TrustCertify is a decentralized system built on Lisk blockchain. It builds trust among users by certifying the authenticity and integrity of academic credentials like certificates issued by institutions,organisations or authorities. Also, it ensures proper storage of certificates.Built with advanced verification mechanisms, TrustCertify provides a reliable, efficient, and secure platform for validating credentials.
The system tackles common challenges like counterfeit certificates, inaccurate records, and the manual effort required for verification by leveraging modern technologies such as Multi-signature verification mechanism, blockchain, and automated validation processes. By maintaining a transparent and tamper-proof record of certificates, TrustCertify empowers organizations and individuals to build trust and confidence in their credentials.It reduces administrative overhead issues by eliminating the need for a central authority to verify and validate academic credentials.
To provide a reliable platform that verifies the genuineness of certificates, reducing the risk of fraud and counterfeit credentials.
To use advanced technologies like blockchain to store certificates securely, ensuring data integrity and preventing unauthorized modifications
To design a system that can handle large volumes of certificates while being accessible to users across various devices and locations
To empower institutions to uphold their reputation by providing a secure and trustworthy system for issuing and managing certificates.
To build trust among employers, institutions, and other stakeholders by ensuring that all certificates are verified and tamper-proof.
TrustCertify offers a secure, efficient, and user-friendly platform for certificate verification. By integrating technologies like multisignature verification mechanism and blockchain, the system ensures the authenticity, accuracy, and immutability of certificates. Institutions can issue tamper-proof digital certificates, while verifiers can instantly validate them using unique identifiers. This solution eliminates manual verification challenges, combats fraud, and fosters trust among stakeholders.
Certificates stored on blockchain can not be altered or tampered with ensuring their authenticity and integrity.
The system eliminates the need for a central authority to verify certificates.
All certificates are publicly verifiable but without exposing sensitive personal information as it uses unique IDs for each certificate issued
The system is very scalable as it supports a growing number of certificates as more institutions adopt it.
Institutions can revoke certificates if need be e.g. in case of fraud and the blockchain will record the revocation transparently.
The system incorporates a robust multisignature verification process, requiring approvals from multiple authorized parties before a certificate is considered valid for issuance or before a certificate is revoked.
The system integrate with other platforms like job boards or LinkedIn -like profiles to enhance usability.
TrustCertify offers a freindly user interface for three kinds of users; Verifiers: who in this case may include employers, job boards, goverment authorities, international bodies or any other user who would wish to verify a given academic credential to ascertain its authenticity and credibility, Certificate holders: refers to the individuals t whom the certificate is issued to by an institution, Isseuing Institutions: bodies authorised to issue certificates and academic credentials to certified individuals.
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