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MOSIP Decode 2025

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Eligibility

Engineering Students | MBA Students | Undergraduate | Postgraduate

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All that you need to know about MOSIP Decode 2025

About MOSIP Decode:

MOSIP Decode is a virtual hackathon designed to encourage contributions to MOSIP’s open-source platform from the student community!

As a globally-recognised Digital Public Good, MOSIP helps governments conceive, develop, implement, and own foundational digital ID systems in their countries. Countries adopt MOSIP with the help of local experts to customise the platform to suit their requirements, but these needs are diverse and have endless potential for solutions. This is where MOSIP Decode comes in.This hackathon offers students the opportunity to learn from industry experts and propose solutions for national digital infrastructure that has been adopted by 26 countries till date across Asia Pacific, Africa, Latin America, and the Caribbean.

Develop code that aligns with MOSIP’s guiding principles of modularity, scalability, security, and privacy, and stand a chance to:

  • Win from a prize pool of 5,000 USD

  • Secure an internship with MOSIP to refine and integrate your solution into a globally implemented platform

  • The top solutions will be showcased at MOSIP Connect 2026 – an international event with representatives from over 30 countrieContribute to our mission of Empowering Lives, One Unique ID at a Time

Problem Statements:

  • Quality Check Portal for Agricultural Imports and Exports\

    • Complexity Level: High

    • Build a web-based portal for exporters, importers, and QA agencies to upload product data, conduct quality inspections, and generate verifiable digital certificates for agricultural raw materials.

    • Click herearrow-up-right to download the details of this Problem Statement.

  • Inji Verify - Offline Verification\

    • Complexity Level: High

    • Build a browser-based or mobile-friendly application using the Inji Verify SDK to enable offline Verifiable Credential (VC) verification via QR codes, with local result storage and automatic sync when connectivity is restored.

    • Click herearrow-up-right to download the details of this Problem Statement.

  • Unified Verifiable Credential Verification Platform\

    • Complexity Level: Medium

    • Create a Unified Verifiable Credential Verification Solution with developer-friendly features that can auto-detect and support multiple credential formats while providing a consistent verification response structure across all formats.

    • Click herearrow-up-right to download the details of this Problem Statement.

  • Optical Character Recognition (OCR) for Text Extraction and Verification\

    • Complexity Level: Medium

    • Innovate an OCR-driven solution that seamlessly extracts text from scanned documents, intelligently auto-fills digital forms, and accurately verifies the extracted data against the original source for enhanced reliability and efficiency.

    • Click herearrow-up-right to download the details of this Problem Statement.

  • WhatsApp - Telegram - Viber Notifications\

    • Complexity Level: Low

    • Build a notification system that sends certificate/event expiry alerts and guidance to users via WhatsApp, Telegram, and Viber.

    • Click herearrow-up-right to download the details of this Problem Statement.

  • Integrate Signup Flow with Amazon or Azure Liveness Detection libraries\

    • Complexity Level: Medium

    • Integrate the eSignet signup service with available liveness detection/face matching libraries from Amazon or Azure to enhance identity verification.

    • Click herearrow-up-right to download the details of this Problem Statement.

  • Child Health Record Booklet\

    • Complexity Level: Low

    • Design a desktop or mobile application that enables offline health data collection for children in remote areas, with secure local storage. The app must support authenticated data upload via eSignet once internet connectivity is restored.

    • Click herearrow-up-right to download the details of this Problem Statement.

Rules:

  • Eligibility: MOSIP Decode is open to students currently enrolled in any college or university globally.

  • Team Participation: Teams can consist of up to 5 members. You can either form a team with friends or request to join an existing team.

  • Problem Statements: Your solution must cater to one of the 7 specific Problem Statements.

  • Intellectual Property: On request, you are required to contribute the source code of your solution to MOSIP.

  • Originality Requirement: Solutions must be original and innovative. Any form of copying or borrowing ideas will result in disqualification.

  • Submission Policy: You may submit your hack multiple times. The last submission before the deadline will be considered the final entry.

  • Submission Details: Provide an overview of the Problem Statement along with a 1-2 page document or 5-7 slide pitch detailing your solution. For detailed submission criteria, please refer to the Submission Criteria.

  • Allowed Resources: You may utilise open-source libraries, datasets (e.g., Kaggle, Hugging Face), and freely available systems/services (e.g., Google Maps, Facebook Connect, Twitter feeds). Ensure OSI approved licensesarrow-up-right.

  • Adherence to MOSIP Code of Conduct: Participants are requested to adhere to the official Code of Conductarrow-up-right for MOSIP Decode. The MOSIP team reserves the right to remove, edit, or reject comments, commits, code, wiki edits, issues, and other contributions that are not aligned to this Code of Conduct, and will communicate reasons for moderation decisions when appropriate.

Resources:

  • Explore essential materials, including official documentation, Masterclass sessions, product demo videos, and recordings of Weekly Connect sessions herearrow-up-right.

Submission Criteria:

  • Submissions need to meet specific requirements and standards to be considered valid. For the criteria and step-wise information on the submission process, please click herearrow-up-right.

Evaluation Criteria:

  • For a detailed understanding of the parameters on which your submission will be evaluated, click herearrow-up-right.

About MOSIP:

  • MOSIP is an open-source project incubated at the International Institute of Information Technology, Bangalore. Built as an API-first, open-standards-based foundational identity platform, MOSIP offers adopters the flexibility to design, build, and own critical software infrastructure for ID.

  • In addition to providing robust technical architecture, MOSIP is also committed to nurturing a global ecosystem of contributors, including country partners, technology providers, research institutions, and developers – to advance inclusive and secure digital identity solutions.

  • With 26 country engagements till date, MOSIP-based ID systems have been adopted across Asia Pacific, Africa, Latin America, and the Caribbean.\

Terms & Conditions:

  • For detailed Terms & Conditions of the MOSIP Decode Privacy Policy, click herearrow-up-right.

Contact Us: Please use the Unstop Discussion board for immediate questions, conversations, or issues regarding the event or your individual projects. For more targeted queries or concerns about the event, reach out to us at [email protected]envelope.

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