations are available initially. MetaMask Bridge",
       "Simplified Chinese": "MetaMask Bridge",
@@ -7490,7 +7490,7 @@ const glossary = {
   "MetaMask Community Platform": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The MetaMask forums located at community.metamask.io<br><br>MetaMask's community platform can be accessed here:<br>MetaMask Community'",
+    "definition": "'The MetaMask forums located at community.metamask.io<br><br>MetaMask's community platform can be accessed here:<br>MetaMask Community'",
     "locales": {
       "Consensys' Definition": "The MetaMask forums located at community.metamask.io\n\nMetaMask's community platform can be accessed here:\nMetaMask Community",
       "Simplified Chinese": "MetaMask 社区平台",
@@ -7522,7 +7522,7 @@ const glossary = {
   "MetaMask Extension": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.'",
+    "definition": "'MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.'",
     "locales": {
       "Consensys' Definition": "MetaMask is a web browser extension and mobile app that allows you to manage your Ethereum private keys. By doing so, it serves as a wallet for Ether and other tokens, and allows you to interact with decentralized applications, or dapps. Unlike some wallets, MetaMask keeps no information on you: not your email address, not your password, and not your Secret Recovery Phrase or other private keys. You retain all power over your crypto-identity.",
       "Simplified Chinese": "MetaMask Extension",
@@ -7554,7 +7554,7 @@ const glossary = {
   "MetaMask Flask": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.<br><br>What is MetaMask Flask, and how is it different from normal MetaMask?'",
+    "definition": "'MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.<br><br>What is MetaMask Flask, and how is it different from normal MetaMask?'",
     "locales": {
       "Consensys' Definition": "MetaMask Flask is a distribution of the software designed for developers. It's like a laboratory (hence the name) where the MetaMask team can try out new ideas and features. It has experimental, even dangerous functionality in it that is not meant for everyday use. It also doesn't have the same stability guarantees that the production distribution of MetaMask has.\n\nWhat is MetaMask Flask, and how is it different from normal MetaMask?",
       "Simplified Chinese": "MetaMask Flask",
@@ -7586,7 +7586,7 @@ const glossary = {
   "MetaMask Institutional": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask Institutional is an institution-compliant version of the world’s leading web3 wallet, MetaMask. Organizations trust us to manage their web3 access and engagement with institution-required security, operational efficiency, and compliance. MetaMask Institutional'",
+    "definition": "'MetaMask Institutional is an institution-compliant version of the world’s leading web3 wallet, MetaMask. Organizations trust us to manage their web3 access and engagement with institution-required security, operational efficiency, and compliance. MetaMask Institutional'",
     "locales": {
       "Consensys' Definition": "MetaMask Institutional is an institution-compliant version of the world’s leading web3 wallet, MetaMask. Organizations trust us to manage their web3 access and engagement with institution-required security, operational efficiency, and compliance. MetaMask Institutional",
       "Simplified Chinese": "MetaMask Institutional",
@@ -7618,7 +7618,7 @@ const glossary = {
   "MetaMask Learn": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.<br><br>MetaMask Learn'",
+    "definition": "'MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.<br><br>MetaMask Learn'",
     "locales": {
       "Consensys' Definition": "MetaMask Learn is a free-to-use educational platform available in 10 languages for anyone interested in learning about web3. Through engaging lessons and interactive simulations, it helps you understand what web3 is, why it matters, and how to get started.\n\nMetaMask Learn",
       "Simplified Chinese": "MetaMask Learn",
@@ -7650,7 +7650,7 @@ const glossary = {
   "MetaMask SDK": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMask SDK (Software Development Kit) is a library that can be installed by developers in their projects. It will automatically guide their users to connect easily with a MetaMask Wallet client.  MetaMask SDK'",
+    "definition": "'MetaMask SDK (Software Development Kit) is a library that can be installed by developers in their projects. It will automatically guide their users to connect easily with a MetaMask Wallet client.  MetaMask SDK'",
     "locales": {
       "Consensys' Definition": "MetaMask SDK (Software Development Kit) is a library that can be installed by developers in their projects. It will automatically guide their users to connect easily with a MetaMask Wallet client.  MetaMask SDK",
       "Simplified Chinese": "MetaMask SDK（软件开发工具包）",
@@ -7682,7 +7682,7 @@ const glossary = {
   "MetaMask Snaps": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The first big feature shipped through Flask has been MetaMask Snaps. Snaps is a whole topic in and of itself, but think of it like this: Snaps allows developers to bring any kind of functionality they want to the application. Given how broad that is, and the potential security implications, snaps can only be used in Flask at the moment; however, the plan is to allow users to customize their MetaMask experience through this functionality.'",
+    "definition": "'The first big feature shipped through Flask has been MetaMask Snaps. Snaps is a whole topic in and of itself, but think of it like this: Snaps allows developers to bring any kind of functionality they want to the application. Given how broad that is, and the potential security implications, snaps can only be used in Flask at the moment; however, the plan is to allow users to customize their MetaMask experience through this functionality.'",
     "locales": {
       "Consensys' Definition": "The first big feature shipped through Flask has been MetaMask Snaps. Snaps is a whole topic in and of itself, but think of it like this: Snaps allows developers to bring any kind of functionality they want to the application. Given how broad that is, and the potential security implications, snaps can only be used in Flask at the moment; however, the plan is to allow users to customize their MetaMask experience through this functionality.",
       "Simplified Chinese": "Snaps (MetaMask Snaps)",
@@ -7714,7 +7714,7 @@ const glossary = {
   "MetaMetrics": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MetaMetrics is an opt-in analytics platform that aims to collect information on non-sensitive user events to help us improve the software for MetaMask users.<br><br>How to manage your MetaMetrics settings'",
+    "definition": "'MetaMetrics is an opt-in analytics platform that aims to collect information on non-sensitive user events to help us improve the software for MetaMask users.<br><br>How to manage your MetaMetrics settings'",
     "locales": {
       "Consensys' Definition": "MetaMetrics is an opt-in analytics platform that aims to collect information on non-sensitive user events to help us improve the software for MetaMask users.\n\nHow to manage your MetaMetrics settings",
       "Simplified Chinese": "MetaMetrics",
@@ -7746,7 +7746,7 @@ const glossary = {
   "metaverse": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A metaverse is a digital universe that contains all the aspects of the real world, such as real-time interactions and economies. It offers a unique experience to end-users. Metaverse'",
+    "definition": "'A metaverse is a digital universe that contains all the aspects of the real world, such as real-time interactions and economies. It offers a unique experience to end-users. Metaverse'",
     "locales": {
       "Consensys' Definition": "A metaverse is a digital universe that contains all the aspects of the real world, such as real-time interactions and economies. It offers a unique experience to end-users. Metaverse",
       "Simplified Chinese": "元宇宙",
@@ -7778,7 +7778,7 @@ const glossary = {
   "miner tip": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The miner tip is the Maximum Priority Fee that incentivizes the miner to prioritize a transaction. Learn the basics of blockchains and Ethereum (miners and validators, gas, cryptocurrencies and NFTs, block explorer, networks, etc.)'",
+    "definition": "'The miner tip is the Maximum Priority Fee that incentivizes the miner to prioritize a transaction. Learn the basics of blockchains and Ethereum (miners and validators, gas, cryptocurrencies and NFTs, block explorer, networks, etc.)'",
     "locales": {
       "Consensys' Definition": "The miner tip is the Maximum Priority Fee that incentivizes the miner to prioritize a transaction. Learn the basics of blockchains and Ethereum (miners and validators, gas, cryptocurrencies and NFTs, block explorer, networks, etc.)",
       "Simplified Chinese": "矿工费",
@@ -7810,7 +7810,7 @@ const glossary = {
   "mining": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The process by which blocks or transactions are verified and added to a blockchain using a Proof of Work (PoW) consensus mechanism. In order to verify a block, a miner must use a computer to solve a cryptographic problem. Once the computer has solved the problem, the block is considered “mined” or verified. On Bitcoin or other PoW blockchains, the first computer to mine or verify the block receives bitcoin, or the equivalent network token, as a reward.'",
+    "definition": "'The process by which blocks or transactions are verified and added to a blockchain using a Proof of Work (PoW) consensus mechanism. In order to verify a block, a miner must use a computer to solve a cryptographic problem. Once the computer has solved the problem, the block is considered “mined” or verified. On Bitcoin or other PoW blockchains, the first computer to mine or verify the block receives bitcoin, or the equivalent network token, as a reward.'",
     "locales": {
       "Consensys' Definition": "The process by which blocks or transactions are verified and added to a blockchain using a Proof of Work (PoW) consensus mechanism. In order to verify a block, a miner must use a computer to solve a cryptographic problem. Once the computer has solved the problem, the block is considered “mined” or verified. On Bitcoin or other PoW blockchains, the first computer to mine or verify the block receives bitcoin, or the equivalent network token, as a reward.",
       "Simplified Chinese": "挖矿",
@@ -7842,7 +7842,7 @@ const glossary = {
   "Mint": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Minting refers to the act of publishing a token on the blockchain to make it transferrable and purchasable.'",
+    "definition": "'Minting refers to the act of publishing a token on the blockchain to make it transferrable and purchasable.'",
     "locales": {
       "Consensys' Definition": "Minting refers to the act of publishing a token on the blockchain to make it transferrable and purchasable.",
       "Simplified Chinese": "铸币",
@@ -7874,7 +7874,7 @@ const glossary = {
   "mnemonic phrase": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'This is an alternative way of referring to a Secret Recovery Phrase, also known as a 'seed phrase': a series of words that correspond to a very long cryptographic key, used to generate and control all the addresses of a crypto wallet.'",
+    "definition": "'This is an alternative way of referring to a Secret Recovery Phrase, also known as a 'seed phrase': a series of words that correspond to a very long cryptographic key, used to generate and control all the addresses of a crypto wallet.'",
     "locales": {
       "Consensys' Definition": "This is an alternative way of referring to a Secret Recovery Phrase, also known as a 'seed phrase': a series of words that correspond to a very long cryptographic key, used to generate and control all the addresses of a crypto wallet.",
       "Simplified Chinese": "助记词",
@@ -7906,7 +7906,7 @@ const glossary = {
   "MobiKwik": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MobiKwik is an Indian payment service provider founded in 2009 that provides a mobile phone-based payment system and digital wallet.'",
+    "definition": "'MobiKwik is an Indian payment service provider founded in 2009 that provides a mobile phone-based payment system and digital wallet.'",
     "locales": {
       "Consensys' Definition": "MobiKwik is an Indian payment service provider founded in 2009 that provides a mobile phone-based payment system and digital wallet.",
       "Simplified Chinese": "MobiKwik",
@@ -7938,7 +7938,7 @@ const glossary = {
   "modular blockchain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Bitcoin is an example of a monolithic blockchain: all of the functions of the network (consensus, execution, data availability, and settlement) are run on one chain. This has significant drawbacks (see \"blockchain trilemma\" for more). A modular blockchain, on the other hand, separates some or all of these functions into separate chains, each one optimized for its specific function, and relying on the other chains for the other functions. Ethereum is currently moving towards modularization, both on a protocol level beginning with the Merge, which split consensus and execution into two chains, and at the level of \"Layer 2\" networks which provide optimized execution environments, and then \"roll up\" their data to Ethereum for its consensus functionality.'",
+    "definition": "'Bitcoin is an example of a monolithic blockchain: all of the functions of the network (consensus, execution, data availability, and settlement) are run on one chain. This has significant drawbacks (see \"blockchain trilemma\" for more). A modular blockchain, on the other hand, separates some or all of these functions into separate chains, each one optimized for its specific function, and relying on the other chains for the other functions. Ethereum is currently moving towards modularization, both on a protocol level beginning with the Merge, which split consensus and execution into two chains, and at the level of \"Layer 2\" networks which provide optimized execution environments, and then \"roll up\" their data to Ethereum for its consensus functionality.'",
     "locales": {
       "Consensys' Definition": "Bitcoin is an example of a monolithic blockchain: all of the functions of the network (consensus, execution, data availability, and settlement) are run on one chain. This has significant drawbacks (see \"blockchain trilemma\" for more). A modular blockchain, on the other hand, separates some or all of these functions into separate chains, each one optimized for its specific function, and relying on the other chains for the other functions. Ethereum is currently moving towards modularization, both on a protocol level beginning with the Merge, which split consensus and execution into two chains, and at the level of \"Layer 2\" networks which provide optimized execution environments, and then \"roll up\" their data to Ethereum for its consensus functionality.",
       "Simplified Chinese": "模块化区块链",
@@ -7970,7 +7970,7 @@ const glossary = {
   "MoonPay": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'MoonPay is a financial technology company that builds payments infrastructure for crypto. Its on-and-off-ramp suite of products provides a seamless experience for converting between fiat currencies and cryptocurrencies using all major payment methods, including debit and credit cards, local bank transfers, Apple Pay, Google Pay, and Samsung Pay. MoonPay is active in more than 160 countries and is trusted by 300+ leading wallets, websites, and applications to accept payments and defeat fraud. The company is based in Miami, Florida, and was founded in 2019.'",
+    "definition": "'MoonPay is a financial technology company that builds payments infrastructure for crypto. Its on-and-off-ramp suite of products provides a seamless experience for converting between fiat currencies and cryptocurrencies using all major payment methods, including debit and credit cards, local bank transfers, Apple Pay, Google Pay, and Samsung Pay. MoonPay is active in more than 160 countries and is trusted by 300+ leading wallets, websites, and applications to accept payments and defeat fraud. The company is based in Miami, Florida, and was founded in 2019.'",
     "locales": {
       "Consensys' Definition": "MoonPay is a financial technology company that builds payments infrastructure for crypto. Its on-and-off-ramp suite of products provides a seamless experience for converting between fiat currencies and cryptocurrencies using all major payment methods, including debit and credit cards, local bank transfers, Apple Pay, Google Pay, and Samsung Pay. MoonPay is active in more than 160 countries and is trusted by 300+ leading wallets, websites, and applications to accept payments and defeat fraud. The company is based in Miami, Florida, and was founded in 2019.",
       "Simplified Chinese": "MoonPay",
@@ -8002,7 +8002,7 @@ const glossary = {
   "multi-sig": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'multi-signature wallet (multisig)<br>A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.'",
+    "definition": "'multi-signature wallet (multisig)<br>A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.'",
     "locales": {
       "Consensys' Definition": "multi-signature wallet (multisig)\nA crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.",
       "Simplified Chinese": "多重签名",
@@ -8034,7 +8034,7 @@ const glossary = {
   "multi-signature wallet (multisig)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.'",
+    "definition": "'A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.'",
     "locales": {
       "Consensys' Definition": "A crypto-asset wallet which requires multiple keys in order to access and transact. Typically, a specified number of individuals are required to approve or “sign” a transaction before they are able to access the wallet. This is different from most wallets, which only require one signature to approve a transaction.",
       "Simplified Chinese": "多重签名钱包（multisig）",
@@ -8066,7 +8066,7 @@ const glossary = {
   "Multifactor Authentication": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Authentication using two or more different factors to achieve authentication.'",
+    "definition": "'Authentication using two or more different factors to achieve authentication.'",
     "locales": {
       "Consensys' Definition": "Authentication using two or more different factors to achieve authentication.",
       "Simplified Chinese": "多因素身份验证",
@@ -8098,7 +8098,7 @@ const glossary = {
   "Near-Field Communication (NFC)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Near-field communication is a set of communication protocols that enables communication between two electronic devices over a distance of 4 cm or less. NFC offers a low-speed connection through a simple setup that can be used to bootstrap more capable wireless connections..'",
+    "definition": "'Near-field communication is a set of communication protocols that enables communication between two electronic devices over a distance of 4 cm or less. NFC offers a low-speed connection through a simple setup that can be used to bootstrap more capable wireless connections..'",
     "locales": {
       "Consensys' Definition": "Near-field communication is a set of communication protocols that enables communication between two electronic devices over a distance of 4 cm or less. NFC offers a low-speed connection through a simple setup that can be used to bootstrap more capable wireless connections..",
       "Simplified Chinese": "近距离无线通讯（NFC）",
@@ -8130,7 +8130,7 @@ const glossary = {
   "Nested Blockchain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A nested blockchain is essentially a blockchain within — or, rather, atop — another blockchain. See \"Layer 2'",
+    "definition": "'A nested blockchain is essentially a blockchain within — or, rather, atop — another blockchain. See \"Layer 2'",
     "locales": {
       "Consensys' Definition": "A nested blockchain is essentially a blockchain within — or, rather, atop — another blockchain. See \"Layer 2",
       "Simplified Chinese": "嵌套区块链",
@@ -8162,7 +8162,7 @@ const glossary = {
   "Network": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A network refers to all nodes in the operation of a blockchain at any given moment in time.'",
+    "definition": "'A network refers to all nodes in the operation of a blockchain at any given moment in time.'",
     "locales": {
       "Consensys' Definition": "A network refers to all nodes in the operation of a blockchain at any given moment in time.",
       "Simplified Chinese": "网络",
@@ -8194,7 +8194,7 @@ const glossary = {
   "Network Congestion": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The reduced quality of service that occurs when a network node or link is carrying more data than it can handle. Typical effects include queueing delay, packet loss or the blocking of new connections. Congestion'",
+    "definition": "'The reduced quality of service that occurs when a network node or link is carrying more data than it can handle. Typical effects include queueing delay, packet loss or the blocking of new connections. Congestion'",
     "locales": {
       "Consensys' Definition": "The reduced quality of service that occurs when a network node or link is carrying more data than it can handle. Typical effects include queueing delay, packet loss or the blocking of new connections. Congestion",
