Codeforces
1571
Specialist · max 1571
You’ll like it:
A systems-oriented software engineer focused on distributed systems, networking software, and developer infrastructure. I turn protocols and system designs into software that can be inspected, tested, and explained.
01 Proof of practice
Competitive programming and public code, refreshed during each static build with verified fallbacks.
Codeforces
Specialist · max 1571
LeetCode
Accepted problems
Updated Oct 2026 at build
GitHub
Public activity
Each mark represents one contribution.
Verified Aug 2026 · cached
02 Selected work
Three systems with architecture, ownership, evidence, and limitations kept in plain sight.
A multi-tenant control plane for configuring, running, and observing AI-agent workflows. I built durable run state, append-only events, a Redis-backed live update path, usage and cost tracking, approvals, evaluations, and an external trace API.
My role Designed tenant, project, authentication, and API-key boundaries.
A small Go container orchestrator built by a team to explore scheduling and distributed coordination. I implemented etcd-backed task and worker state, registration and heartbeats, leader election, pending-task dispatch, CLI flows, and network-aware multi-node scheduling.
My role Implemented etcd-backed worker/task state, registration, and heartbeats.
A Git-compatible command-line implementation in Rust. I built object storage, tree and commit creation, smart-HTTP cloning, packfile and delta handling, and working-tree checkout for a focused subset of Git.
My role Built loose blob, tree, and commit storage with Git-compatible encoding.
03 Open source
TCP recovery contributions with team attribution and current status intact.
Co-contributed in a four-person NITK team to aligning FreeBSD’s TCP Proportional Rate Reduction implementation with RFC 9937. The work included implementation review and packetdrill-based validation and landed in FreeBSD source.
Inspect landed review (opens in a new tab)Contributed to a team implementation of RACK-TLP loss recovery for ns-3, including implementation validation, test coverage, and documentation. The upstream merge request has passed its pipeline and remains open while dependent changes and rebasing are resolved.
Inspect open merge request (opens in a new tab)04 More work
Smaller and team projects, scoped to what the public evidence supports.
Implemented the Rust backend for a team web-server project: multiple Tokio/Warp server instances, a round-robin reverse proxy, PostgreSQL persistence, JWT-cookie authentication, scrypt password hashing, and role-based routes.
A Flutter one-to-one chat prototype with Firebase authentication, message state, typing and presence signals, and live-location sharing. The public demo covers the main messaging and location flows.
A team-built inventory and supply-chain application using Django REST and React. I implemented its authenticated persistent-chat backend and React conversation experience, including conversations, messages, read state, and user lookup.
A team-built Go BitTorrent client exploring concurrent piece downloading, peer protocol messages, tracker interaction, piece validation, and file assembly.
Implemented an academic knowledge-graph prototype that exposes path-based explanations and rule-based risk signals through FastAPI and Streamlit. The accompanying technical paper was written by a teammate.
05 About
I care about the decisions hiding underneath a system: state, failure, ownership, and the trade-offs that survive contact with reality.
I am a Computer Science undergraduate at NITK Surathkal. My recent work spans an agent control plane, a small container orchestrator, protocol implementations in Rust and Go, and contributions to TCP recovery work in FreeBSD and ns-3.
I am most interested in backend, systems, and infrastructure problems where correctness and operational trade-offs matter.