IIIT-Bangalore – Transforming Academic Credentialing with Verifiable Digital Certificates

Products Used :

About IIIT-Bangalore

The International Institute of Information Technology Bangalore (IIIT-B) is a premier graduate school focused on IT and related disciplines. Known for academic excellence and innovation, IIIT-B continually explores technology-driven solutions to enhance student services and institutional efficiency.

The Challenge:

Academic credentials like degrees, diplomas, and transcripts are core to a graduate’s professional journey. Traditionally, these remain paper-based — vulnerable to loss, forgery, and lengthy manual verification.

 

For institutions, issuing and validating these documents often involves resource-intensive processes that are slow, prone to bottlenecks, and difficult to scale.


With the growing demand for secure, portable, and verifiable credentials, IIIT-B required a solution that was:

 

  • Standards-based for interoperability

  • Secure to prevent tampering

  • Easy to integrate with existing workflows without requiring a complete overhaul

Solution: Secure, Shareable Verifiable Credentials

To modernize its credentialing process, IIIT-Bangalore partnered with Ooru Digital’s CredIssuer – a digital credentialing platform enabling real-time issuance of tamper-proof, W3C-compliant certificates.

The collaboration saw IIIT-B issue verifiable digital credentials for its graduating batch, covering degrees, transcripts, and diplomas. These digital certificates:

 

  • Embedded secure QR codes for instant validation

 

  • Were tamper-evident and print-ready, bridging the physical–digital gap

 

  • Allowed students lifelong access without relying on institutional intermediaries
How It Worked:
  • Field data collection: Jan Sahas field partners recorded workers’ job details using Ooru’s low-code Digital Forms tool.

 

  • Credential issuance: After basic verification, a digitally signed work certificate was issued via CredIssuer.

 

  • Real-time verification: These credentials could be instantly validated by government officers or social protection officials – reducing the need for manual scrutiny or paperwork.

Outcomes

  • Faster Delivery: Credentials reached graduates quickly, without delays from manual processing.

 

  • Trusted Verification: QR-based, tamper-proof credentials increased confidence among verifiers.

 

  • Lower Administrative Overhead: Reduced institutional workload for verification requests.

 

  • Future-Ready Infrastructure: Established a pathway to digitize legacy academic records for alumni.

Why It Worked

Built on Standards

Leveraged MOSIP’s open-source Inji framework and Inji Certify module for globally verifiable, W3C-compliant credentials.

Hybrid Delivery Support

Credentials were both print-ready and digitally shareable, meeting diverse needs.

Ease of Issuance

Low-friction interface enabled issuance in a matter of clicks.

Scalable Model

Approach can be replicated across institutions without heavy infrastructure changes.

What's Next

IIIT-Bangalore and Ooru Digital plan to explore:

 

  • Issuing verifiable credentials for previous graduating batches using CredIssuer’s legacy issuance feature

 

  • Deploying credential wallets for permanent student access

 

  • Adding real-time issuance notifications to enhance user experience

 

  • Scaling the model to other academic institutions seeking secure, standards-based credentialing

Conclusion

By embedding trust into every credential, IIIT-Bangalore and Ooru Digital have set a benchmark for how academic records should be managed in the digital era — secure, interoperable, and student-first. This collaboration demonstrates how digital public infrastructure, when applied to education, can reduce administrative friction, safeguard authenticity, and empower graduates to carry their achievements for life.