Software engineer at Judix, building AI systems that answer legal questions from real Supreme Court judgments — plus the cloud infrastructure that keeps them up. B.Tech, IIT Patna.
My journey into software engineering began as a civil engineering undergrad at IIT Patna. Today, I am a Software Engineer at Judix, where I built the core retrieval engine that answers legal queries using cited Supreme Court judgments, the Node.js API powering authentication, and the streaming React frontend on top of it.
Outside of work, I specialize in complex systems—developing a C++ routing engine over memory-mapped data, designing resilient Kubernetes clusters for traffic spikes, and automating Jenkins pipelines. I am deeply motivated by building robust solutions where performance and correctness truly matter.
From intern to full-time engineer on the same product — I know it end to end.
Four systems, from a C++ routing engine to a real-time emergency response dashboard. Scroll — they stack.
A fast road-routing system over real OpenStreetMap data for central India — Dijkstra in C++, with the whole graph memory-mapped to stay under a gigabyte of RAM.
A real-time alert system that watches live sensor data from field devices and notifies responders automatically the moment a crisis signal appears.
A scalable multi-service application on AWS EKS that absorbs traffic spikes without downtime — every manifest and cluster config authored from scratch.
Build, test and deploy — fully automated on AWS. A Groovy-scripted Jenkins pipeline with quality gates that stop bad builds before they ever reach ECS.