       "Simplified Chinese": "网络拥塞",
@@ -8226,7 +8226,7 @@ const glossary = {
   "NFT": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'When discussing Non-Fungible Tokens (NFTs), “fungibility” refers to an object’s ability to be exchanged for another. For example, an individual dollar is considered fungible, as one dollar is fully interchangeable with another. Artwork is usually deemed non-fungible, as paintings or sculptures are likely to be unequal between them in quality, value, or other attributes. A non-fungible token is a type of token that is a unique digital asset and has no equal token. This is in contrast to cryptocurrencies like ether that are fungible in nature.'",
+    "definition": "'When discussing Non-Fungible Tokens (NFTs), “fungibility” refers to an object’s ability to be exchanged for another. For example, an individual dollar is considered fungible, as one dollar is fully interchangeable with another. Artwork is usually deemed non-fungible, as paintings or sculptures are likely to be unequal between them in quality, value, or other attributes. A non-fungible token is a type of token that is a unique digital asset and has no equal token. This is in contrast to cryptocurrencies like ether that are fungible in nature.'",
     "locales": {
       "Consensys' Definition": "When discussing Non-Fungible Tokens (NFTs), “fungibility” refers to an object’s ability to be exchanged for another. For example, an individual dollar is considered fungible, as one dollar is fully interchangeable with another. Artwork is usually deemed non-fungible, as paintings or sculptures are likely to be unequal between them in quality, value, or other attributes. A non-fungible token is a type of token that is a unique digital asset and has no equal token. This is in contrast to cryptocurrencies like ether that are fungible in nature.",
       "Simplified Chinese": "NFT",
@@ -8258,7 +8258,7 @@ const glossary = {
   "NFT aggregator": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the initial wave of interest in buying and selling NFTs, a number of NFT marketplaces--websites where you can buy and sell NFTs--were created. As the market matured, aggregators appeared, which offer the user the ability to view available stock and price, buy and sell across marketplaces from a single unified application. Similar to familiar web2 shopping portals, these have come to be known as NFT Marketplace Aggregators, or just NFT Aggregators.'",
+    "definition": "'In the initial wave of interest in buying and selling NFTs, a number of NFT marketplaces--websites where you can buy and sell NFTs--were created. As the market matured, aggregators appeared, which offer the user the ability to view available stock and price, buy and sell across marketplaces from a single unified application. Similar to familiar web2 shopping portals, these have come to be known as NFT Marketplace Aggregators, or just NFT Aggregators.'",
     "locales": {
       "Consensys' Definition": "In the initial wave of interest in buying and selling NFTs, a number of NFT marketplaces--websites where you can buy and sell NFTs--were created. As the market matured, aggregators appeared, which offer the user the ability to view available stock and price, buy and sell across marketplaces from a single unified application. Similar to familiar web2 shopping portals, these have come to be known as NFT Marketplace Aggregators, or just NFT Aggregators.",
       "Simplified Chinese": "NFT 聚合器",
@@ -8290,7 +8290,7 @@ const glossary = {
   "NFT drop": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An NFT drop happens when a new NFT collection is released. NFT drops can vary in both how the NFTs are sold (listed for sale or auction), and in who they’re released to (the public, or a specific list called an “allowlist”).<br><br><br>Often, NFT drops coincide with when the NFTs in the collection are minted, that is, written to the blockchain. You might hear these terms used interchangeably— a drop might be referred to as the project’s mint.'",
+    "definition": "'An NFT drop happens when a new NFT collection is released. NFT drops can vary in both how the NFTs are sold (listed for sale or auction), and in who they’re released to (the public, or a specific list called an “allowlist”).<br><br><br>Often, NFT drops coincide with when the NFTs in the collection are minted, that is, written to the blockchain. You might hear these terms used interchangeably— a drop might be referred to as the project’s mint.'",
     "locales": {
       "Consensys' Definition": "An NFT drop happens when a new NFT collection is released. NFT drops can vary in both how the NFTs are sold (listed for sale or auction), and in who they’re released to (the public, or a specific list called an “allowlist”).\n\n\nOften, NFT drops coincide with when the NFTs in the collection are minted, that is, written to the blockchain. You might hear these terms used interchangeably— a drop might be referred to as the project’s mint.",
       "Simplified Chinese": "NFT 投放",
@@ -8322,7 +8322,7 @@ const glossary = {
   "Ngrave": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Crypto hardware wallet.'",
+    "definition": "'Crypto hardware wallet.'",
     "locales": {
       "Consensys' Definition": "Crypto hardware wallet.",
       "Simplified Chinese": "Ngrave",
@@ -8354,7 +8354,7 @@ const glossary = {
   "node": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.'",
+    "definition": "'Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.'",
     "locales": {
       "Consensys' Definition": "Public blockchains consist of a network of computers which sync the network's data, coordinate transaction requests, and participate in consensus regarding the validity of those transactions; each one of these computers is called a 'node'. A full node is a computer that can fully validate transactions and download the entire data of a specific blockchain. In contrast, a “lightweight” or “light” node does not download all pieces of a blockchain’s data, and uses a different validation process.",
       "Simplified Chinese": "节点",
@@ -8386,7 +8386,7 @@ const glossary = {
   "Non-fungible token": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See NFT'",
+    "definition": "'See NFT'",
     "locales": {
       "Consensys' Definition": "See NFT",
       "Simplified Chinese": "非同质化代币",
@@ -8418,7 +8418,7 @@ const glossary = {
   "nonce": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The word ‘nonce’ has a few different meanings, and in different contexts, it ends up getting used a lot of different ways. Originally formed from a contraction of a phrase meaning “not more than once”, on the Ethereum Mainnet, “nonce” refers to a unique transaction identification number that increases in value with each successive transaction in order to ensure various safety features (such as preventing a double-spend). Note that due to its broader use in cryptography, you may encounter ‘nonce’ being used differently on other sidechains or decentralized projects.'",
+    "definition": "'The word ‘nonce’ has a few different meanings, and in different contexts, it ends up getting used a lot of different ways. Originally formed from a contraction of a phrase meaning “not more than once”, on the Ethereum Mainnet, “nonce” refers to a unique transaction identification number that increases in value with each successive transaction in order to ensure various safety features (such as preventing a double-spend). Note that due to its broader use in cryptography, you may encounter ‘nonce’ being used differently on other sidechains or decentralized projects.'",
     "locales": {
       "Consensys' Definition": "The word ‘nonce’ has a few different meanings, and in different contexts, it ends up getting used a lot of different ways. Originally formed from a contraction of a phrase meaning “not more than once”, on the Ethereum Mainnet, “nonce” refers to a unique transaction identification number that increases in value with each successive transaction in order to ensure various safety features (such as preventing a double-spend). Note that due to its broader use in cryptography, you may encounter ‘nonce’ being used differently on other sidechains or decentralized projects.",
       "Simplified Chinese": "唯一交易标识号",
@@ -8450,7 +8450,7 @@ const glossary = {
   "off-chain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A transaction that is processed outside the blockchain network with an increased speed and reduced cost. There are two different transactions that occur on the blockchain:<br><br>On-chain transactions are those reflected on the distributed ledger and are visible to all the network users. On the other hand, off-chain transactions occur outside the blockchain network. Such a transaction doesn’t need the services of miners because no ledger verification is conducted.<br>Unlike on-chain transactions, off-chain transactions can be made instantly. This method entails lower fees, happens instantly, and offers more anonymity.'",
+    "definition": "'A transaction that is processed outside the blockchain network with an increased speed and reduced cost. There are two different transactions that occur on the blockchain:<br><br>On-chain transactions are those reflected on the distributed ledger and are visible to all the network users. On the other hand, off-chain transactions occur outside the blockchain network. Such a transaction doesn’t need the services of miners because no ledger verification is conducted.<br>Unlike on-chain transactions, off-chain transactions can be made instantly. This method entails lower fees, happens instantly, and offers more anonymity.'",
     "locales": {
       "Consensys' Definition": "A transaction that is processed outside the blockchain network with an increased speed and reduced cost. There are two different transactions that occur on the blockchain:\n\nOn-chain transactions are those reflected on the distributed ledger and are visible to all the network users. On the other hand, off-chain transactions occur outside the blockchain network. Such a transaction doesn’t need the services of miners because no ledger verification is conducted.\nUnlike on-chain transactions, off-chain transactions can be made instantly. This method entails lower fees, happens instantly, and offers more anonymity.",
       "Simplified Chinese": "链下",
@@ -8482,7 +8482,7 @@ const glossary = {
   "ommer block": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Under the Proof of Work (PoW) consensus mechanism, miners received rewards for being the first to mine a new block. However, at times a block would be mined just after, and in competition with, the last block. This block, known as an ommer and previously as an uncle, could get rolled into subsequent blocks and the miner of the original ommer would get a partial block reward. All of this functionality was deprecated as of the launch of the Beacon Chain.'",
+    "definition": "'Under the Proof of Work (PoW) consensus mechanism, miners received rewards for being the first to mine a new block. However, at times a block would be mined just after, and in competition with, the last block. This block, known as an ommer and previously as an uncle, could get rolled into subsequent blocks and the miner of the original ommer would get a partial block reward. All of this functionality was deprecated as of the launch of the Beacon Chain.'",
     "locales": {
       "Consensys' Definition": "Under the Proof of Work (PoW) consensus mechanism, miners received rewards for being the first to mine a new block. However, at times a block would be mined just after, and in competition with, the last block. This block, known as an ommer and previously as an uncle, could get rolled into subsequent blocks and the miner of the original ommer would get a partial block reward. All of this functionality was deprecated as of the launch of the Beacon Chain.",
       "Simplified Chinese": "ommer 区块",
@@ -8514,7 +8514,7 @@ const glossary = {
   "on-chain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'On-chain, as the name implies, refers to blockchain transactions that exist on and have been verified to the blockchain by miners or validators. On-Chain also means that transactions have been recorded to the blockchain'",
+    "definition": "'On-chain, as the name implies, refers to blockchain transactions that exist on and have been verified to the blockchain by miners or validators. On-Chain also means that transactions have been recorded to the blockchain'",
     "locales": {
       "Consensys' Definition": "On-chain, as the name implies, refers to blockchain transactions that exist on and have been verified to the blockchain by miners or validators. On-Chain also means that transactions have been recorded to the blockchain",
       "Simplified Chinese": "链上",
@@ -8546,7 +8546,7 @@ const glossary = {
   "on-ramp, off-ramp": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Based on a metaphor from the American highway system, \"on-ramp\" refers to a tool, or a service provider, or the action, of converting fiat currency into tokens on a blockchain. Conversely, \"off-ramp\" refers to exchanging on-chain assets for their value in a given fiat currency. There are many providers of such services, and MetaMask users have access to them through the \"Buy Crypto\" feature.'",
+    "definition": "'Based on a metaphor from the American highway system, \"on-ramp\" refers to a tool, or a service provider, or the action, of converting fiat currency into tokens on a blockchain. Conversely, \"off-ramp\" refers to exchanging on-chain assets for their value in a given fiat currency. There are many providers of such services, and MetaMask users have access to them through the \"Buy Crypto\" feature.'",
     "locales": {
       "Consensys' Definition": "Based on a metaphor from the American highway system, \"on-ramp\" refers to a tool, or a service provider, or the action, of converting fiat currency into tokens on a blockchain. Conversely, \"off-ramp\" refers to exchanging on-chain assets for their value in a given fiat currency. There are many providers of such services, and MetaMask users have access to them through the \"Buy Crypto\" feature.",
       "Simplified Chinese": "充值，提现",
@@ -8578,7 +8578,7 @@ const glossary = {
   "OpenSea": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'OpenSea is the world's first and largest web3 marketplace for NFTs and crypto collectibles.'",
+    "definition": "'OpenSea is the world's first and largest web3 marketplace for NFTs and crypto collectibles.'",
     "locales": {
       "Consensys' Definition": "OpenSea is the world's first and largest web3 marketplace for NFTs and crypto collectibles.",
       "Simplified Chinese": "OpenSea",
@@ -8610,7 +8610,7 @@ const glossary = {
   "Opera": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Internet browser.'",
+    "definition": "'Internet browser.'",
     "locales": {
       "Consensys' Definition": "Internet browser.",
       "Simplified Chinese": "Opera",
@@ -8642,7 +8642,7 @@ const glossary = {
   "Optimism": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Optimism is a layer-2 scaling solution for Ethereum, which is a blockchain-based platform for decentralized applications. It is designed to reduce the cost and increase the speed of transactions on the Ethereum network. Optimism works by using a technique called optimistic rollups, which allows it to process a large number of transactions off-chain, while still maintaining the security and decentralization of the Ethereum network.<br><br>In optimistic rollups, transactions are initially processed off-chain, and a summary of these transactions is then submitted to the Ethereum network for verification. This verification process ensures that the transactions are valid and that no fraud has occurred. Once the transactions are verified, they are added to the Ethereum blockchain, allowing users to interact with the decentralized applications built on the platform.'",
+    "definition": "'Optimism is a layer-2 scaling solution for Ethereum, which is a blockchain-based platform for decentralized applications. It is designed to reduce the cost and increase the speed of transactions on the Ethereum network. Optimism works by using a technique called optimistic rollups, which allows it to process a large number of transactions off-chain, while still maintaining the security and decentralization of the Ethereum network.<br><br>In optimistic rollups, transactions are initially processed off-chain, and a summary of these transactions is then submitted to the Ethereum network for verification. This verification process ensures that the transactions are valid and that no fraud has occurred. Once the transactions are verified, they are added to the Ethereum blockchain, allowing users to interact with the decentralized applications built on the platform.'",
     "locales": {
       "Consensys' Definition": "Optimism is a layer-2 scaling solution for Ethereum, which is a blockchain-based platform for decentralized applications. It is designed to reduce the cost and increase the speed of transactions on the Ethereum network. Optimism works by using a technique called optimistic rollups, which allows it to process a large number of transactions off-chain, while still maintaining the security and decentralization of the Ethereum network.\n\nIn optimistic rollups, transactions are initially processed off-chain, and a summary of these transactions is then submitted to the Ethereum network for verification. This verification process ensures that the transactions are valid and that no fraud has occurred. Once the transactions are verified, they are added to the Ethereum blockchain, allowing users to interact with the decentralized applications built on the platform.",
       "Simplified Chinese": "Optimism",
@@ -8674,7 +8674,7 @@ const glossary = {
   "optimistic rollup": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A rollup that assumes the validity and good faith of transactions, and only runs a fraud proof in the case of fraud being alleged. See also 'rollup'.'",
+    "definition": "'A rollup that assumes the validity and good faith of transactions, and only runs a fraud proof in the case of fraud being alleged. See also 'rollup'.'",
     "locales": {
       "Consensys' Definition": "A rollup that assumes the validity and good faith of transactions, and only runs a fraud proof in the case of fraud being alleged. See also 'rollup'.",
       "Simplified Chinese": "乐观性扩容方案（ORU）",
@@ -8706,7 +8706,7 @@ const glossary = {
   "Oracle": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Typically, an oracle is any entity or person that is relied on to report the outcome of an event. In a blockchain network an oracle (human or machine) helps communicate data to a smart contract, which can then be used to verify an event or specific outcome.'",
+    "definition": "'Typically, an oracle is any entity or person that is relied on to report the outcome of an event. In a blockchain network an oracle (human or machine) helps communicate data to a smart contract, which can then be used to verify an event or specific outcome.'",
     "locales": {
       "Consensys' Definition": "Typically, an oracle is any entity or person that is relied on to report the outcome of an event. In a blockchain network an oracle (human or machine) helps communicate data to a smart contract, which can then be used to verify an event or specific outcome.",
       "Simplified Chinese": "预言机",
@@ -8738,7 +8738,7 @@ const glossary = {
   "ParaSwap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ParaSwap is a decentralized exchange (DEX) aggregator that optimizes swaps for users through better prices, limited gas fees, and lower slippage. ParaSwap sources their liquidity from major DEXes such as Uniswap, Balancer, Curve, Kyber, in addition to ParaSwapPool, their professional Market Maker network.'",
+    "definition": "'ParaSwap is a decentralized exchange (DEX) aggregator that optimizes swaps for users through better prices, limited gas fees, and lower slippage. ParaSwap sources their liquidity from major DEXes such as Uniswap, Balancer, Curve, Kyber, in addition to ParaSwapPool, their professional Market Maker network.'",
     "locales": {
       "Consensys' Definition": "ParaSwap is a decentralized exchange (DEX) aggregator that optimizes swaps for users through better prices, limited gas fees, and lower slippage. ParaSwap sources their liquidity from major DEXes such as Uniswap, Balancer, Curve, Kyber, in addition to ParaSwapPool, their professional Market Maker network.",
       "Simplified Chinese": "ParaSwap",
@@ -8770,7 +8770,7 @@ const glossary = {
   "parity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In a general sense, to say that something 'has parity' with another thing means 'equal in features or other important quality', and is a phrase often used by software developers and computer scientists.'",
+    "definition": "'In a general sense, to say that something 'has parity' with another thing means 'equal in features or other important quality', and is a phrase often used by software developers and computer scientists.'",
     "locales": {
       "Consensys' Definition": "In a general sense, to say that something 'has parity' with another thing means 'equal in features or other important quality', and is a phrase often used by software developers and computer scientists.",
       "Simplified Chinese": "parity",
@@ -8802,7 +8802,7 @@ const glossary = {
