AOSSIE

Mentors: Student: khushalagarwal

My proposal aims to build the smart contracts of DIT which is a blockchain based identity system that gives users ownership of their digital identity. DIT lets users mint on-chain identity (ERC-721 NFT tokens) tied to unique username. Tokens can be educational qualifications, work history, healthcare records etc. Others can endorse these credentials, recovery and flagging keeps trust honest and up to date. private information is stored as cryptographic hashes, so no personal data is exposed on-chain. It lets users mint self-sovereign identity tokens.

Mentors: Student: Ritik Roshan Yadav

When I first tried exploring open-source organizations on GitHub, I kept running into the same problem. GitHub shows great details for each repository, but almost nothing that helps you understand an organization as a whole. I had to open repo after repo just to figure out which projects were active, which languages were common, and who was actually contributing. It felt slow, manual, and frustrating. That experience led me to build OrgExplorer. OrgExplorer is a fully client-side web app that turns raw data from the GitHub REST API into clear, organization-level insights. There’s no backend, no login, and no setup. You simply enter one or more organization names and, within seconds, you can see language distribution, repository health, contributor coverage, governance risks, and activity trends. Everything is cached locally so the app feels fast and doesn’t waste API requests. Behind the scenes, OrgExplorer merges repositories and contributors from multiple organizations into a single data model. From that, it highlights practical signals like bus factor risk, cross-repo contributor coverage, dead issues, zombie pull requests, and how activity changes over time. By the end of GSoC, OrgExplorer will support multi-organization analysis, an interactive contributor–repository network graph, repository health classification, governance audits, activity trend charts, exportable reports, deep-linked views, and offline support as a Progressive Web App. Smart caching ensures it stays within GitHub’s rate limits, with optional token support for larger explorations.

Mentors: Student: Siddhantcookie

Over the summer, I'll be shipping Windmill (a cheap, auction-based DEX), Karma (an oracle run entirely by its users), OrbOracle (custom on-chain price feeds), and MiniChain (a hands-on Python curriculum). My goal is to make decentralized trading significantly cheaper and safer, while using the new MiniChain platform to actually teach beginners how blockchains work.

Mentors: Student: aniket_kumar_

This project solves the problem of inefficient on-chain trading, where current systems depend on fixed prices, off-chain matching, or complex order books that do not scale well. As the number of orders grows, matching becomes slow, costly, and less transparent. To solve this, I will build Windmill, a fully on-chain trading system where orders are not fixed but change with time as price curves. Buy prices go down, sell prices go up, and trades happen automatically when they meet. No off-chain engine, no oracle, and no central control is needed. Everything is deterministic and runs directly on the blockchain. The deliverables include smart contracts for order creation, matching, and settlement, a keeper system to trigger matches, a frontend interface for users to place and track orders, and a subgraph for indexing and analytics. The final system will be scalable and completely decentralized.

Mentors: Student: Rahul_Vyas

As GitHub organizations grow, it becomes difficult to understand overall activity across multiple repositories and contributors using the default interface. Important insights such as contributor involvement, repository activity, and development trends are often scattered across many pages, which makes analysis slow and inconvenient. This proposal introduces OrgExplorer, a web-based platform designed to provide a clearer view of activity within GitHub organizations. The project will collect data from the GitHub REST and GraphQL APIs, process it, and present it through an interactive and easy-to-understand interface. The system will include features such as repository and contributor insights, activity visualizations, calculated metrics, and browser-based caching to reduce repeated API requests. Support for GitHub Personal Access Tokens will also be included to enable richer data access. By the end of the project, OrgExplorer will provide an interactive dashboard with organization-level insights, repository and contributor visualizations, metrics and rankings, exportable reports (CSV and PDF), and proper documentation. The goal is to make it easier for users, maintainers, and community members to explore and understand how GitHub organizations are evolving over time.