Secure and Interoperable Academic Credential Verification Using Block Chain

Abstract

This student propose a new methodology for academic credential verification. The system focuses on tamper resistance, transparency, and scalability-key factor for building trust among institution, employers and student Developed on block chain technology, the system creates an immutable record that can be used in order to store academic credentials that are safe to prevent any third-party modifications to ensure that their alteration is prevented to a significant extent and the fear of fraud is reduced in the system. It integrates the Interplanetary File System (IPFS) that can be used to store data in a decentralized to guarantee fast access to documents and safe guard against tampering. Biometric hashing offers individual-specific users, which increases security and prevents Fraud, and zero-knowledge proofs (zkSNARKs) prove the credentials without expressing crucial confidential data, hence strikes the equilibrium between privacy and verification. Future AI algorithms could also optimize the detection of Fraud by detecting patterns and anomalies that further enhance security and user trust. The system is set in such a way that it is flexible to integrate with the existing block chain networks with significant contributions being seen in increased accuracy in verifications, security integrity, identity confirmation and reduced fraudulent activities. Such a system is essential ultimately to establish trust and credibility in academic credentials across borders thus strengthening the credibility of educational degree.