   "Parity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Parity Technologies is the name of a blockchain technology company that is developing a number of significant projects in the blockchain space. One of its first projects was an Ethereum client, known as Parity; its name was changed to Parity Ethereum, and then was spun out as a DAO-owned and operated project called Open Ethereum, which has also been deprecated. See also 'client'.'",
+    "definition": "'Parity Technologies is the name of a blockchain technology company that is developing a number of significant projects in the blockchain space. One of its first projects was an Ethereum client, known as Parity; its name was changed to Parity Ethereum, and then was spun out as a DAO-owned and operated project called Open Ethereum, which has also been deprecated. See also 'client'.'",
     "locales": {
       "Consensys' Definition": "Parity Technologies is the name of a blockchain technology company that is developing a number of significant projects in the blockchain space. One of its first projects was an Ethereum client, known as Parity; its name was changed to Parity Ethereum, and then was spun out as a DAO-owned and operated project called Open Ethereum, which has also been deprecated. See also 'client'.",
       "Simplified Chinese": "Parity",
@@ -8834,7 +8834,7 @@ const glossary = {
   "Passphrase": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See \"Secret Recovery Phrase'",
+    "definition": "'See \"Secret Recovery Phrase'",
     "locales": {
       "Consensys' Definition": "See \"Secret Recovery Phrase",
       "Simplified Chinese": "密语",
@@ -8866,7 +8866,7 @@ const glossary = {
   "password manager": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A password manager is a tool or software that stores all sorts of passwords needed for online applications and services.<br>Password manager'",
+    "definition": "'A password manager is a tool or software that stores all sorts of passwords needed for online applications and services.<br>Password manager'",
     "locales": {
       "Consensys' Definition": "A password manager is a tool or software that stores all sorts of passwords needed for online applications and services.\nPassword manager",
       "Simplified Chinese": "密码管理工具",
@@ -8898,7 +8898,7 @@ const glossary = {
   "PayPal": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'PayPal is a multinational financial technology company operating an online payments system in the majority of countries.'",
+    "definition": "'PayPal is a multinational financial technology company operating an online payments system in the majority of countries.'",
     "locales": {
       "Consensys' Definition": "PayPal is a multinational financial technology company operating an online payments system in the majority of countries.",
       "Simplified Chinese": "PayPal",
@@ -8930,7 +8930,7 @@ const glossary = {
   "peer-to-peer (P2P)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'P2P refers to interactions that happen directly between two parties, usually two separate individuals, and have been present in Internet technology in different ways for some time. These interactions are often coordinated through some sort of app or network, which can consist of any number of individuals. Public blockchains can be considered to have a high degree of P2P functionality, as individuals are able to transact or interact with each other without relying on an intermediary or single point of failure.'",
+    "definition": "'P2P refers to interactions that happen directly between two parties, usually two separate individuals, and have been present in Internet technology in different ways for some time. These interactions are often coordinated through some sort of app or network, which can consist of any number of individuals. Public blockchains can be considered to have a high degree of P2P functionality, as individuals are able to transact or interact with each other without relying on an intermediary or single point of failure.'",
     "locales": {
       "Consensys' Definition": "P2P refers to interactions that happen directly between two parties, usually two separate individuals, and have been present in Internet technology in different ways for some time. These interactions are often coordinated through some sort of app or network, which can consist of any number of individuals. Public blockchains can be considered to have a high degree of P2P functionality, as individuals are able to transact or interact with each other without relying on an intermediary or single point of failure.",
       "Simplified Chinese": "点对点（P2P）",
@@ -8962,7 +8962,7 @@ const glossary = {
   "permissioned ledger": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blockchain network in which access to ledger or network requires permission from an individual or group of individuals, as opposed to a public blockchain. Permissioned ledgers may have one or many owners. Consensus on a permissioned ledger is conducted by the trusted actors, such as government departments, banks, or other known entities. Permissioned blockchains or ledgers contain highly-verifiable data sets because the consensus process creates a digital signature, which can be seen by all parties. A permissioned ledger is much easier to maintain and considerably faster than a public blockchain. For example, Quorum or Hyperledger Besu are permissioned ledgers that can be more easily set up for large enterprises. In contrast, the public Ethereum blockchain is a permissionless ledger which anyone can access.'",
+    "definition": "'A blockchain network in which access to ledger or network requires permission from an individual or group of individuals, as opposed to a public blockchain. Permissioned ledgers may have one or many owners. Consensus on a permissioned ledger is conducted by the trusted actors, such as government departments, banks, or other known entities. Permissioned blockchains or ledgers contain highly-verifiable data sets because the consensus process creates a digital signature, which can be seen by all parties. A permissioned ledger is much easier to maintain and considerably faster than a public blockchain. For example, Quorum or Hyperledger Besu are permissioned ledgers that can be more easily set up for large enterprises. In contrast, the public Ethereum blockchain is a permissionless ledger which anyone can access.'",
     "locales": {
       "Consensys' Definition": "A blockchain network in which access to ledger or network requires permission from an individual or group of individuals, as opposed to a public blockchain. Permissioned ledgers may have one or many owners. Consensus on a permissioned ledger is conducted by the trusted actors, such as government departments, banks, or other known entities. Permissioned blockchains or ledgers contain highly-verifiable data sets because the consensus process creates a digital signature, which can be seen by all parties. A permissioned ledger is much easier to maintain and considerably faster than a public blockchain. For example, Quorum or Hyperledger Besu are permissioned ledgers that can be more easily set up for large enterprises. In contrast, the public Ethereum blockchain is a permissionless ledger which anyone can access.",
       "Simplified Chinese": "许可账本",
@@ -8994,7 +8994,7 @@ const glossary = {
   "phishing (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Phishing is a form of social engineering where attackers deceive people into revealing sensitive information or installing malware such as ransomware.'",
+    "definition": "'Phishing is a form of social engineering where attackers deceive people into revealing sensitive information or installing malware such as ransomware.'",
     "locales": {
       "Consensys' Definition": "Phishing is a form of social engineering where attackers deceive people into revealing sensitive information or installing malware such as ransomware.",
       "Simplified Chinese": "网络钓鱼",
@@ -9026,7 +9026,7 @@ const glossary = {
   "Plasma": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Plasma' is a term that is used to refer to one of the solutions being built and deployed in order to securely scale the Ethereum network. A Plasma network functions similarly to an optimistic rollup, inasmuch as it relies on Ethereum Mainnet to maintain the record of transactions, and as the source for arbitration or fraud resolution. However, a Plasma network differs in other important technical ways from rollups, and is currently limited to simple operations, such as swaps and token transfers. More technical information is available here.'",
+    "definition": "'Plasma' is a term that is used to refer to one of the solutions being built and deployed in order to securely scale the Ethereum network. A Plasma network functions similarly to an optimistic rollup, inasmuch as it relies on Ethereum Mainnet to maintain the record of transactions, and as the source for arbitration or fraud resolution. However, a Plasma network differs in other important technical ways from rollups, and is currently limited to simple operations, such as swaps and token transfers. More technical information is available here.'",
     "locales": {
       "Consensys' Definition": "Plasma' is a term that is used to refer to one of the solutions being built and deployed in order to securely scale the Ethereum network. A Plasma network functions similarly to an optimistic rollup, inasmuch as it relies on Ethereum Mainnet to maintain the record of transactions, and as the source for arbitration or fraud resolution. However, a Plasma network differs in other important technical ways from rollups, and is currently limited to simple operations, such as swaps and token transfers. More technical information is available here.",
       "Simplified Chinese": "Plasma",
@@ -9058,7 +9058,7 @@ const glossary = {
   "PoA, PoS, PoW": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronyms standing for Proof of X consensus mechanisms: Authority, Stake, Work. The “o” is lowercase since you wouldn’t capitalize “of” when writing out the phrase. See also 'consensus', 'Proof of Authority', 'Proof of Stake', 'Proof of Work'.'",
+    "definition": "'Acronyms standing for Proof of X consensus mechanisms: Authority, Stake, Work. The “o” is lowercase since you wouldn’t capitalize “of” when writing out the phrase. See also 'consensus', 'Proof of Authority', 'Proof of Stake', 'Proof of Work'.'",
     "locales": {
       "Consensys' Definition": "Acronyms standing for Proof of X consensus mechanisms: Authority, Stake, Work. The “o” is lowercase since you wouldn’t capitalize “of” when writing out the phrase. See also 'consensus', 'Proof of Authority', 'Proof of Stake', 'Proof of Work'.",
       "Simplified Chinese": "权威证明，权益证明，工作量证明",
@@ -9090,7 +9090,7 @@ const glossary = {
   "Polygon": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Polygon (formerly Matic Network) is a layer-2 scaling solution for Ethereum that aims to address the scalability issues of the Ethereum blockchain. It is designed to provide faster and cheaper transactions with the same level of security and decentralization as the Ethereum network.<br><br>Polygon achieves this by creating a multi-chain ecosystem that is built on top of the Ethereum network. This ecosystem consists of various interconnected sidechains that can process transactions independently of the main Ethereum blockchain. These sidechains are called \"Polygon chains\" or \"commit chains\".'",
+    "definition": "'Polygon (formerly Matic Network) is a layer-2 scaling solution for Ethereum that aims to address the scalability issues of the Ethereum blockchain. It is designed to provide faster and cheaper transactions with the same level of security and decentralization as the Ethereum network.<br><br>Polygon achieves this by creating a multi-chain ecosystem that is built on top of the Ethereum network. This ecosystem consists of various interconnected sidechains that can process transactions independently of the main Ethereum blockchain. These sidechains are called \"Polygon chains\" or \"commit chains\".'",
     "locales": {
       "Consensys' Definition": "Polygon (formerly Matic Network) is a layer-2 scaling solution for Ethereum that aims to address the scalability issues of the Ethereum blockchain. It is designed to provide faster and cheaper transactions with the same level of security and decentralization as the Ethereum network.\n\nPolygon achieves this by creating a multi-chain ecosystem that is built on top of the Ethereum network. This ecosystem consists of various interconnected sidechains that can process transactions independently of the main Ethereum blockchain. These sidechains are called \"Polygon chains\" or \"commit chains\".",
       "Simplified Chinese": "Polygon",
@@ -9122,7 +9122,7 @@ const glossary = {
   "Portfolio": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Portfolio Dapp enables you to view all your MetaMask accounts and their assets in one place. It aggregates values from across your accounts and shows your total holdings, making it easier than ever to get an at-a-glance summary of their value in your chosen currency.<br><br>Getting started with MetaMask Portfolio'",
+    "definition": "'The Portfolio Dapp enables you to view all your MetaMask accounts and their assets in one place. It aggregates values from across your accounts and shows your total holdings, making it easier than ever to get an at-a-glance summary of their value in your chosen currency.<br><br>Getting started with MetaMask Portfolio'",
     "locales": {
       "Consensys' Definition": "The Portfolio Dapp enables you to view all your MetaMask accounts and their assets in one place. It aggregates values from across your accounts and shows your total holdings, making it easier than ever to get an at-a-glance summary of their value in your chosen currency.\n\nGetting started with MetaMask Portfolio",
       "Simplified Chinese": "Portfolio",
@@ -9154,7 +9154,7 @@ const glossary = {
   "PoS/PoW Hybrid": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A hybrid consensus model that utilizes a combination of Proof of Stake (PoS) and Proof of Work (PoW) consensus. Using this Hybrid consensus mechanism, blocks are validated from not only miners, but also voters (stakeholders) to form a balanced network governance.'",
+    "definition": "'A hybrid consensus model that utilizes a combination of Proof of Stake (PoS) and Proof of Work (PoW) consensus. Using this Hybrid consensus mechanism, blocks are validated from not only miners, but also voters (stakeholders) to form a balanced network governance.'",
     "locales": {
       "Consensys' Definition": "A hybrid consensus model that utilizes a combination of Proof of Stake (PoS) and Proof of Work (PoW) consensus. Using this Hybrid consensus mechanism, blocks are validated from not only miners, but also voters (stakeholders) to form a balanced network governance.",
       "Simplified Chinese": "权益证明/工作量证明混合共识",
@@ -9186,7 +9186,7 @@ const glossary = {
   "Priority fee": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The priority fee, also referred to as the \"miner tip\", incentivizes the miner to prioritize your transaction.<br><br>Naturally, whether this does actually go to a miner depends on the consensus mechanism they use: Ethereum mainnet became a Proof of Stake network following the Merge in September 2022, so the priority fee goes to validators instead of miners.'",
+    "definition": "'The priority fee, also referred to as the \"miner tip\", incentivizes the miner to prioritize your transaction.<br><br>Naturally, whether this does actually go to a miner depends on the consensus mechanism they use: Ethereum mainnet became a Proof of Stake network following the Merge in September 2022, so the priority fee goes to validators instead of miners.'",
     "locales": {
       "Consensys' Definition": "The priority fee, also referred to as the \"miner tip\", incentivizes the miner to prioritize your transaction.\n\nNaturally, whether this does actually go to a miner depends on the consensus mechanism they use: Ethereum mainnet became a Proof of Stake network following the Merge in September 2022, so the priority fee goes to validators instead of miners.",
       "Simplified Chinese": "优先费用",
@@ -9218,7 +9218,7 @@ const glossary = {
   "private blockchain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A blockchain or distributed ledger that has a closed network wherein participants are controlled by a single entity. A private blockchain requires a verification process for new participants. A private blockchain may also limit which individuals are able to participate in consensus of the blockchain network. See also 'permissioned ledger'.'",
+    "definition": "'A blockchain or distributed ledger that has a closed network wherein participants are controlled by a single entity. A private blockchain requires a verification process for new participants. A private blockchain may also limit which individuals are able to participate in consensus of the blockchain network. See also 'permissioned ledger'.'",
     "locales": {
       "Consensys' Definition": "A blockchain or distributed ledger that has a closed network wherein participants are controlled by a single entity. A private blockchain requires a verification process for new participants. A private blockchain may also limit which individuals are able to participate in consensus of the blockchain network. See also 'permissioned ledger'.",
       "Simplified Chinese": "私有区块链",
@@ -9250,7 +9250,7 @@ const glossary = {
   "private currency": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A currency or token issued by a private individual or firm. Typically, the token or currency is limited to use within the network of that particular firm or individual. This is not to be confused with a “privacy cryptocurrency”, which are cryptocurrencies with specific privacy features, such as hidden user identities.'",
+    "definition": "'A currency or token issued by a private individual or firm. Typically, the token or currency is limited to use within the network of that particular firm or individual. This is not to be confused with a “privacy cryptocurrency”, which are cryptocurrencies with specific privacy features, such as hidden user identities.'",
     "locales": {
       "Consensys' Definition": "A currency or token issued by a private individual or firm. Typically, the token or currency is limited to use within the network of that particular firm or individual. This is not to be confused with a “privacy cryptocurrency”, which are cryptocurrencies with specific privacy features, such as hidden user identities.",
       "Simplified Chinese": "私人货币",
@@ -9282,7 +9282,7 @@ const glossary = {
   "private key": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A private key is an alphanumeric string of data that, in MetaMask, corresponds to a single specific account in a wallet. Private keys can be thought of as a password that enables an individual to control a specific crypto account. Never reveal your private key to anyone, as whoever controls the private key controls the account funds. If you lose your private key, then you lose access to, and control over, that account.'",
+    "definition": "'A private key is an alphanumeric string of data that, in MetaMask, corresponds to a single specific account in a wallet. Private keys can be thought of as a password that enables an individual to control a specific crypto account. Never reveal your private key to anyone, as whoever controls the private key controls the account funds. If you lose your private key, then you lose access to, and control over, that account.'",
     "locales": {
       "Consensys' Definition": "A private key is an alphanumeric string of data that, in MetaMask, corresponds to a single specific account in a wallet. Private keys can be thought of as a password that enables an individual to control a specific crypto account. Never reveal your private key to anyone, as whoever controls the private key controls the account funds. If you lose your private key, then you lose access to, and control over, that account.",
       "Simplified Chinese": "私钥",
@@ -9314,7 +9314,7 @@ const glossary = {
   "Proof of Authority (PoA)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A consensus mechanism used in private blockchains, granting a single private key the authority to generate all of the blocks or validate transactions.'",
+    "definition": "'A consensus mechanism used in private blockchains, granting a single private key the authority to generate all of the blocks or validate transactions.'",
     "locales": {
       "Consensys' Definition": "A consensus mechanism used in private blockchains, granting a single private key the authority to generate all of the blocks or validate transactions.",
       "Simplified Chinese": "权威证明（PoA）",
@@ -9346,7 +9346,7 @@ const glossary = {
   "Proof of Stake (PoS)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A consensus mechanism in which an individual node, or “validator”, validates transactions or blocks. Validators lock up a certain amount of cryptocurrency, such as ether, into a ‘stake’, in order to be able to participate in consensus. If the node validates a block (group of transactions) correctly, then the validator receives a reward. Conversely, if the validator behaves poorly by validating incorrect transactions or by not maintaining sufficient network connectivity, the cryptocurrency they staked can be ‘slashed’, or taken from them and put out of circulation (‘burned’). PoS requires a negligible amount of computing power compared to Proof of Work consensus.'",
