OpenWallet Foundation Launches Inji: Redefining Digital Identity Verificati

Published Date : 6/30/2025 

The OpenWallet Foundation recently hosted a session on MOSIP's Inji credentialing stack, highlighting its role in decentralizing digital identity solutions. This article explores Inji's features, use cases, and how it addresses challenges in centralized ID systems. 

The OpenWallet Foundation Interoperability SIG recently hosted a presentation by MOSIP, focusing on its Inji credentialing stack. Vibha Menon, Product Owner of Partner Management System, and Sasikumar Ganesan, Head of Engineering, discussed Inji's potential to revolutionize digital identity verification. Ganesan began by introducing MOSIP, a modular open-source identity platform designed to address challenges in centralized ID systems. n nOne of the main issues with centralized ID systems is their reliance on a single server, which can lead to service disruptions. Ganesan shared an example: in some developing countries, food distribution programs depend on ID verification. If the network fails, even if goods are available, people can't access them. This highlighted the need for decentralized solutions that can operate independently of central servers. n nMOSIP aims to provide an open-source backbone for governments to streamline services. Ganesan emphasized that while digital solutions are critical, MOSIP also supports legacy systems like paper-based credentials and USSD (Unstructured Supplementary Service Data) to ensure inclusivity. This approach caters to populations with limited digital access, such as those using feature phones or relying on physical documents. n nVibha Menon outlined Inji, a verifiable credentialing solution that manages the entire lifecycle of digital credentials. Inji includes three core tools: Inji Certify, Inji Wallet, and Inji Verify. Inji Certify converts data into secure credentials, Inji Wallet stores and shares these credentials, and Inji Verify ensures their authenticity during transactions. n nA key feature of Inji is its ability to support non-smartphone users. Menon explained that verifiable credentials can be printed on paper, with QR codes for verification. This addresses inclusivity by allowing individuals without smartphones to access digital services. The QR code system also enhances security, making forgery more difficult. n nInji Verify supports multiple verification methods, including QR code scanning, file uploads, and OpenID-based flows. This flexibility allows service providers to choose the most suitable method for their needs. Ganesan noted that Inji's modular design lets governments adopt specific components without committing to the entire stack, ensuring scalability and adaptability. n nThe presentation also touched on real-world implementations. Ganesan mentioned countries like the Philippines, Morocco, and Ethiopia as early adopters of MOSIP's solutions. However, each country has tailored its approach to local requirements, showcasing the platform's versatility. n nThe session concluded with a Q&A, where participants asked about key rotation, wallet support, and privacy. Ganesan addressed these concerns, emphasizing MOSIP's commitment to security and user privacy. The full recording is available on the OpenWallet Foundation's YouTube channel, along with links to Inji documentation and a sandbox environment. n nAs digital identity becomes increasingly vital, solutions like Inji offer a balanced approach. By combining open-source innovation with support for traditional systems, MOSIP and Inji aim to create a more inclusive and resilient digital ecosystem. This presentation underscores the importance of adaptability in addressing global identity challenges. 

Frequently Asked Questions (FAQS): 

Q: What is Inji and how does it work?

A: Inji is a verifiable credentialing solution by MOSIP that manages the entire lifecycle of digital credentials. It includes tools like Inji Certify, Inji Wallet, and Inji Verify, which handle issuance, storage, and verification of credentials through secure QR codes and modular components.

Q: How does Inji address challenges in centralized ID systems?

A: Inji decentralizes identity verification, reducing reliance on central servers. It allows offline operations and supports legacy systems like paper-based credentials, ensuring service continuity even during network outages.

Q: What are the key features of Inji?

A: Inji offers secure, cryptographically verified credentials that can be printed on paper. It supports multiple verification methods, including QR code scanning and OpenID-based flows, and is designed to be modular for flexible adoption.

Q: Which countries have implemented MOSIP solutions?

A: The Philippines, Morocco, and Ethiopia are among the countries that have adopted MOSIP's solutions, tailoring them to local needs while leveraging the platform's open-source framework.

Q: How does Inji ensure privacy and security?

A: Inji uses cryptographic techniques to secure credentials and QR codes, minimizing forgery risks. Its modular design allows service providers to control verification processes, ensuring data privacy and compliance with local regulations. 

More Related Topics :