The objective of this project is to design and implement a Blockchain-Based Academic Certificate Verification System that ensures tamper-proof storage and secure verification of academic credentials. The system prevents certificate forgery, enables transparent validation, and helps students understand blockchain fundamentals and decentralized trust mechanisms.
Study fundamentals of blockchain technology including blocks, hashing, consensus mechanisms, and decentralization.
Analyze problems in traditional academic certificate verification systems such as forgery and manual verification delays.
Prepare Software Requirement Specification (SRS) and system workflow documentation.
Design system architecture including certificate issuance module, blockchain layer, and verification portal.
Create database schema for students, institutions, certificate records, blockchain transactions, and verification logs.
Implement secure admin authentication for certificate issuance.
Generate digital certificates with unique certificate ID and cryptographic hash.
Store certificate hash on blockchain (simulation for BCA / smart contract implementation for MCA).
Implement certificate verification module where users upload certificate ID or QR code.
Compare uploaded certificate hash with blockchain-stored hash to validate authenticity.
Develop web-based dashboard for institutions to issue and manage certificates.
Maintain audit logs for issued and verified certificates.
Apply cryptographic hashing algorithms (e.g., SHA-256).
Perform testing to ensure tamper detection works correctly.
Simulate certificate modification to demonstrate immutability.
Prepare documentation including blockchain workflow diagrams, ER diagrams, and security analysis.
Deploy locally or on a test blockchain network for demonstration.