+    "definition": "'A consensus mechanism in which an individual node, or “validator”, validates transactions or blocks. Validators lock up a certain amount of cryptocurrency, such as ether, into a ‘stake’, in order to be able to participate in consensus. If the node validates a block (group of transactions) correctly, then the validator receives a reward. Conversely, if the validator behaves poorly by validating incorrect transactions or by not maintaining sufficient network connectivity, the cryptocurrency they staked can be ‘slashed’, or taken from them and put out of circulation (‘burned’). PoS requires a negligible amount of computing power compared to Proof of Work consensus.'",
     "locales": {
       "Consensys' Definition": "A consensus mechanism in which an individual node, or “validator”, validates transactions or blocks. Validators lock up a certain amount of cryptocurrency, such as ether, into a ‘stake’, in order to be able to participate in consensus. If the node validates a block (group of transactions) correctly, then the validator receives a reward. Conversely, if the validator behaves poorly by validating incorrect transactions or by not maintaining sufficient network connectivity, the cryptocurrency they staked can be ‘slashed’, or taken from them and put out of circulation (‘burned’). PoS requires a negligible amount of computing power compared to Proof of Work consensus.",
       "Simplified Chinese": "权益证明（PoS）",
@@ -9378,7 +9378,7 @@ const glossary = {
   "Proof of Work (PoW)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A consensus mechanism in which each block is ‘mined’ by one of the nodes, or a group of nodes, on the network. The computational process involved in committing a series of transactions into a block on the network, known as ‘hashing a block’, is technically quite simple, and therefore subject to attack. Under PoW, each miner must solve a math problem to find a set, difficult variable in order to be able to propose their block to the network as the next to be ‘mined’. In effect, the process of hashing each block becomes a competition. This addition of solving for a target increases the difficulty of successfully hashing each block, and consequently the security of the network.<br><br>For each hashed block, the overall process of hashing will have taken some time and computational effort. Thus, a hashed block is considered Proof of Work, and the miner that successfully hashes the block first receives a reward, in the form of cryptocurrency. PoW is singificantly more energy-intensive than other consensus mechanisms, such as Proof of Stake.'",
+    "definition": "'A consensus mechanism in which each block is ‘mined’ by one of the nodes, or a group of nodes, on the network. The computational process involved in committing a series of transactions into a block on the network, known as ‘hashing a block’, is technically quite simple, and therefore subject to attack. Under PoW, each miner must solve a math problem to find a set, difficult variable in order to be able to propose their block to the network as the next to be ‘mined’. In effect, the process of hashing each block becomes a competition. This addition of solving for a target increases the difficulty of successfully hashing each block, and consequently the security of the network.<br><br>For each hashed block, the overall process of hashing will have taken some time and computational effort. Thus, a hashed block is considered Proof of Work, and the miner that successfully hashes the block first receives a reward, in the form of cryptocurrency. PoW is singificantly more energy-intensive than other consensus mechanisms, such as Proof of Stake.'",
     "locales": {
       "Consensys' Definition": "A consensus mechanism in which each block is ‘mined’ by one of the nodes, or a group of nodes, on the network. The computational process involved in committing a series of transactions into a block on the network, known as ‘hashing a block’, is technically quite simple, and therefore subject to attack. Under PoW, each miner must solve a math problem to find a set, difficult variable in order to be able to propose their block to the network as the next to be ‘mined’. In effect, the process of hashing each block becomes a competition. This addition of solving for a target increases the difficulty of successfully hashing each block, and consequently the security of the network.\n\nFor each hashed block, the overall process of hashing will have taken some time and computational effort. Thus, a hashed block is considered Proof of Work, and the miner that successfully hashes the block first receives a reward, in the form of cryptocurrency. PoW is singificantly more energy-intensive than other consensus mechanisms, such as Proof of Stake.",
       "Simplified Chinese": "工作量证明（PoW）",
@@ -9410,7 +9410,7 @@ const glossary = {
   "protocol": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Formally speaking, a 'protocol' is a set of rules governing how a process is carried out. This concept is used throughout public blockchain networks and web3 to refer to the way smart contracts execute their functionality in the same way regardless of the user. The products or services built on top of smart contracts are often referred to as 'protocols' by extension.'",
+    "definition": "'Formally speaking, a 'protocol' is a set of rules governing how a process is carried out. This concept is used throughout public blockchain networks and web3 to refer to the way smart contracts execute their functionality in the same way regardless of the user. The products or services built on top of smart contracts are often referred to as 'protocols' by extension.'",
     "locales": {
       "Consensys' Definition": "Formally speaking, a 'protocol' is a set of rules governing how a process is carried out. This concept is used throughout public blockchain networks and web3 to refer to the way smart contracts execute their functionality in the same way regardless of the user. The products or services built on top of smart contracts are often referred to as 'protocols' by extension.",
       "Simplified Chinese": "协议",
@@ -9442,7 +9442,7 @@ const glossary = {
   "public blockchain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A globally open network wherein anyone can participate in transactions, participate in the consensus protocol to help determine which blocks get added to the chain, maintain and examine the contents of the chain.'",
+    "definition": "'A globally open network wherein anyone can participate in transactions, participate in the consensus protocol to help determine which blocks get added to the chain, maintain and examine the contents of the chain.'",
     "locales": {
       "Consensys' Definition": "A globally open network wherein anyone can participate in transactions, participate in the consensus protocol to help determine which blocks get added to the chain, maintain and examine the contents of the chain.",
       "Simplified Chinese": "公共区块链",
@@ -9474,7 +9474,7 @@ const glossary = {
   "public key": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Public blockchain networks are just that: public. Their data is accessible and readable by anyone. In order to have any degree of usability when it comes to allowing users to do some things, like send transactions, but not others, like steal other peoples' tokens, cryptographic technology is used. In particular, a design paradigm known as 'public/private key pairs' is employed to ensure users can interact with others on the network as they wish, while keeping their own account secure. These key pairs consist of two long strings of alphanumeric characters. A public key can be derived mathematically from its corresponding private key, but the inverse is not true: it is mathematically impossible to derive a private key from its corresponding public key. This allows, for example, users to have a public wallet address that anyone can use to send them tokens, with the peace of mind that as long as they properly keep the corresponding private key safe, those tokens cannot be stolen. See also 'private key'.'",
+    "definition": "'Public blockchain networks are just that: public. Their data is accessible and readable by anyone. In order to have any degree of usability when it comes to allowing users to do some things, like send transactions, but not others, like steal other peoples' tokens, cryptographic technology is used. In particular, a design paradigm known as 'public/private key pairs' is employed to ensure users can interact with others on the network as they wish, while keeping their own account secure. These key pairs consist of two long strings of alphanumeric characters. A public key can be derived mathematically from its corresponding private key, but the inverse is not true: it is mathematically impossible to derive a private key from its corresponding public key. This allows, for example, users to have a public wallet address that anyone can use to send them tokens, with the peace of mind that as long as they properly keep the corresponding private key safe, those tokens cannot be stolen. See also 'private key'.'",
     "locales": {
       "Consensys' Definition": "Public blockchain networks are just that: public. Their data is accessible and readable by anyone. In order to have any degree of usability when it comes to allowing users to do some things, like send transactions, but not others, like steal other peoples' tokens, cryptographic technology is used. In particular, a design paradigm known as 'public/private key pairs' is employed to ensure users can interact with others on the network as they wish, while keeping their own account secure. These key pairs consist of two long strings of alphanumeric characters. A public key can be derived mathematically from its corresponding private key, but the inverse is not true: it is mathematically impossible to derive a private key from its corresponding public key. This allows, for example, users to have a public wallet address that anyone can use to send them tokens, with the peace of mind that as long as they properly keep the corresponding private key safe, those tokens cannot be stolen. See also 'private key'.",
       "Simplified Chinese": "公钥",
@@ -9506,7 +9506,7 @@ const glossary = {
   "Public-Key Cryptography": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See \"public key\",see \"Cryptography\", see \"blockchain\". Public-Key Cryptography'",
+    "definition": "'See \"public key\",see \"Cryptography\", see \"blockchain\". Public-Key Cryptography'",
     "locales": {
       "Consensys' Definition": "See \"public key\",see \"Cryptography\", see \"blockchain\". Public-Key Cryptography",
       "Simplified Chinese": "公钥加密",
@@ -9538,7 +9538,7 @@ const glossary = {
   "Public-Key Infrastructure": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A public key infrastructure (PKI) is a collection of roles, rules, hardware, software, and processes for creating, managing, distributing, using, storing, and revoking digital certificates. Public-Key Infrastructure'",
+    "definition": "'A public key infrastructure (PKI) is a collection of roles, rules, hardware, software, and processes for creating, managing, distributing, using, storing, and revoking digital certificates. Public-Key Infrastructure'",
     "locales": {
       "Consensys' Definition": "A public key infrastructure (PKI) is a collection of roles, rules, hardware, software, and processes for creating, managing, distributing, using, storing, and revoking digital certificates. Public-Key Infrastructure",
       "Simplified Chinese": "公钥基础设施",
@@ -9570,7 +9570,7 @@ const glossary = {
   "QR code": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A QR code is a type of matrix barcode, constituting a machine-readable optical label that can contain information about the item to which it is attached.'",
+    "definition": "'A QR code is a type of matrix barcode, constituting a machine-readable optical label that can contain information about the item to which it is attached.'",
     "locales": {
       "Consensys' Definition": "A QR code is a type of matrix barcode, constituting a machine-readable optical label that can contain information about the item to which it is attached.",
       "Simplified Chinese": "二维码",
@@ -9602,7 +9602,7 @@ const glossary = {
   "Quorum": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'ConsenSys Quorum enables enterprises to leverage Ethereum for their high-value blockchain applications. Businesses can rely on the Quorum open-source protocol layer and integrate on top of it product modules from ConsenSys, other companies, or your own in-house development team to build high-performance, customizable applications.<br><br>Quorum'",
+    "definition": "'ConsenSys Quorum enables enterprises to leverage Ethereum for their high-value blockchain applications. Businesses can rely on the Quorum open-source protocol layer and integrate on top of it product modules from ConsenSys, other companies, or your own in-house development team to build high-performance, customizable applications.<br><br>Quorum'",
     "locales": {
       "Consensys' Definition": "ConsenSys Quorum enables enterprises to leverage Ethereum for their high-value blockchain applications. Businesses can rely on the Quorum open-source protocol layer and integrate on top of it product modules from ConsenSys, other companies, or your own in-house development team to build high-performance, customizable applications.\n\nQuorum",
       "Simplified Chinese": "Quorum",
@@ -9634,7 +9634,7 @@ const glossary = {
   "Rarible": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An NFT marketplace.'",
+    "definition": "'An NFT marketplace.'",
     "locales": {
       "Consensys' Definition": "An NFT marketplace.",
       "Simplified Chinese": "Rarible",
@@ -9666,7 +9666,7 @@ const glossary = {
   "relayer": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A relayer is an intermediary that facilitates the exchange or transfer of information, assets, or services between two or more parties. The term is used in various fields, including finance, communication, and technology.<br><br>In the context of cryptocurrencies and blockchain technology, a relayer typically refers to an intermediary that facilitates peer-to-peer transactions on a decentralized network. This can include decentralized exchanges (DEXs), where relayers act as matching engines to connect buyers and sellers of digital assets. A few examples of popular relayers include 0x: 0x is a decentralized exchange protocol that enables the creation of relayers on the Ethereum blockchain. These relayers can be built by anyone and allow for peer-to-peer trading of ERC-20 tokens.<br><br>Kyber Network: Kyber Network is a decentralized liquidity network that also operates as a relayer. It enables users to trade a wide range of digital assets, including ERC-20 tokens, without the need for a centralized intermediary.<br><br>Uniswap: Uniswap is a popular decentralized exchange that operates as a relayer. It uses an automated market maker (AMM) system to enable peer-to-peer trading of ERC-20 tokens.<br><br>AirSwap: AirSwap is a decentralized exchange that operates as a peer-to-peer relayer on the Ethereum blockchain. It uses an off-chain order book to match buyers and sellers and execute trades.'",
+    "definition": "'A relayer is an intermediary that facilitates the exchange or transfer of information, assets, or services between two or more parties. The term is used in various fields, including finance, communication, and technology.<br><br>In the context of cryptocurrencies and blockchain technology, a relayer typically refers to an intermediary that facilitates peer-to-peer transactions on a decentralized network. This can include decentralized exchanges (DEXs), where relayers act as matching engines to connect buyers and sellers of digital assets. A few examples of popular relayers include 0x: 0x is a decentralized exchange protocol that enables the creation of relayers on the Ethereum blockchain. These relayers can be built by anyone and allow for peer-to-peer trading of ERC-20 tokens.<br><br>Kyber Network: Kyber Network is a decentralized liquidity network that also operates as a relayer. It enables users to trade a wide range of digital assets, including ERC-20 tokens, without the need for a centralized intermediary.<br><br>Uniswap: Uniswap is a popular decentralized exchange that operates as a relayer. It uses an automated market maker (AMM) system to enable peer-to-peer trading of ERC-20 tokens.<br><br>AirSwap: AirSwap is a decentralized exchange that operates as a peer-to-peer relayer on the Ethereum blockchain. It uses an off-chain order book to match buyers and sellers and execute trades.'",
     "locales": {
       "Consensys' Definition": "A relayer is an intermediary that facilitates the exchange or transfer of information, assets, or services between two or more parties. The term is used in various fields, including finance, communication, and technology.\n\nIn the context of cryptocurrencies and blockchain technology, a relayer typically refers to an intermediary that facilitates peer-to-peer transactions on a decentralized network. This can include decentralized exchanges (DEXs), where relayers act as matching engines to connect buyers and sellers of digital assets. A few examples of popular relayers include 0x: 0x is a decentralized exchange protocol that enables the creation of relayers on the Ethereum blockchain. These relayers can be built by anyone and allow for peer-to-peer trading of ERC-20 tokens.\n\nKyber Network: Kyber Network is a decentralized liquidity network that also operates as a relayer. It enables users to trade a wide range of digital assets, including ERC-20 tokens, without the need for a centralized intermediary.\n\nUniswap: Uniswap is a popular decentralized exchange that operates as a relayer. It uses an automated market maker (AMM) system to enable peer-to-peer trading of ERC-20 tokens.\n\nAirSwap: AirSwap is a decentralized exchange that operates as a peer-to-peer relayer on the Ethereum blockchain. It uses an off-chain order book to match buyers and sellers and execute trades.",
       "Simplified Chinese": "中继器",
@@ -9698,7 +9698,7 @@ const glossary = {
   "Remote Procedure Call (RPC)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see ‘JSON-RPC’ for further details.'",
+    "definition": "'The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see ‘JSON-RPC’ for further details.'",
     "locales": {
       "Consensys' Definition": "The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see ‘JSON-RPC’ for further details.",
       "Simplified Chinese": "远程过程调用（RPC）",
@@ -9730,7 +9730,7 @@ const glossary = {
   "Rinkeby": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.'",
+    "definition": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.'",
     "locales": {
       "Consensys' Definition": "An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.",
       "Simplified Chinese": "Rinkeby",
@@ -9762,7 +9762,7 @@ const glossary = {
   "Roadmap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A planning technique which lays out the short and long term goals of a particular project within a flexible estimated timeline.'",
+    "definition": "'A planning technique which lays out the short and long term goals of a particular project within a flexible estimated timeline.'",
     "locales": {
       "Consensys' Definition": "A planning technique which lays out the short and long term goals of a particular project within a flexible estimated timeline.",
       "Simplified Chinese": "路线图",
@@ -9794,7 +9794,7 @@ const glossary = {
   "Rocket Pool": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Rocket Pool is a decentralized Ethereum staking pool.'",
+    "definition": "'Rocket Pool is a decentralized Ethereum staking pool.'",
     "locales": {
       "Consensys' Definition": "Rocket Pool is a decentralized Ethereum staking pool.",
       "Simplified Chinese": "Rocket Pool",
@@ -9826,7 +9826,7 @@ const glossary = {
   "rollups": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Rollups (pronounced \"roll ups\") are one element in the set of tools and infrastructure being built as scaling solutions for the Ethereum network. They consist, in general, of networks which prioritize their ability to compute transactions and smart contract functionality, and then 'roll up' those transactions to Ethereum Mainnet for secure verification of their validity. There are different ways of approaching this problem from a technical point of view, namely Zero Knowledge, or ZK, rollups, and Optimistic rollups. Arbitrum and Optimism are prominent examples. See the entries on both of these types of rollup for more, and more in-depth discussion here.'",
+    "definition": "'Rollups (pronounced \"roll ups\") are one element in the set of tools and infrastructure being built as scaling solutions for the Ethereum network. They consist, in general, of networks which prioritize their ability to compute transactions and smart contract functionality, and then 'roll up' those transactions to Ethereum Mainnet for secure verification of their validity. There are different ways of approaching this problem from a technical point of view, namely Zero Knowledge, or ZK, rollups, and Optimistic rollups. Arbitrum and Optimism are prominent examples. See the entries on both of these types of rollup for more, and more in-depth discussion here.'",
