Blockchain / Self-Sovereign Identity
•Nov 2024 - May 2025
Decentralized Academic Transcript System
Self-Sovereign Identity credential flow
DID-based issuer and holder architecture
IPFS decentralized transcript storage
Role-based access control
Employer verification portal
The problem
Research by Casino et al. (2018) highlights that traditional certificate verification processes can be time-consuming and inefficient, while Obilikwu et al. (2019) discusses how advances in digital editing technologies increase risks of credential forgery. Traditional institution-controlled credential systems also limit user ownership and transparency over academic records.
The solution
I developed a decentralized verification system using Hyperledger Aries for DID-based identity management, IPFS for distributed transcript storage, and smart contracts for credential verification and revocation. The architecture separates identity, storage, and verification layers to improve trust, traceability, and credential ownership.
System flow
How it works
Tech stack
Project Demo
User workflows in action.
Demonstrating the main system flows across different user roles.
Admin Credential Issuing Flow
Uploading transcripts, issuing credentials, managing DID records, and handling credential revocation.
Employer Verification Flow
Verifying student credentials, retrieving transcript records, and checking credential validity.
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