AI infrastructure · Backend systems · Open-source engineering
I build the infrastructure that makes AI systems reliable: data pipelines, inference services, persistent state, and the APIs around them. I work from a reproducible problem to a tested implementation, then stay involved through review and integration.
LinkedIn · Email · Open-source contributions
| Project | Contribution |
|---|---|
| PyTorch TensorDict | Avoid unnecessary dataset reads when listing lazy HDF5 keys. |
| OpenClaw | Prevent duplicate CLI progress replies in session history. |
| Meta's Muse Gadget SDK | Keep rejected device registration from being treated as successful. |
| REA | Honor JavaScript module-sync package exports. |
- ComfyUI: persistent execution history — retain completed workflow records across restarts, with retention controls, transactional deletion, and privacy-aware storage. Open PR.
- Chroma: native sparse search — add exact sparse search to the embedded query path. Draft PR.
- LanceDB: streaming checkpoint provenance — make checkpoint identity and restore compatibility explicit. Draft PR.
- zero-hour — supply-chain incident triage for coding agents, connecting security advisories to dependency and file-level evidence.
- Japanese OCR for RAG — extract Japanese PDFs into traceable text for retrieval pipelines, processing large documents page by page.
My work spans machine learning, backend services, and cloud infrastructure: forecasting, recommendation systems, document intelligence, APIs, and deployment automation. I focus on correctness under failure, measurable performance, and compatibility with the systems people already use.
Tools: Python, TypeScript/JavaScript, Go, FastAPI, PostgreSQL, AWS, Docker, and GitHub Actions.
M.S. in Computer Science, New York Institute of Technology · B.Tech. in Computer Engineering, UKA Tarsadia University.
Building AI infrastructure or working through a difficult systems problem? Let's talk.