     "locales": {
       "Consensys' Definition": "Rollups (pronounced \"roll ups\") are one element in the set of tools and infrastructure being built as scaling solutions for the Ethereum network. They consist, in general, of networks which prioritize their ability to compute transactions and smart contract functionality, and then 'roll up' those transactions to Ethereum Mainnet for secure verification of their validity. There are different ways of approaching this problem from a technical point of view, namely Zero Knowledge, or ZK, rollups, and Optimistic rollups. Arbitrum and Optimism are prominent examples. See the entries on both of these types of rollup for more, and more in-depth discussion here.",
       "Simplified Chinese": "扩容方案",
@@ -9858,7 +9858,7 @@ const glossary = {
   "Ropsten": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.'",
+    "definition": "'An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.'",
     "locales": {
       "Consensys' Definition": "An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.",
       "Simplified Chinese": "Ropsten",
@@ -9890,7 +9890,7 @@ const glossary = {
   "RPC": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see 'JSON-RPC' for further details.'",
+    "definition": "'The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see 'JSON-RPC' for further details.'",
     "locales": {
       "Consensys' Definition": "The Remote Procedure Call is a technology that is used to transfer data between endpoints. You may often see it referred to as JSON-RPC, which is its full name; see 'JSON-RPC' for further details.",
       "Simplified Chinese": "RPC（远程过程调用）",
@@ -9922,7 +9922,7 @@ const glossary = {
   "rug pull": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Similar to the traditional financial scam of a pyramid scheme, a 'rug pull' is a cryptocurrency or crypto-token based scam in which the creators of the token create hype, through injecting liquidity into their token, airdropping, and other schemes, and once investors pile in and boost the price of the token up to a certain point, the creators liquidate their (generally majority) share of the tokens, leaving their investors with next to nothing.'",
+    "definition": "'Similar to the traditional financial scam of a pyramid scheme, a 'rug pull' is a cryptocurrency or crypto-token based scam in which the creators of the token create hype, through injecting liquidity into their token, airdropping, and other schemes, and once investors pile in and boost the price of the token up to a certain point, the creators liquidate their (generally majority) share of the tokens, leaving their investors with next to nothing.'",
     "locales": {
       "Consensys' Definition": "Similar to the traditional financial scam of a pyramid scheme, a 'rug pull' is a cryptocurrency or crypto-token based scam in which the creators of the token create hype, through injecting liquidity into their token, airdropping, and other schemes, and once investors pile in and boost the price of the token up to a certain point, the creators liquidate their (generally majority) share of the tokens, leaving their investors with next to nothing.",
       "Simplified Chinese": "跑路",
@@ -9954,7 +9954,7 @@ const glossary = {
   "Safeheron": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Safeheron is an open-source platform for managing digital assets.'",
+    "definition": "'Safeheron is an open-source platform for managing digital assets.'",
     "locales": {
       "Consensys' Definition": "Safeheron is an open-source platform for managing digital assets.",
       "Simplified Chinese": "Safeheron",
@@ -9986,7 +9986,7 @@ const glossary = {
   "Samsung Pay": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Samsung Pay is a mobile payment and digital wallet service that lets users make payments using compatible phones and other Samsung-produced devices.'",
+    "definition": "'Samsung Pay is a mobile payment and digital wallet service that lets users make payments using compatible phones and other Samsung-produced devices.'",
     "locales": {
       "Consensys' Definition": "Samsung Pay is a mobile payment and digital wallet service that lets users make payments using compatible phones and other Samsung-produced devices.",
       "Simplified Chinese": "Samsung Pay",
@@ -10018,7 +10018,7 @@ const glossary = {
   "sandbox": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A testing environment in a computer system in which new or untested software or coding can be run securely.'",
+    "definition": "'A testing environment in a computer system in which new or untested software or coding can be run securely.'",
     "locales": {
       "Consensys' Definition": "A testing environment in a computer system in which new or untested software or coding can be run securely.",
       "Simplified Chinese": "沙盒",
@@ -10050,7 +10050,7 @@ const glossary = {
   "Sardine": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Sardine is an instant fiat and crypto settlement platform.'",
+    "definition": "'Sardine is an instant fiat and crypto settlement platform.'",
     "locales": {
       "Consensys' Definition": "Sardine is an instant fiat and crypto settlement platform.",
       "Simplified Chinese": "Sardine",
@@ -10082,7 +10082,7 @@ const glossary = {
   "Satoshi Nakamoto": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A pseudonymous individual or entity who created the Bitcoin protocol, solving the digital currency issue of the “double spend.” Nakamoto first published their white paper describing the project in 2008, and the first Bitcoin software was released one year later.'",
+    "definition": "'A pseudonymous individual or entity who created the Bitcoin protocol, solving the digital currency issue of the “double spend.” Nakamoto first published their white paper describing the project in 2008, and the first Bitcoin software was released one year later.'",
     "locales": {
       "Consensys' Definition": "A pseudonymous individual or entity who created the Bitcoin protocol, solving the digital currency issue of the “double spend.” Nakamoto first published their white paper describing the project in 2008, and the first Bitcoin software was released one year later.",
       "Simplified Chinese": "中本聪",
@@ -10114,7 +10114,7 @@ const glossary = {
   "scalability": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A change in size or scale to handle a network’s demands. This word is used to refer to a blockchain project’s ability to handle network traffic, future growth, and capacity in its intended application.'",
+    "definition": "'A change in size or scale to handle a network’s demands. This word is used to refer to a blockchain project’s ability to handle network traffic, future growth, and capacity in its intended application.'",
     "locales": {
       "Consensys' Definition": "A change in size or scale to handle a network’s demands. This word is used to refer to a blockchain project’s ability to handle network traffic, future growth, and capacity in its intended application.",
       "Simplified Chinese": "可扩展性",
@@ -10146,7 +10146,7 @@ const glossary = {
   "Scaling": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The main goal of scalability is to increase transaction speed (faster finality), and transaction throughput (high transactions per second), without sacrificing decentralization or security.'",
+    "definition": "'The main goal of scalability is to increase transaction speed (faster finality), and transaction throughput (high transactions per second), without sacrificing decentralization or security.'",
     "locales": {
       "Consensys' Definition": "The main goal of scalability is to increase transaction speed (faster finality), and transaction throughput (high transactions per second), without sacrificing decentralization or security.",
       "Simplified Chinese": "扩容",
@@ -10178,7 +10178,7 @@ const glossary = {
   "Scrypt": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An alternative proof-of-work (PoW) algorithm to SHA-256, used in Bitcoin mining. Scrypt mining relies more heavily on memory than on pure CPU power, aiming to reduce the advantage that ASICs. Scrypt'",
+    "definition": "'An alternative proof-of-work (PoW) algorithm to SHA-256, used in Bitcoin mining. Scrypt mining relies more heavily on memory than on pure CPU power, aiming to reduce the advantage that ASICs. Scrypt'",
     "locales": {
       "Consensys' Definition": "An alternative proof-of-work (PoW) algorithm to SHA-256, used in Bitcoin mining. Scrypt mining relies more heavily on memory than on pure CPU power, aiming to reduce the advantage that ASICs. Scrypt",
       "Simplified Chinese": "Scrypt 挖掘算法",
@@ -10210,7 +10210,7 @@ const glossary = {
   "Secret Recovery Phrase": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The seed phrase, mnemonic, or Secret Recovery Phrase is a crucial part of public blockchain technology, originally created for Bitcoin, and goes by many names. However, they all refer to a set of ordered words which correspond to determined values. These values never change, and therefore the same string of words in the same order will always produce the same number–this is the underlying functionality that allows seed phrases to back up wallets. This is also where the name ‘hierarchical deterministic wallets’ comes from, as all the accounts in a given wallet are deterministically created from the seed phrase, and they are hierarchically controlled by it.<br><br>A Secret Recovery Phrase is exactly what it sounds like: something that is secret, and should be known only to the owner of the account. If the seed phrase is given to someone else, that person has complete control over the account; they can drain it of tokens and funds, execute transactions with it, etc.    What is a ‘Secret Recovery Phrase’ and how to keep your crypto wallet secure'",
+    "definition": "'The seed phrase, mnemonic, or Secret Recovery Phrase is a crucial part of public blockchain technology, originally created for Bitcoin, and goes by many names. However, they all refer to a set of ordered words which correspond to determined values. These values never change, and therefore the same string of words in the same order will always produce the same number–this is the underlying functionality that allows seed phrases to back up wallets. This is also where the name ‘hierarchical deterministic wallets’ comes from, as all the accounts in a given wallet are deterministically created from the seed phrase, and they are hierarchically controlled by it.<br><br>A Secret Recovery Phrase is exactly what it sounds like: something that is secret, and should be known only to the owner of the account. If the seed phrase is given to someone else, that person has complete control over the account; they can drain it of tokens and funds, execute transactions with it, etc.    What is a ‘Secret Recovery Phrase’ and how to keep your crypto wallet secure'",
     "locales": {
       "Consensys' Definition": "The seed phrase, mnemonic, or Secret Recovery Phrase is a crucial part of public blockchain technology, originally created for Bitcoin, and goes by many names. However, they all refer to a set of ordered words which correspond to determined values. These values never change, and therefore the same string of words in the same order will always produce the same number–this is the underlying functionality that allows seed phrases to back up wallets. This is also where the name ‘hierarchical deterministic wallets’ comes from, as all the accounts in a given wallet are deterministically created from the seed phrase, and they are hierarchically controlled by it.\n\nA Secret Recovery Phrase is exactly what it sounds like: something that is secret, and should be known only to the owner of the account. If the seed phrase is given to someone else, that person has complete control over the account; they can drain it of tokens and funds, execute transactions with it, etc.    What is a ‘Secret Recovery Phrase’ and how to keep your crypto wallet secure",
       "Simplified Chinese": "私钥助记词",
@@ -10242,7 +10242,7 @@ const glossary = {
   "Security Token": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A security token is essentially a digital form of traditional securities. There are three primary types of traditional securities: equities, debt and a hybrid of debt and equity. Examples of securities include stocks, bonds, ETFs, options and futures. Hypothetically, any of these things can be tokenized to become a security token. It is possible that in the near future, security tokens could serve as a very viable alternative and competitor to stocks and other traditional securities. Security Token'",
+    "definition": "'A security token is essentially a digital form of traditional securities. There are three primary types of traditional securities: equities, debt and a hybrid of debt and equity. Examples of securities include stocks, bonds, ETFs, options and futures. Hypothetically, any of these things can be tokenized to become a security token. It is possible that in the near future, security tokens could serve as a very viable alternative and competitor to stocks and other traditional securities. Security Token'",
     "locales": {
       "Consensys' Definition": "A security token is essentially a digital form of traditional securities. There are three primary types of traditional securities: equities, debt and a hybrid of debt and equity. Examples of securities include stocks, bonds, ETFs, options and futures. Hypothetically, any of these things can be tokenized to become a security token. It is possible that in the near future, security tokens could serve as a very viable alternative and competitor to stocks and other traditional securities. Security Token",
       "Simplified Chinese": "证券型代币",
@@ -10274,7 +10274,7 @@ const glossary = {
   "Security Token Offering (STO)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A security token offering (STO) is a form of initial coin offering (ICO) where a company or organization issues a security token that is backed by a tangible asset, such as real estate, technology or other assets. The security token represents the right to ownership of the underlying asset, with the tokens being tradeable on a compliant digital asset exchange. Security Token Offering'",
+    "definition": "'A security token offering (STO) is a form of initial coin offering (ICO) where a company or organization issues a security token that is backed by a tangible asset, such as real estate, technology or other assets. The security token represents the right to ownership of the underlying asset, with the tokens being tradeable on a compliant digital asset exchange. Security Token Offering'",
     "locales": {
       "Consensys' Definition": "A security token offering (STO) is a form of initial coin offering (ICO) where a company or organization issues a security token that is backed by a tangible asset, such as real estate, technology or other assets. The security token represents the right to ownership of the underlying asset, with the tokens being tradeable on a compliant digital asset exchange. Security Token Offering",
       "Simplified Chinese": "证券型代币发行（STO）",
@@ -10306,7 +10306,7 @@ const glossary = {
   "seed phrase": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Another term for Secret Recovery Phrase'",
+    "definition": "'Another term for Secret Recovery Phrase'",
     "locales": {
       "Consensys' Definition": "Another term for Secret Recovery Phrase",
       "Simplified Chinese": "助记词",
@@ -10338,7 +10338,7 @@ const glossary = {
   "self-custody (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Self-custodial' refers to the fact that it's you ('self') who holds your wallet's private key(s). A self-custodial wallet eliminates the third party between you and your crypto-assets, which is more suitable for some people.'",
+    "definition": "'Self-custodial' refers to the fact that it's you ('self') who holds your wallet's private key(s). A self-custodial wallet eliminates the third party between you and your crypto-assets, which is more suitable for some people.'",
     "locales": {
       "Consensys' Definition": "Self-custodial' refers to the fact that it's you ('self') who holds your wallet's private key(s). A self-custodial wallet eliminates the third party between you and your crypto-assets, which is more suitable for some people.",
       "Simplified Chinese": "自主托管",
@@ -10370,7 +10370,7 @@ const glossary = {
   "self-executing": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A smart contract is a self-executing contract: a computer program that automatically executes the terms of a contract when certain conditions are met.'",
+    "definition": "'A smart contract is a self-executing contract: a computer program that automatically executes the terms of a contract when certain conditions are met.'",
     "locales": {
       "Consensys' Definition": "A smart contract is a self-executing contract: a computer program that automatically executes the terms of a contract when certain conditions are met.",
       "Simplified Chinese": "自动执行",
@@ -10402,7 +10402,7 @@ const glossary = {
   "Sepolia": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Sepolia is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).<br><br>ETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet'",
+    "definition": "'Sepolia is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).<br><br>ETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet'",
     "locales": {
       "Consensys' Definition": "Sepolia is a test networks. It is primarily used for development on the blockchain (testing out applications and smart contracts, etc).\n\nETH on these testnets is a dummy balance and cannot be withdrawn or sent to mainnet",
       "Simplified Chinese": "Sepolia",
@@ -10434,9 +10434,9 @@ const glossary = {
   "Serenity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific descriptions of the upgrades themselves.'",
+    "definition": "'The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific definitions of the upgrades themselves.'",
     "locales": {
-      "Consensys' Definition": "The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific descriptions of the upgrades themselves.",
+      "Consensys' Definition": "The Ethereum network is working on a series of technical upgrades that will allow massive increases in transaction throughput, amongst other things. The plan that outlined these changes was originally referred to as 'Serenity', although that name has become less popular, in favor of specific definitions of the upgrades themselves.",
       "Simplified Chinese": "Serenity",
       "French": "Serenity",
       "German": "Serenity",
@@ -10466,7 +10466,7 @@ const glossary = {
   "serialization": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The process of converting a data structure into a sequence of bytes. Ethereum internally uses an encoding format called recursive-length prefix encoding (RLP).'",
+    "definition": "'The process of converting a data structure into a sequence of bytes. Ethereum internally uses an encoding format called recursive-length prefix encoding (RLP).'",
     "locales": {
       "Consensys' Definition": "The process of converting a data structure into a sequence of bytes. Ethereum internally uses an encoding format called recursive-length prefix encoding (RLP).",
       "Simplified Chinese": "序列化",
@@ -10498,7 +10498,7 @@ const glossary = {
   "Shard chain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A proof-of-stake chain that is coordinated by the Beacon Chain and secured by validators. There will be 64 added to the network as part of the shard chain upgrade. Shard chains will offer increased transaction throughput for Ethereum by providing additional data to layer 2 solutions like optimistic rollups and ZK-rollups.'",
+    "definition": "'A proof-of-stake chain that is coordinated by the Beacon Chain and secured by validators. There will be 64 added to the network as part of the shard chain upgrade. Shard chains will offer increased transaction throughput for Ethereum by providing additional data to layer 2 solutions like optimistic rollups and ZK-rollups.'",
     "locales": {
       "Consensys' Definition": "A proof-of-stake chain that is coordinated by the Beacon Chain and secured by validators. There will be 64 added to the network as part of the shard chain upgrade. Shard chains will offer increased transaction throughput for Ethereum by providing additional data to layer 2 solutions like optimistic rollups and ZK-rollups.",
       "Simplified Chinese": "分片区块链",
@@ -10530,7 +10530,7 @@ const glossary = {
   "sharding (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Sharding, in public blockchains, refers to splitting an entire network into multiple portions, called “shards.” Each shard would contain its own independent state, meaning a unique set of account balances and smart contracts. Sharding is currently being investigated and developed as one of the set of tools and solutions for scaling Ethereum.'",
+    "definition": "'Sharding, in public blockchains, refers to splitting an entire network into multiple portions, called “shards.” Each shard would contain its own independent state, meaning a unique set of account balances and smart contracts. Sharding is currently being investigated and developed as one of the set of tools and solutions for scaling Ethereum.'",
     "locales": {
