The filled squares are my 357 commits, coloured by project and placed in the order I made them. The outlined ones are still empty. Hover a filled one.Tap a filled one.
An AI code reviewer that finds bugs, security holes and complexity problems, then hands back the fixed code.
2 · analysis results
3 · code explainerI grew up drawing. Now I build full-stack and AI products, some in a day, one in twelve, and I care how they look as much as how they work.
I'm a second-year CSE student at MSU Baroda. I still make things the way I learned to draw: a rough sketch first, then refining until it looks right. These days the canvas is full-stack and AI products.
The heavy ones I ship with. The light ones, I'm still learning.
Hover a skill, or a projectTap a skill, or a project
My journey: first commit in December 2025; CodeAutopsy, my first project; Clarity for TetraTHON's entry round; top 44 of 160 at TetraTHON; Prism in two days; GlobeTrotter at the Odoo hackathon; Swasthya-AI built solo; a Decode SIH certificate; and now Smart India Hackathon 2026, where we cleared the college round and our prototype is under SIH review.
$ git tag -a sih-2026 -m "Smart India Hackathon 2026: cleared college round"
Team Caffeine Coders, six of us. Problem statement 26041 from the Government of Jharkhand: an AR-based vocational training simulator for industrial safety in mining and manufacturing. Our prototype, Suraksha Saathi, is a mobile app with a FastAPI back end and a React dashboard.
$ git tag -a decode-sih -m "Decode SIH: certificate"
Earned during Smart India Hackathon 2026.
$ git tag -a tetrathon-2026 -m "TetraTHON 2026: top 44 of 160"
We entered with Clarity, a credit-likelihood and investment planner, and made the top 44. For that round we built Prism, an AI diligence tool, in two days. We weren’t selected for the top-9 pitch.
An Android app that runs fire and gas-leak drills over the live camera, scores what the worker does, and issues a certificate anyone can verify offline.
DGMS recorded 48 fatal mine accidents in Jharkhand in 2022–23, many involving workers in their first month. New workers learn safety from manuals in a classroom and keep little of it a week later. Live drills stop production, VR headsets are out of reach for small mines and contractors, and a paper certificate can’t show that a worker knows what to do.
An Expo React Native app in TypeScript, a FastAPI back end on PostgreSQL, and a React dashboard. Each drill is a JSON file of steps and scoring rules played by one generic scenario player, so a new safety domain needs content, not code. Scoring is a pure function over a timestamped log of what the worker did, unit-tested in Node. Certificates use a two-level Ed25519 chain (root key, device attestation, certificate), so a phone can issue one and a stranger can check it with no network; the app, API and dashboard all pass the same test vectors. A gyroscope filter holds the overlays steady, and printed QR markers pin them to the real exit.
I was the technical lead and built the system: the architecture, the Android app, the camera drills and scenario player, the scoring engine, the offline certificates, the back end and the deployment. When Unity’s Android tools wouldn’t install, I moved the app to Expo React Native and kept the scenario files, scoring and certificate formats as they were. Shivam led the team and the pitch, Jeet built dashboard screens and tested, Apurva researched the safety procedures, Zarna wrote the Hindi and Santali, and Hetvi designed the interface and wallet cards.
An installable APK that runs on any Android 10 phone with no headset. Cleared the MSU Baroda internal round of Smart India Hackathon 2026; the prototype is under SIH review. Next: syncing phones to the dashboard, and native-speaker review of the Santali.