For decades, the process of verifying a university degree has remained stubbornly analog. It typically involves a tedious cycle of requests, emails to registrar offices, and the waiting game for a stamped piece of paper to arrive via courier. Even in an era of instant digital communication, the “proof” of one’s education often relies on a centralized authority that can take weeks to respond.
A new partnership between NTT DATA and Darshana is attempting to dismantle this friction. By leveraging the NEAR Protocol blockchain and decentralized identity standards, the two firms are launching an initiative to issue verifiable digital credentials for universities, primarily targeting the Latin American market. The goal is to shift the ownership of academic records from the institution to the student, allowing graduates to carry their achievements in a digital wallet and prove their validity to employers in seconds.
This shift is part of a broader global movement toward Self-Sovereign Identity (SSI). Unlike traditional digital PDFs, which can be easily forged, these credentials use a cryptographic framework. The university signs the credential, the student holds it, and the employer verifies it against the blockchain—all without needing to contact the university directly.
The Architecture of Trust: DIDs and NEAR Protocol
From a technical perspective, the initiative isn’t just “putting a diploma on a blockchain.” Instead, it utilizes Decentralized Identifiers (DIDs) and the W3C Verifiable Credentials 2.0 standard. As a former software engineer, I find this distinction critical: the actual personal data of the student is not stored on the public ledger, which would be a significant privacy violation. Instead, the blockchain serves as a verifiable registry of the issuer’s public key and the status of the credential.
The choice of NEAR Protocol provides the necessary infrastructure for this ecosystem. NEAR is known for its scalability and “account abstraction,” which allows for a more intuitive user experience—essentially making the blockchain invisible to the end user. This ensures that a student doesn’t need to manage complex private keys or pay “gas fees” just to share their degree with a recruiter.
The system operates through a microservices architecture comprising three distinct roles:
- The Issuer: The university, which creates and digitally signs the credential.
- The Holder: The student, who stores the credential in a secure digital wallet.
- The Verifier: An employer or another institution that validates the credential’s authenticity via a QR code or digital link.
Bridging the Gap from Europe to Latin America
This initiative is not starting from scratch. It is built upon the CertiDigital EBSI platform, developed by NTT DATA in collaboration with the European Commission and the Spanish university system. The European Blockchain Services Infrastructure (EBSI) has already set a precedent for how sovereign states can handle digital identity at scale.
Darshana is acting as the strategic implementation partner to adapt this European framework for Latin America. The regional opportunity is particularly acute in countries like Peru. While the National Registry of Identification and Civil Status (RENIEC) has made strides in digital identity, a standardized, operational framework for academic credentials has yet to be fully realized.
By adopting W3C VC 2.0 standards now, Latin American universities can avoid the risk of technical obsolescence. Because these standards are globally recognized, a degree issued in Lima under this framework would be instantly interoperable with systems in Madrid or Berlin, aligning with initiatives like Europass and Open Badges 3.0.
| Feature | Traditional Certification | Verifiable Digital Credentials |
|---|---|---|
| Verification Time | Days to Weeks | Real-time / Instant |
| Data Ownership | University (Centralized) | Student (Decentralized) |
| Forgery Risk | Moderate to High | Negligible (Cryptographically Secured) |
| Interoperability | Manual/Institutional | Global (W3C Standards) |
Impact on the Labor Market and Student Mobility
The immediate value proposition for graduates is portability. The integration with platforms like LinkedIn allows students to display “verified” badges that are more than just social signals—they are cryptographically proven facts. This reduces the burden on HR departments, who currently spend significant resources on background checks and degree verification.
“In NTT DATA, we believe that decentralized digital identity is a fundamental pillar for the next generation of digital services,” said Juan José Miranda, Director of the Innovation Center IC Blockchain/DLT/web3 + QC IBIOL at NTT DATA Peru. Miranda noted that the initiative aims to create a more reliable, user-centric ecosystem that provides real value to both the students and the job market.
Natalie Gil, CTO of Darshana, emphasized that this is a move toward the “vanguard” of educational transformation. By managing the entire lifecycle of the credential—including issuance, revocation, and analytics—Darshana is enabling universities to move beyond the role of a mere record-keeper to becoming a provider of lifelong digital identity.
The Road Ahead
The solution is currently in the implementation and validation phase. The next critical milestone will be the scaling of the platform across a wider array of educational institutions in the region to test interoperability across different academic models and local regulations.
As the world moves toward a more fragmented and digital-first workforce, the ability to prove one’s skills and education without a middleman is no longer a luxury—it is a necessity for global mobility.
Do you think decentralized identities will eventually replace traditional diplomas entirely? Let us know your thoughts in the comments or share this story with your network.