       "Consensys' Definition": "Sharding, in public blockchains, refers to splitting an entire network into multiple portions, called “shards.” Each shard would contain its own independent state, meaning a unique set of account balances and smart contracts. Sharding is currently being investigated and developed as one of the set of tools and solutions for scaling Ethereum.",
       "Simplified Chinese": "分片",
@@ -10562,7 +10562,7 @@ const glossary = {
   "Shielded Transaction": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A shielded transaction is essentially a transaction that is between two shielded addresses.<br>Shielded Transaction'",
+    "definition": "'A shielded transaction is essentially a transaction that is between two shielded addresses.<br>Shielded Transaction'",
     "locales": {
       "Consensys' Definition": "A shielded transaction is essentially a transaction that is between two shielded addresses.\nShielded Transaction",
       "Simplified Chinese": "隐私交易",
@@ -10594,7 +10594,7 @@ const glossary = {
   "sidechain": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A ‘sidechain’ refers to a chain that is connected to another (most often, to Ethereum) through a bridge, allowing assets to be transferred between them. In contrast to a Layer 2 network or a rollup, a sidechain is a full blockchain network in and of itself, and does not rely on Ethereum for consensus. It therefore must be evaluated independently in terms of its security, stability, and other features. See also “blockchain trilemma”, “modular blockchain”.<br><br>Note: Bridges exist for good reason; sending tokens from a sidechain to Ethereum mainnet or vice versa would result in token loss.'",
+    "definition": "'A ‘sidechain’ refers to a chain that is connected to another (most often, to Ethereum) through a bridge, allowing assets to be transferred between them. In contrast to a Layer 2 network or a rollup, a sidechain is a full blockchain network in and of itself, and does not rely on Ethereum for consensus. It therefore must be evaluated independently in terms of its security, stability, and other features. See also “blockchain trilemma”, “modular blockchain”.<br><br>Note: Bridges exist for good reason; sending tokens from a sidechain to Ethereum mainnet or vice versa would result in token loss.'",
     "locales": {
       "Consensys' Definition": "A ‘sidechain’ refers to a chain that is connected to another (most often, to Ethereum) through a bridge, allowing assets to be transferred between them. In contrast to a Layer 2 network or a rollup, a sidechain is a full blockchain network in and of itself, and does not rely on Ethereum for consensus. It therefore must be evaluated independently in terms of its security, stability, and other features. See also “blockchain trilemma”, “modular blockchain”.\n\nNote: Bridges exist for good reason; sending tokens from a sidechain to Ethereum mainnet or vice versa would result in token loss.",
       "Simplified Chinese": "侧链",
@@ -10626,7 +10626,7 @@ const glossary = {
   "Signature (Cryptographic)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See \"Digital signature'",
+    "definition": "'See \"Digital signature'",
     "locales": {
       "Consensys' Definition": "See \"Digital signature",
       "Simplified Chinese": "签名（加密）",
@@ -10658,7 +10658,7 @@ const glossary = {
   "slashing condition": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Under a Proof of Stake (PoS) consensus mechanism, a slashing condition is one that causes the validator's deposit to be destroyed when they trigger it. See also 'Proof of Stake'.'",
+    "definition": "'Under a Proof of Stake (PoS) consensus mechanism, a slashing condition is one that causes the validator's deposit to be destroyed when they trigger it. See also 'Proof of Stake'.'",
     "locales": {
       "Consensys' Definition": "Under a Proof of Stake (PoS) consensus mechanism, a slashing condition is one that causes the validator's deposit to be destroyed when they trigger it. See also 'Proof of Stake'.",
       "Simplified Chinese": "削减条件",
@@ -10690,7 +10690,7 @@ const glossary = {
   "slippage": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Slippage is the expected percentage difference between a quoted and an executed price.'",
+    "definition": "'Slippage is the expected percentage difference between a quoted and an executed price.'",
     "locales": {
       "Consensys' Definition": "Slippage is the expected percentage difference between a quoted and an executed price.",
       "Simplified Chinese": "滑移",
@@ -10722,7 +10722,7 @@ const glossary = {
   "slot": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In Proof of Stake consensus in Ethereum, a 'slot' is a period of time equivalent to 12 seconds; 32 slots make up an 'epoch'. Slots are significant in that for each slot, a different validator node is randomly chosen to propose blocks to the network, and a different committee of validators are chosen to vote on whether each block is valid'",
+    "definition": "'In Proof of Stake consensus in Ethereum, a 'slot' is a period of time equivalent to 12 seconds; 32 slots make up an 'epoch'. Slots are significant in that for each slot, a different validator node is randomly chosen to propose blocks to the network, and a different committee of validators are chosen to vote on whether each block is valid'",
     "locales": {
       "Consensys' Definition": "In Proof of Stake consensus in Ethereum, a 'slot' is a period of time equivalent to 12 seconds; 32 slots make up an 'epoch'. Slots are significant in that for each slot, a different validator node is randomly chosen to propose blocks to the network, and a different committee of validators are chosen to vote on whether each block is valid",
       "Simplified Chinese": "时间间隔（Slot）",
@@ -10754,7 +10754,7 @@ const glossary = {
   "smart contract": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Smart contracts are programs that have been published on a public blockchain, and can be used by anyone. While they often contain agreements or sets of actions between parties that emulate a traditional legal contract, they are not, in and of themselves, legal documents. Smart contracts are automated actions that can be coded and executed once a set of conditions is met, and are the dominant form of programming on the Ethereum Virtual Machine.'",
+    "definition": "'Smart contracts are programs that have been published on a public blockchain, and can be used by anyone. While they often contain agreements or sets of actions between parties that emulate a traditional legal contract, they are not, in and of themselves, legal documents. Smart contracts are automated actions that can be coded and executed once a set of conditions is met, and are the dominant form of programming on the Ethereum Virtual Machine.'",
     "locales": {
       "Consensys' Definition": "Smart contracts are programs that have been published on a public blockchain, and can be used by anyone. While they often contain agreements or sets of actions between parties that emulate a traditional legal contract, they are not, in and of themselves, legal documents. Smart contracts are automated actions that can be coded and executed once a set of conditions is met, and are the dominant form of programming on the Ethereum Virtual Machine.",
       "Simplified Chinese": "智能合约",
@@ -10786,7 +10786,7 @@ const glossary = {
   "snap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A program or piece of code that extends the functionality of MetaMask by using the MetaMask Snaps framework.'",
+    "definition": "'A program or piece of code that extends the functionality of MetaMask by using the MetaMask Snaps framework.'",
     "locales": {
       "Consensys' Definition": "A program or piece of code that extends the functionality of MetaMask by using the MetaMask Snaps framework.",
       "Simplified Chinese": "Snap",
@@ -10818,7 +10818,7 @@ const glossary = {
   "soft fork": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A change to the blockchain protocol resulting in only previously valid blocks and transactions being made invalid. Since old nodes will recognize the new blocks as valid, a soft fork is backward-compatible. However, this can result in a potential divide in the blockchain, as the old software generates blocks that read as invalid according to the new rules. Contrast with 'hard fork'; for more basic information regarding forks, see 'fork'.'",
+    "definition": "'A change to the blockchain protocol resulting in only previously valid blocks and transactions being made invalid. Since old nodes will recognize the new blocks as valid, a soft fork is backward-compatible. However, this can result in a potential divide in the blockchain, as the old software generates blocks that read as invalid according to the new rules. Contrast with 'hard fork'; for more basic information regarding forks, see 'fork'.'",
     "locales": {
       "Consensys' Definition": "A change to the blockchain protocol resulting in only previously valid blocks and transactions being made invalid. Since old nodes will recognize the new blocks as valid, a soft fork is backward-compatible. However, this can result in a potential divide in the blockchain, as the old software generates blocks that read as invalid according to the new rules. Contrast with 'hard fork'; for more basic information regarding forks, see 'fork'.",
       "Simplified Chinese": "软分叉",
@@ -10850,7 +10850,7 @@ const glossary = {
   "Software Development Kit (SDK)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A software development kit is a collection of software development tools in one installable package. They facilitate the creation of applications by having a compiler, debugger and sometimes a software framework. See \"MetaMask SDK'",
+    "definition": "'A software development kit is a collection of software development tools in one installable package. They facilitate the creation of applications by having a compiler, debugger and sometimes a software framework. See \"MetaMask SDK'",
     "locales": {
       "Consensys' Definition": "A software development kit is a collection of software development tools in one installable package. They facilitate the creation of applications by having a compiler, debugger and sometimes a software framework. See \"MetaMask SDK",
       "Simplified Chinese": "软件开发工具包（SDK）",
@@ -10882,7 +10882,7 @@ const glossary = {
   "Solidity": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The programming language developers use to write smart contracts on the Ethereum network. See also ‘smart contract’. Solidity'",
+    "definition": "'The programming language developers use to write smart contracts on the Ethereum network. See also ‘smart contract’. Solidity'",
     "locales": {
       "Consensys' Definition": "The programming language developers use to write smart contracts on the Ethereum network. See also ‘smart contract’. Solidity",
       "Simplified Chinese": "Solidity",
@@ -10914,7 +10914,7 @@ const glossary = {
   "stablecoin": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A cryptocurrency whose value has been ‘pegged’ to that of something considered a ‘stable’ asset, like fiat currency or gold. It theoretically remains stable in price, as it is measured against a known amount of an asset which should be less subject to fluctuation. Always spelled as one word. User Guide: Tokens'",
+    "definition": "'A cryptocurrency whose value has been ‘pegged’ to that of something considered a ‘stable’ asset, like fiat currency or gold. It theoretically remains stable in price, as it is measured against a known amount of an asset which should be less subject to fluctuation. Always spelled as one word. User Guide: Tokens'",
     "locales": {
       "Consensys' Definition": "A cryptocurrency whose value has been ‘pegged’ to that of something considered a ‘stable’ asset, like fiat currency or gold. It theoretically remains stable in price, as it is measured against a known amount of an asset which should be less subject to fluctuation. Always spelled as one word. User Guide: Tokens",
       "Simplified Chinese": "稳定币",
@@ -10946,7 +10946,7 @@ const glossary = {
   "staking (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'On the Ethereum Proof of Stake network, those wishing to participate in consensus must first lock up, or ‘stake’, 32 ETH into a smart contract; this ETH may be ‘slashed’ (taken from them and ‘burned’, put out of circulation) in the event that their validator behaves maliciously or does not meet performance requirements. Similar Proof of Stake mechanisms are in operation on other networks, as well.<br><br>Although this is the canonical meaning of the word, similar actions taken at the level of a decentralized exchange (DEX) or another dapp are often called ‘staking’, though it would probably be more accurate and descriptive to just call this ‘locking up tokens’.'",
+    "definition": "'On the Ethereum Proof of Stake network, those wishing to participate in consensus must first lock up, or ‘stake’, 32 ETH into a smart contract; this ETH may be ‘slashed’ (taken from them and ‘burned’, put out of circulation) in the event that their validator behaves maliciously or does not meet performance requirements. Similar Proof of Stake mechanisms are in operation on other networks, as well.<br><br>Although this is the canonical meaning of the word, similar actions taken at the level of a decentralized exchange (DEX) or another dapp are often called ‘staking’, though it would probably be more accurate and descriptive to just call this ‘locking up tokens’.'",
     "locales": {
       "Consensys' Definition": "On the Ethereum Proof of Stake network, those wishing to participate in consensus must first lock up, or ‘stake’, 32 ETH into a smart contract; this ETH may be ‘slashed’ (taken from them and ‘burned’, put out of circulation) in the event that their validator behaves maliciously or does not meet performance requirements. Similar Proof of Stake mechanisms are in operation on other networks, as well.\n\nAlthough this is the canonical meaning of the word, similar actions taken at the level of a decentralized exchange (DEX) or another dapp are often called ‘staking’, though it would probably be more accurate and descriptive to just call this ‘locking up tokens’.",
       "Simplified Chinese": "质押",
@@ -10978,7 +10978,7 @@ const glossary = {
   "state": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The set of data that a blockchain network strictly needs to keep track of, and that represents data currently relevant to applications on the chain.'",
+    "definition": "'The set of data that a blockchain network strictly needs to keep track of, and that represents data currently relevant to applications on the chain.'",
     "locales": {
       "Consensys' Definition": "The set of data that a blockchain network strictly needs to keep track of, and that represents data currently relevant to applications on the chain.",
       "Simplified Chinese": "状态",
@@ -11010,7 +11010,7 @@ const glossary = {
   "state channels": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'State channels are part of the set of tools and platforms involved in scaling Ethereum. While a complex topic, state channels are essentially methods through which the current 'state' of the blockchain can be exported, and then based on that, any given number of transactions can take place off-chain, and then be moved back onto the main Ethereum chain.'",
+    "definition": "'State channels are part of the set of tools and platforms involved in scaling Ethereum. While a complex topic, state channels are essentially methods through which the current 'state' of the blockchain can be exported, and then based on that, any given number of transactions can take place off-chain, and then be moved back onto the main Ethereum chain.'",
     "locales": {
       "Consensys' Definition": "State channels are part of the set of tools and platforms involved in scaling Ethereum. While a complex topic, state channels are essentially methods through which the current 'state' of the blockchain can be exported, and then based on that, any given number of transactions can take place off-chain, and then be moved back onto the main Ethereum chain.",
       "Simplified Chinese": "状态通道",
@@ -11042,7 +11042,7 @@ const glossary = {
   "Streaming": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Money streaming represents the idea of continuous payments over time. Block numbers are used to measure time in the blockchain and continuously update the balances of the parties in the contract.'",
+    "definition": "'Money streaming represents the idea of continuous payments over time. Block numbers are used to measure time in the blockchain and continuously update the balances of the parties in the contract.'",
     "locales": {
       "Consensys' Definition": "Money streaming represents the idea of continuous payments over time. Block numbers are used to measure time in the blockchain and continuously update the balances of the parties in the contract.",
       "Simplified Chinese": "资金流",
@@ -11074,7 +11074,7 @@ const glossary = {
   "swap (noun)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap. Within MetaMask, users have access to a powerful aggregator showing them information about swaps across the ecosystem, this is MetaMask Swaps:<br><br>User Guide Swaps'",
+    "definition": "'As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap. Within MetaMask, users have access to a powerful aggregator showing them information about swaps across the ecosystem, this is MetaMask Swaps:<br><br>User Guide Swaps'",
     "locales": {
       "Consensys' Definition": "As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap. Within MetaMask, users have access to a powerful aggregator showing them information about swaps across the ecosystem, this is MetaMask Swaps:\n\nUser Guide Swaps",
       "Simplified Chinese": "兑换",
@@ -11106,7 +11106,7 @@ const glossary = {
   "Swap /MetaSwap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap.'",
+    "definition": "'As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap.'",
     "locales": {
       "Consensys' Definition": "As the number of different blockchain projects and tokens has proliferated, the system by which users exchange one token for another has come to be known as swapping, and the individual action, a swap.",
       "Simplified Chinese": "Swap /MetaSwap",
@@ -11138,7 +11138,7 @@ const glossary = {
   "szabo": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A denomination of ETH. See also 'ether (denominations)'.'",
+    "definition": "'A denomination of ETH. See also 'ether (denominations)'.'",
     "locales": {
       "Consensys' Definition": "A denomination of ETH. See also 'ether (denominations)'.",
       "Simplified Chinese": "szabo",
@@ -11170,7 +11170,7 @@ const glossary = {
   "testnet (test network)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A testnet is a blockchain network that mirrors, as closely as possible, the current conditions of a corresponding ‘main’ network. Testnets are used by developers to verify that their smart contracts and other functionality work as intended, before permanently recording their code to a live blockchain network (and often spending significant gas fees in the process!).<br><br>Tokens minted on testnets are not transferrable for their equivalent value on mainnets.'",
+    "definition": "'A testnet is a blockchain network that mirrors, as closely as possible, the current conditions of a corresponding ‘main’ network. Testnets are used by developers to verify that their smart contracts and other functionality work as intended, before permanently recording their code to a live blockchain network (and often spending significant gas fees in the process!).<br><br>Tokens minted on testnets are not transferrable for their equivalent value on mainnets.'",
     "locales": {
       "Consensys' Definition": "A testnet is a blockchain network that mirrors, as closely as possible, the current conditions of a corresponding ‘main’ network. Testnets are used by developers to verify that their smart contracts and other functionality work as intended, before permanently recording their code to a live blockchain network (and often spending significant gas fees in the process!).\n\nTokens minted on testnets are not transferrable for their equivalent value on mainnets.",
       "Simplified Chinese": "测试网",
@@ -11202,7 +11202,7 @@ const glossary = {
   "Testnet Kovan": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; website here.'",
+    "definition": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; website here.'",
     "locales": {
       "Consensys' Definition": "An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; website here.",
       "Simplified Chinese": "Testnet Kovan",
@@ -11234,7 +11234,7 @@ const glossary = {
   "Testnet Rinkeby": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; faucet here. Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.'",
+    "definition": "'An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; faucet here. Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.'",
     "locales": {
       "Consensys' Definition": "An Ethereum testnet that uses Proof of Authority consensus, available through MetaMask; faucet here. Following the transition to Proof of Stake, Rinkeby scheduled its deprecation for the end of 2023.",
       "Simplified Chinese": "Testnet Rinkeby",
@@ -11266,7 +11266,7 @@ const glossary = {
   "Testnet Ropsten": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.'",
+    "definition": "'An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.'",
     "locales": {
       "Consensys' Definition": "An Ethereum testnet that used Proof of Work, and, following the transition to Proof of Stake, was deprecated.",
       "Simplified Chinese": "Testnet Ropsten",
@@ -11298,7 +11298,7 @@ const glossary = {
   "token": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A token represents an asset issued on an existing blockchain; the transfer of tokens and the addresses that currently hold them are the subject of the network’s consensus activities. There are many types of tokens; see also ‘ERC-20’ and ‘ERC-721’ entries.'",
+    "definition": "'A token represents an asset issued on an existing blockchain; the transfer of tokens and the addresses that currently hold them are the subject of the network’s consensus activities. There are many types of tokens; see also ‘ERC-20’ and ‘ERC-721’ entries.'",
     "locales": {
       "Consensys' Definition": "A token represents an asset issued on an existing blockchain; the transfer of tokens and the addresses that currently hold them are the subject of the network’s consensus activities. There are many types of tokens; see also ‘ERC-20’ and ‘ERC-721’ entries.",
       "Simplified Chinese": "代币",
@@ -11330,7 +11330,7 @@ const glossary = {
   "token lockup": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A token lock-up refers to a mechanism where certain tokens or cryptocurrency holdings are locked up or frozen for a specified period of time to restrict their transfer or sale. This is often used in the context of initial coin offerings (ICOs), where token issuers may require investors to commit to holding onto their tokens for a certain period, typically to ensure that investors are committed to the project's long-term success.<br><br>Token lock-up periods can vary in duration and can be predetermined or set according to certain conditions, such as reaching a certain milestone, liquidity event or network upgrade. During the lock-up period, the tokens cannot be transferred or sold, although in some cases, they may be staked or used to participate in certain network activities. Once the lock-up period is over, the tokens can be freely traded or sold.'",
+    "definition": "'A token lock-up refers to a mechanism where certain tokens or cryptocurrency holdings are locked up or frozen for a specified period of time to restrict their transfer or sale. This is often used in the context of initial coin offerings (ICOs), where token issuers may require investors to commit to holding onto their tokens for a certain period, typically to ensure that investors are committed to the project's long-term success.<br><br>Token lock-up periods can vary in duration and can be predetermined or set according to certain conditions, such as reaching a certain milestone, liquidity event or network upgrade. During the lock-up period, the tokens cannot be transferred or sold, although in some cases, they may be staked or used to participate in certain network activities. Once the lock-up period is over, the tokens can be freely traded or sold.'",
     "locales": {
       "Consensys' Definition": "A token lock-up refers to a mechanism where certain tokens or cryptocurrency holdings are locked up or frozen for a specified period of time to restrict their transfer or sale. This is often used in the context of initial coin offerings (ICOs), where token issuers may require investors to commit to holding onto their tokens for a certain period, typically to ensure that investors are committed to the project's long-term success.\n\nToken lock-up periods can vary in duration and can be predetermined or set according to certain conditions, such as reaching a certain milestone, liquidity event or network upgrade. During the lock-up period, the tokens cannot be transferred or sold, although in some cases, they may be staked or used to participate in certain network activities. Once the lock-up period is over, the tokens can be freely traded or sold.",
       "Simplified Chinese": "代币锁定",
@@ -11362,7 +11362,7 @@ const glossary = {
   "Token standard": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'See ERC-20, ERC-721, ERC-1155, etc.'",
+    "definition": "'See ERC-20, ERC-721, ERC-1155, etc.'",
     "locales": {
       "Consensys' Definition": "See ERC-20, ERC-721, ERC-1155, etc.",
       "Simplified Chinese": "代币标准",
@@ -11394,7 +11394,7 @@ const glossary = {
   "Total Value Locked (TVL)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Total Value Locked, or TVL, is a common expression used in many contexts across the crypto ecosystem, so it's important to pay attention to the specifics. In general, it refers to how much value, in tokens, has been deposited into something. Most often, it refers to a protocol, which is an application on the blockchain, or a set of protocols. For example, a decentralized token trading platform might have a series of liquidity pools, which are protocols enabling swaps between tokens, and the platform may quote the \"TVL\" for all the pools combined. Alternatively, if a network uses proof of stake for their consensus mechanism, they may represent the TVL of all the tokens staked into that consensus protocol.'",
+    "definition": "'Total Value Locked, or TVL, is a common expression used in many contexts across the crypto ecosystem, so it's important to pay attention to the specifics. In general, it refers to how much value, in tokens, has been deposited into something. Most often, it refers to a protocol, which is an application on the blockchain, or a set of protocols. For example, a decentralized token trading platform might have a series of liquidity pools, which are protocols enabling swaps between tokens, and the platform may quote the \"TVL\" for all the pools combined. Alternatively, if a network uses proof of stake for their consensus mechanism, they may represent the TVL of all the tokens staked into that consensus protocol.'",
     "locales": {
       "Consensys' Definition": "Total Value Locked, or TVL, is a common expression used in many contexts across the crypto ecosystem, so it's important to pay attention to the specifics. In general, it refers to how much value, in tokens, has been deposited into something. Most often, it refers to a protocol, which is an application on the blockchain, or a set of protocols. For example, a decentralized token trading platform might have a series of liquidity pools, which are protocols enabling swaps between tokens, and the platform may quote the \"TVL\" for all the pools combined. Alternatively, if a network uses proof of stake for their consensus mechanism, they may represent the TVL of all the tokens staked into that consensus protocol.",
       "Simplified Chinese": "总锁仓价值（TVL）",
@@ -11426,7 +11426,7 @@ const glossary = {
   "Transaction": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Data committed to the Ethereum Blockchain signed by an originating account, targeting a specific address. The transaction contains metadata such as the gas limit for that transaction.'",
+    "definition": "'Data committed to the Ethereum Blockchain signed by an originating account, targeting a specific address. The transaction contains metadata such as the gas limit for that transaction.'",
     "locales": {
       "Consensys' Definition": "Data committed to the Ethereum Blockchain signed by an originating account, targeting a specific address. The transaction contains metadata such as the gas limit for that transaction.",
       "Simplified Chinese": "交易",
@@ -11458,7 +11458,7 @@ const glossary = {
   "transaction block": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A collection of transactions on a blockchain network, gathered into a set or a block that can then be hashed and added to the blockchain. See 'hash'.'",
+    "definition": "'A collection of transactions on a blockchain network, gathered into a set or a block that can then be hashed and added to the blockchain. See 'hash'.'",
     "locales": {
       "Consensys' Definition": "A collection of transactions on a blockchain network, gathered into a set or a block that can then be hashed and added to the blockchain. See 'hash'.",
       "Simplified Chinese": "交易区块",
@@ -11490,7 +11490,7 @@ const glossary = {
   "transaction fee": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A small fee imposed on transactions sent across a blockchain network. These fees are used to pay network validators or miners for their participation in consensus, and thus ensure that a blockchain network is self-sustaining.'",
+    "definition": "'A small fee imposed on transactions sent across a blockchain network. These fees are used to pay network validators or miners for their participation in consensus, and thus ensure that a blockchain network is self-sustaining.'",
     "locales": {
       "Consensys' Definition": "A small fee imposed on transactions sent across a blockchain network. These fees are used to pay network validators or miners for their participation in consensus, and thus ensure that a blockchain network is self-sustaining.",
       "Simplified Chinese": "交易费用",
@@ -11522,7 +11522,7 @@ const glossary = {
   "transaction ID": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A transaction hash/ID (often abbreviated as tx hash or txn hash) is a unique identifier, similar to a receipt, that serves as proof that a transaction was validated and added to the blockchain. In many cases, a transaction hash is needed in order to locate funds.'",
+    "definition": "'A transaction hash/ID (often abbreviated as tx hash or txn hash) is a unique identifier, similar to a receipt, that serves as proof that a transaction was validated and added to the blockchain. In many cases, a transaction hash is needed in order to locate funds.'",
     "locales": {
       "Consensys' Definition": "A transaction hash/ID (often abbreviated as tx hash or txn hash) is a unique identifier, similar to a receipt, that serves as proof that a transaction was validated and added to the blockchain. In many cases, a transaction hash is needed in order to locate funds.",
       "Simplified Chinese": "交易 ID",
@@ -11554,7 +11554,7 @@ const glossary = {
   "transaction pool": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'When a user submits a transaction to the Ethereum network--or many other networks based on Ethereum--the transaction goes into what's know as a \"transaction pool\", or \"txpool\" for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are \"picked up\" and included in the next block, and there is currently a lot of research surrounding how this decision gets made (see \"MEV\"). In Bitcoin, the transaction pool was referred to as the \"memory pool\", or \"mempool\", and often these terms are used interchangeably.'",
+    "definition": "'When a user submits a transaction to the Ethereum network--or many other networks based on Ethereum--the transaction goes into what's know as a \"transaction pool\", or \"txpool\" for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are \"picked up\" and included in the next block, and there is currently a lot of research surrounding how this decision gets made (see \"MEV\"). In Bitcoin, the transaction pool was referred to as the \"memory pool\", or \"mempool\", and often these terms are used interchangeably.'",
     "locales": {
       "Consensys' Definition": "When a user submits a transaction to the Ethereum network--or many other networks based on Ethereum--the transaction goes into what's know as a \"transaction pool\", or \"txpool\" for short. This is essentially a queue of transactions that are waiting to be added to a block and recorded to the blockchain. There are mechanisms that determine which transactions are \"picked up\" and included in the next block, and there is currently a lot of research surrounding how this decision gets made (see \"MEV\"). In Bitcoin, the transaction pool was referred to as the \"memory pool\", or \"mempool\", and often these terms are used interchangeably.",
       "Simplified Chinese": "交易池",
@@ -11586,7 +11586,7 @@ const glossary = {
   "Transak": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Transak is a developer integration toolkit to let users buy/sell crypto in any app, website or web plugin.'",
+    "definition": "'Transak is a developer integration toolkit to let users buy/sell crypto in any app, website or web plugin.'",
     "locales": {
       "Consensys' Definition": "Transak is a developer integration toolkit to let users buy/sell crypto in any app, website or web plugin.",
       "Simplified Chinese": "Transak",
@@ -11618,7 +11618,7 @@ const glossary = {
   "Trezor": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Hardware wallet.'",
+    "definition": "'Hardware wallet.'",
     "locales": {
       "Consensys' Definition": "Hardware wallet.",
       "Simplified Chinese": "Trezor",
@@ -11650,7 +11650,7 @@ const glossary = {
   "Truffle": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Truffle Suite is a development environment based on Ethereum Blockchain, used to develop dapps. Truffle is a one-stop solution for building dapps: compiling contracts, deploying contracts, injecting it into a web app, creating front-end for dapps and testing.<br>Truffle Suite'",
+    "definition": "'Truffle Suite is a development environment based on Ethereum Blockchain, used to develop dapps. Truffle is a one-stop solution for building dapps: compiling contracts, deploying contracts, injecting it into a web app, creating front-end for dapps and testing.<br>Truffle Suite'",
     "locales": {
       "Consensys' Definition": "Truffle Suite is a development environment based on Ethereum Blockchain, used to develop dapps. Truffle is a one-stop solution for building dapps: compiling contracts, deploying contracts, injecting it into a web app, creating front-end for dapps and testing.\nTruffle Suite",
       "Simplified Chinese": "Truffle",
@@ -11682,7 +11682,7 @@ const glossary = {
   "trustless": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Trustless' is a term that gets used a lot in the decentralized web, and it deserves some explanation. Traditionally, to call something 'trustless' would sound like a negative thing. In the context of decentralized technology, it has a more technical meaning: since everyone has a copy of the ledger of all transactions ever executed, there is no need for a centralized entity that 'must be trusted' as the source of truth. With public blockchain networks, data isn't kept on some centralized server somewhere that could be hacked or changed arbitrarily; anyone can verify the transactions themselves. This is why the term 'trustless' was coined: there is no need for trust, although, in a way, the rules and assurances built into the blockchain provide the basis for greater trust between people, because the system is guaranteed to work the same for everyone.'",
+    "definition": "'Trustless' is a term that gets used a lot in the decentralized web, and it deserves some explanation. Traditionally, to call something 'trustless' would sound like a negative thing. In the context of decentralized technology, it has a more technical meaning: since everyone has a copy of the ledger of all transactions ever executed, there is no need for a centralized entity that 'must be trusted' as the source of truth. With public blockchain networks, data isn't kept on some centralized server somewhere that could be hacked or changed arbitrarily; anyone can verify the transactions themselves. This is why the term 'trustless' was coined: there is no need for trust, although, in a way, the rules and assurances built into the blockchain provide the basis for greater trust between people, because the system is guaranteed to work the same for everyone.'",
     "locales": {
       "Consensys' Definition": "Trustless' is a term that gets used a lot in the decentralized web, and it deserves some explanation. Traditionally, to call something 'trustless' would sound like a negative thing. In the context of decentralized technology, it has a more technical meaning: since everyone has a copy of the ledger of all transactions ever executed, there is no need for a centralized entity that 'must be trusted' as the source of truth. With public blockchain networks, data isn't kept on some centralized server somewhere that could be hacked or changed arbitrarily; anyone can verify the transactions themselves. This is why the term 'trustless' was coined: there is no need for trust, although, in a way, the rules and assurances built into the blockchain provide the basis for greater trust between people, because the system is guaranteed to work the same for everyone.",
       "Simplified Chinese": "去信任",
@@ -11714,7 +11714,7 @@ const glossary = {
   "Turing-complete": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Any machine that can calculate on a level equal to a programmable computer is Turing-complete, or computationally universal. The Ethereum Virtual Machine, which processes smart contracts and transactions, is Turing-complete, despite not existing on a single physical computer.'",
+    "definition": "'Any machine that can calculate on a level equal to a programmable computer is Turing-complete, or computationally universal. The Ethereum Virtual Machine, which processes smart contracts and transactions, is Turing-complete, despite not existing on a single physical computer.'",
     "locales": {
       "Consensys' Definition": "Any machine that can calculate on a level equal to a programmable computer is Turing-complete, or computationally universal. The Ethereum Virtual Machine, which processes smart contracts and transactions, is Turing-complete, despite not existing on a single physical computer.",
       "Simplified Chinese": "图灵完备",
@@ -11746,7 +11746,7 @@ const glossary = {
   "Two-Factor Authentication (2FA)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Two-factor authentication (2FA) is an identity and access management security method that requires two forms of identification to access resources and data. 2FA gives businesses the ability to monitor and help safeguard their most vulnerable information and networks.See also \"U2F\" When 2FA'",
+    "definition": "'Two-factor authentication (2FA) is an identity and access management security method that requires two forms of identification to access resources and data. 2FA gives businesses the ability to monitor and help safeguard their most vulnerable information and networks.See also \"U2F\" When 2FA'",
     "locales": {
       "Consensys' Definition": "Two-factor authentication (2FA) is an identity and access management security method that requires two forms of identification to access resources and data. 2FA gives businesses the ability to monitor and help safeguard their most vulnerable information and networks.See also \"U2F\" When 2FA",
       "Simplified Chinese": "双因素认证（2FA）",
@@ -11778,7 +11778,7 @@ const glossary = {
   "TXID": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Transaction ID'",
+    "definition": "'Transaction ID'",
     "locales": {
       "Consensys' Definition": "Transaction ID",
       "Simplified Chinese": "交易 ID",
@@ -11810,7 +11810,7 @@ const glossary = {
   "U2F": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Universal 2nd Factor (U2F) is an open standard that strengthens and simplifies two-factor authentication (2FA) using specialized Universal Serial Bus (USB) or near-field communication (NFC) devices based on similar security technology found in smart cards'",
+    "definition": "'Universal 2nd Factor (U2F) is an open standard that strengthens and simplifies two-factor authentication (2FA) using specialized Universal Serial Bus (USB) or near-field communication (NFC) devices based on similar security technology found in smart cards'",
     "locales": {
       "Consensys' Definition": "Universal 2nd Factor (U2F) is an open standard that strengthens and simplifies two-factor authentication (2FA) using specialized Universal Serial Bus (USB) or near-field communication (NFC) devices based on similar security technology found in smart cards",
       "Simplified Chinese": "U2F（通用第二因素）",
@@ -11842,7 +11842,7 @@ const glossary = {
   "Uniswap": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Uniswap is a decentralized cryptocurrency exchange that uses a set of smart contracts to execute trades on its exchange.'",
+    "definition": "'Uniswap is a decentralized cryptocurrency exchange that uses a set of smart contracts to execute trades on its exchange.'",
     "locales": {
       "Consensys' Definition": "Uniswap is a decentralized cryptocurrency exchange that uses a set of smart contracts to execute trades on its exchange.",
       "Simplified Chinese": "Uniswap",
@@ -11874,7 +11874,7 @@ const glossary = {
   "unspent transaction output (UTXO)": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'An unspent transaction output (UTXO) represents some amount of digital currency which has been authorized by one account to be spent by another. UTXOs use public key cryptography to identify and transfer ownership between holders of public/private key pairs. UTXOs are formatted with the recipient's public key, thus restricting the ability to spend that UTXO to the account that can prove ownership of the associated private key. The UTXO can only be spent if it includes the digital signature associated with the public key attached the last time it was sent.'",
+    "definition": "'An unspent transaction output (UTXO) represents some amount of digital currency which has been authorized by one account to be spent by another. UTXOs use public key cryptography to identify and transfer ownership between holders of public/private key pairs. UTXOs are formatted with the recipient's public key, thus restricting the ability to spend that UTXO to the account that can prove ownership of the associated private key. The UTXO can only be spent if it includes the digital signature associated with the public key attached the last time it was sent.'",
     "locales": {
       "Consensys' Definition": "An unspent transaction output (UTXO) represents some amount of digital currency which has been authorized by one account to be spent by another. UTXOs use public key cryptography to identify and transfer ownership between holders of public/private key pairs. UTXOs are formatted with the recipient's public key, thus restricting the ability to spend that UTXO to the account that can prove ownership of the associated private key. The UTXO can only be spent if it includes the digital signature associated with the public key attached the last time it was sent.",
       "Simplified Chinese": "未花费的交易输出（UTXO）",
@@ -11906,7 +11906,7 @@ const glossary = {
   "upgrade": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Upgrading is the process of replacing a product with a newer version of the same product. In computing and consumer electronics, an upgrade is generally a replacement of hardware, software, or firmware with a newer or better version, in order to bring the system up to date or to improve its characteristics. See also EIP-1159, merge, and  other important Ethereum upgrades'",
+    "definition": "'Upgrading is the process of replacing a product with a newer version of the same product. In computing and consumer electronics, an upgrade is generally a replacement of hardware, software, or firmware with a newer or better version, in order to bring the system up to date or to improve its characteristics. See also EIP-1159, merge, and  other important Ethereum upgrades'",
     "locales": {
       "Consensys' Definition": "Upgrading is the process of replacing a product with a newer version of the same product. In computing and consumer electronics, an upgrade is generally a replacement of hardware, software, or firmware with a newer or better version, in order to bring the system up to date or to improve its characteristics. See also EIP-1159, merge, and  other important Ethereum upgrades",
       "Simplified Chinese": "升级",
@@ -11938,7 +11938,7 @@ const glossary = {
   "UTXO": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Acronym; Unspent Transaction Output.'",
+    "definition": "'Acronym; Unspent Transaction Output.'",
     "locales": {
       "Consensys' Definition": "Acronym; Unspent Transaction Output.",
       "Simplified Chinese": "UTXO（未花费的交易输出）",
@@ -11970,7 +11970,7 @@ const glossary = {
   "validator": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A participant in Proof of Stake (PoS) consensus. On Ethereum’s Proof of Stake network, validators need to stake 32 ETH in order to get included in the validator set. See also ‘staking’.'",
+    "definition": "'A participant in Proof of Stake (PoS) consensus. On Ethereum’s Proof of Stake network, validators need to stake 32 ETH in order to get included in the validator set. See also ‘staking’.'",
     "locales": {
       "Consensys' Definition": "A participant in Proof of Stake (PoS) consensus. On Ethereum’s Proof of Stake network, validators need to stake 32 ETH in order to get included in the validator set. See also ‘staking’.",
       "Simplified Chinese": "验证器",
@@ -12002,7 +12002,7 @@ const glossary = {
   "validity proof": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The proof submitted along with certain types of rollups to prove that the transactions are valid. See also 'rollups'.'",
+    "definition": "'The proof submitted along with certain types of rollups to prove that the transactions are valid. See also 'rollups'.'",
     "locales": {
       "Consensys' Definition": "The proof submitted along with certain types of rollups to prove that the transactions are valid. See also 'rollups'.",
       "Simplified Chinese": "有效性证明",
@@ -12034,7 +12034,7 @@ const glossary = {
   "Validium": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'One of the technologies developed for scaling of the Ethereum network; see more here.'",
+    "definition": "'One of the technologies developed for scaling of the Ethereum network; see more here.'",
     "locales": {
       "Consensys' Definition": "One of the technologies developed for scaling of the Ethereum network; see more here.",
       "Simplified Chinese": "Validium 扩容技术",
@@ -12066,7 +12066,7 @@ const glossary = {
   "Vault Decryptor": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The MetaMask Vault Decryptor is a tool used in recovering the Secret Recovery Phrase. This tool was written by MetaMask co-founder Dan Finlay and can be accessed here: Vault Decryptor'",
+    "definition": "'The MetaMask Vault Decryptor is a tool used in recovering the Secret Recovery Phrase. This tool was written by MetaMask co-founder Dan Finlay and can be accessed here: Vault Decryptor'",
     "locales": {
       "Consensys' Definition": "The MetaMask Vault Decryptor is a tool used in recovering the Secret Recovery Phrase. This tool was written by MetaMask co-founder Dan Finlay and can be accessed here: Vault Decryptor",
       "Simplified Chinese": "Vault Decryptor",
@@ -12098,7 +12098,7 @@ const glossary = {
   "Vesting": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In the context of \"vesting period\": The act of restricting the sale of a token for a particular period of time. Vesting period'",
+    "definition": "'In the context of \"vesting period\": The act of restricting the sale of a token for a particular period of time. Vesting period'",
     "locales": {
       "Consensys' Definition": "In the context of \"vesting period\": The act of restricting the sale of a token for a particular period of time. Vesting period",
       "Simplified Chinese": "等待行权",
@@ -12130,7 +12130,7 @@ const glossary = {
   "wallet": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'In Ethereum-based blockchain technology, a 'wallet' is a something that allows you to manage private keys, your Secret Recovery Phrase, and the accounts generated from it. This could be an internet-connected 'hot wallet', like MetaMask, or an 'airgapped' hardware wallet. In more technical speak, you could say \"the wallet is the client, not the keys.\" It is very common for people to use the word 'wallet' to refer to their SRP itself, or the accounts generated from it, or even to one account.'",
+    "definition": "'In Ethereum-based blockchain technology, a 'wallet' is a something that allows you to manage private keys, your Secret Recovery Phrase, and the accounts generated from it. This could be an internet-connected 'hot wallet', like MetaMask, or an 'airgapped' hardware wallet. In more technical speak, you could say \"the wallet is the client, not the keys.\" It is very common for people to use the word 'wallet' to refer to their SRP itself, or the accounts generated from it, or even to one account.'",
     "locales": {
       "Consensys' Definition": "In Ethereum-based blockchain technology, a 'wallet' is a something that allows you to manage private keys, your Secret Recovery Phrase, and the accounts generated from it. This could be an internet-connected 'hot wallet', like MetaMask, or an 'airgapped' hardware wallet. In more technical speak, you could say \"the wallet is the client, not the keys.\" It is very common for people to use the word 'wallet' to refer to their SRP itself, or the accounts generated from it, or even to one account.",
       "Simplified Chinese": "钱包",
@@ -12162,7 +12162,7 @@ const glossary = {
   "WalletConnect": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'WalletConnect is an open source protocol for connecting decentralised applications to mobile wallets with QR code scanning or deep linking.'",
+    "definition": "'WalletConnect is an open source protocol for connecting decentralised applications to mobile wallets with QR code scanning or deep linking.'",
     "locales": {
       "Consensys' Definition": "WalletConnect is an open source protocol for connecting decentralised applications to mobile wallets with QR code scanning or deep linking.",
       "Simplified Chinese": "WalletConnect",
@@ -12194,7 +12194,7 @@ const glossary = {
   "web3, Web 3.0": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Web3, or Web 3.0, are terms used synonymously with “the decentralized web” and are often used to refer, broadly, to the blockchain and decentralized technology ecosystems and communities as a whole.'",
+    "definition": "'Web3, or Web 3.0, are terms used synonymously with “the decentralized web” and are often used to refer, broadly, to the blockchain and decentralized technology ecosystems and communities as a whole.'",
     "locales": {
       "Consensys' Definition": "Web3, or Web 3.0, are terms used synonymously with “the decentralized web” and are often used to refer, broadly, to the blockchain and decentralized technology ecosystems and communities as a whole.",
       "Simplified Chinese": "Web3，Web 3.0",
@@ -12226,7 +12226,7 @@ const glossary = {
   "WebHID": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'WebHID (Human Interface Device)<br>Enables web applications to interact with human interface devices (HIDs) other than the standard supported devices (mice, keyboards, touchscreens, and gamepads). However, there are many other HID devices that are currently inaccessible to the web'",
+    "definition": "'WebHID (Human Interface Device)<br>Enables web applications to interact with human interface devices (HIDs) other than the standard supported devices (mice, keyboards, touchscreens, and gamepads). However, there are many other HID devices that are currently inaccessible to the web'",
     "locales": {
       "Consensys' Definition": "WebHID (Human Interface Device)\nEnables web applications to interact with human interface devices (HIDs) other than the standard supported devices (mice, keyboards, touchscreens, and gamepads). However, there are many other HID devices that are currently inaccessible to the web",
       "Simplified Chinese": "WebHID",
@@ -12258,7 +12258,7 @@ const glossary = {
   "WebSocket": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'WebSocket is a computer communications protocol, providing full-duplex communication channels over a single TCP connection. It's often used by dapps to regularly fetch up-to-date information from the blockchain.'",
+    "definition": "'WebSocket is a computer communications protocol, providing full-duplex communication channels over a single TCP connection. It's often used by dapps to regularly fetch up-to-date information from the blockchain.'",
     "locales": {
       "Consensys' Definition": "WebSocket is a computer communications protocol, providing full-duplex communication channels over a single TCP connection. It's often used by dapps to regularly fetch up-to-date information from the blockchain.",
       "Simplified Chinese": "WebSocket",
@@ -12290,7 +12290,7 @@ const glossary = {
   "Wei": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Wei is the smallest denomination of ether, the currency used to facilitate transactional operations on the Ethereum blockchain network, where 10^18 or 1,000,000,000,000,000,000 wei is equivalent to one ether.'",
+    "definition": "'Wei is the smallest denomination of ether, the currency used to facilitate transactional operations on the Ethereum blockchain network, where 10^18 or 1,000,000,000,000,000,000 wei is equivalent to one ether.'",
     "locales": {
       "Consensys' Definition": "Wei is the smallest denomination of ether, the currency used to facilitate transactional operations on the Ethereum blockchain network, where 10^18 or 1,000,000,000,000,000,000 wei is equivalent to one ether.",
       "Simplified Chinese": "Wei",
@@ -12322,7 +12322,7 @@ const glossary = {
   "Whitepaper": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Whitepapers explain the purpose and technology behind a project.'",
+    "definition": "'Whitepapers explain the purpose and technology behind a project.'",
     "locales": {
       "Consensys' Definition": "Whitepapers explain the purpose and technology behind a project.",
       "Simplified Chinese": "白皮书",
@@ -12354,7 +12354,7 @@ const glossary = {
   "Wrapping": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Wrapping a token is a way of bringing a token from one network to another, like wrapped Bitcoin or MATIC tokens on Ethereum Mainnet. User Guide: Tokens'",
+    "definition": "'Wrapping a token is a way of bringing a token from one network to another, like wrapped Bitcoin or MATIC tokens on Ethereum Mainnet. User Guide: Tokens'",
     "locales": {
       "Consensys' Definition": "Wrapping a token is a way of bringing a token from one network to another, like wrapped Bitcoin or MATIC tokens on Ethereum Mainnet. User Guide: Tokens",
       "Simplified Chinese": "包装",
@@ -12386,7 +12386,7 @@ const glossary = {
   "Wyre": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Wyre is a regulated Money Service Business (MSB), which means it is a financial services provider licensed to transmit and convert money. The company is almost a decade old, having been around since 2013.<br><br>Wyre provides what the company calls a secure and compliant bridge between fiat and cryptocurrencies.<br><br>It serves as an infrastructure provider for blockchain businesses to connect with the fiat economy. In other words, Wyre payments enable blockchain businesses to efficiently integrate highly customizable fiat on-ramps into their onboarding flows.'",
+    "definition": "'Wyre is a regulated Money Service Business (MSB), which means it is a financial services provider licensed to transmit and convert money. The company is almost a decade old, having been around since 2013.<br><br>Wyre provides what the company calls a secure and compliant bridge between fiat and cryptocurrencies.<br><br>It serves as an infrastructure provider for blockchain businesses to connect with the fiat economy. In other words, Wyre payments enable blockchain businesses to efficiently integrate highly customizable fiat on-ramps into their onboarding flows.'",
     "locales": {
       "Consensys' Definition": "Wyre is a regulated Money Service Business (MSB), which means it is a financial services provider licensed to transmit and convert money. The company is almost a decade old, having been around since 2013.\n\nWyre provides what the company calls a secure and compliant bridge between fiat and cryptocurrencies.\n\nIt serves as an infrastructure provider for blockchain businesses to connect with the fiat economy. In other words, Wyre payments enable blockchain businesses to efficiently integrate highly customizable fiat on-ramps into their onboarding flows.",
       "Simplified Chinese": "Wyre",
@@ -12418,7 +12418,7 @@ const glossary = {
   "yield farming": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Yield farming is an investment practice that involves locking crypto in a dapp for token rewards. Yield farmers deposit their tokens into DeFi applications for crypto trading, lending, or borrowing.'",
+    "definition": "'Yield farming is an investment practice that involves locking crypto in a dapp for token rewards. Yield farmers deposit their tokens into DeFi applications for crypto trading, lending, or borrowing.'",
     "locales": {
       "Consensys' Definition": "Yield farming is an investment practice that involves locking crypto in a dapp for token rewards. Yield farmers deposit their tokens into DeFi applications for crypto trading, lending, or borrowing.",
       "Simplified Chinese": "收益挖矿",
@@ -12450,7 +12450,7 @@ const glossary = {
   "yield-bearing tokens": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Yield tokens. See 'yield farming''",
+    "definition": "'Yield tokens. See 'yield farming''",
     "locales": {
       "Consensys' Definition": "Yield tokens. See 'yield farming'",
       "Simplified Chinese": "收益代币",
@@ -12482,7 +12482,7 @@ const glossary = {
   "zero address": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'The Zero Address is an address on the Ethereum network that is the recipient of a special transaction used to register the creation of a new smart contract on the network.'",
+    "definition": "'The Zero Address is an address on the Ethereum network that is the recipient of a special transaction used to register the creation of a new smart contract on the network.'",
     "locales": {
       "Consensys' Definition": "The Zero Address is an address on the Ethereum network that is the recipient of a special transaction used to register the creation of a new smart contract on the network.",
       "Simplified Chinese": "0地址",
@@ -12514,7 +12514,7 @@ const glossary = {
   "Zero-knowledge proof": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A zero-knowledge proof is a cryptographic method that allows an individual to prove that a statement is true without conveying any additional information.'",
+    "definition": "'A zero-knowledge proof is a cryptographic method that allows an individual to prove that a statement is true without conveying any additional information.'",
     "locales": {
       "Consensys' Definition": "A zero-knowledge proof is a cryptographic method that allows an individual to prove that a statement is true without conveying any additional information.",
       "Simplified Chinese": "零知识证明",
@@ -12546,7 +12546,7 @@ const glossary = {
   "Zero-knowledge rollup": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'A rollup of transactions that use validity proofs to offer increased layer 2 transaction throughput while using the security provided by mainnet (layer 1). Although they can't handle complex transaction types, like Optimistic rollups, they don't have latency issues because transactions are provably valid when submitted.'",
+    "definition": "'A rollup of transactions that use validity proofs to offer increased layer 2 transaction throughput while using the security provided by mainnet (layer 1). Although they can't handle complex transaction types, like Optimistic rollups, they don't have latency issues because transactions are provably valid when submitted.'",
     "locales": {
       "Consensys' Definition": "A rollup of transactions that use validity proofs to offer increased layer 2 transaction throughput while using the security provided by mainnet (layer 1). Although they can't handle complex transaction types, like Optimistic rollups, they don't have latency issues because transactions are provably valid when submitted.",
       "Simplified Chinese": "零知识汇总",
@@ -12578,7 +12578,7 @@ const glossary = {
   "zk-SNARKs": {
     "phonetic": "",
     "partOfSpeech": "",
-    "description": "'Zero-Knowledge Succinct Non-interactive ARguments of Knowledge are an incredible technology, and vital to the scaling of blockchain technology and the decentralized web. They are mathematically complex and can be daunting; this explanation from the Ethereum Foundation is a good primer.'",
+    "definition": "'Zero-Knowledge Succinct Non-interactive ARguments of Knowledge are an incredible technology, and vital to the scaling of blockchain technology and the decentralized web. They are mathematically complex and can be daunting; this explanation from the Ethereum Foundation is a good primer.'",
     "locales": {
       "Consensys' Definition": "Zero-Knowledge Succinct Non-interactive ARguments of Knowledge are an incredible technology, and vital to the scaling of blockchain technology and the decentralized web. They are mathematically complex and can be daunting; this explanation from the Ethereum Foundation is a good primer.",
       "Simplified Chinese": "零知识简洁非交互知识论证（zk-SNARK）",
diff --git a/work-scripts/jsontojs.js b/work-scripts/jsontojs.js
index e0b3ce3..f7fa42b 100644
--- a/work-scripts/jsontojs.js
+++ b/work-scripts/jsontojs.js
@@ -23,7 +23,7 @@ Object.keys(glossaryData).forEach(key => {
     generatedDefinitions[englishTerm] = {
         phonetic: "", // Add phonetic if available
         partOfSpeech: "", // Add part of speech if available
-        description: {
+        definition: {
             "Consensys' Definition": term["Consensys' Definition"],
             "locales": translations
         }
diff --git a/work-scripts/jsontojsx.js b/work-scripts/jsontojsx.js
index 2e21fcf..59343dc 100644
--- a/work-scripts/jsontojsx.js
+++ b/work-scripts/jsontojsx.js
@@ -18,17 +18,17 @@ Object.keys(glossaryData).forEach(key => {
         }
     });
 
-    // Create the JSX-like string for the description
-    let description = term["Consensys' Definition"];
-    description = description.replace(/<([^<>]+)>/g, "&lt;$1&gt;");
-    description = description.replace(/\n/g, "<br>");
+    // Create the JSX-like string for the definition
+    let definition = term["Consensys' Definition"];
+    definition = definition.replace(/<([^<>]+)>/g, "&lt;$1&gt;");
+    definition = definition.replace(/\n/g, "<br>");
 
     // Create the definition object
     const englishTerm = term["English term"];
     generatedDefinitions[englishTerm] = {
         phonetic: "", // Add phonetic if available
         partOfSpeech: "", // Add part of speech if available
-        description: `'${description}'`,
+        definition: `'${definition}'`,
         locales: translations
     };