Available for collaboration
Engineering the future with code
I build self-hosted AI systems that run on your own hardware, autonomous robots, and rockets that actually leave the pad.
01 Selected work
Self-hosted products under NeoLabs, flight hardware under NeoLabs Rockets, and open-source tools used by thousands of developers.
A self-hosted AI agent that keeps working after the chat ends. Runs as a service on your own server with an isolated Docker browser and terminal, controls Android devices, remembers context, and executes scheduled or event-triggered work.
A rocket launch controller built for safety: a custom single-layer PCB on ESP32 talking BLE to a mission-control dashboard. Guided connect → checklist → arm → countdown flow, 2 s link keepalive with a 700 ms heartbeat during countdown, live weather and ADS-B airspace GO/NO-GO checks, an OSM-based launch-site scorer, and a broadcast camera HUD that phones can subscribe to over SSE.
Private audio memory. Transcription, diarization, multilingual embeddings and the language model that writes your memories all run on your own machine — no account, no API key, nothing leaves the host. Clients buffer offline and resume idempotent uploads; one real conversation becomes exactly one memory.
A self-hosted AI email client for multi-user deployments. Per-user mailbox isolation with server-side authorization boundaries, an assistive-first AI layer that never sends or deletes without intent, a REST + MCP automation surface for external agents, and a built-in engine that files GDPR/CCPA removals with data brokers on your behalf.
Core contributor to the open-source AI wearable — 109 commits across firmware, backend and the app ecosystem, plus the community app platform that ships integrations to its users.
An LLM continuously reads world news and scores how close we are to catastrophe, rendered as a live global risk map. My most-starred solo project.
The first NeoLabs rocket. A modular, print-in-place airframe designed as a low-cost entry point into model rocketry, qualified against Estes, Quest, Klima and AeroTech motor classes and built to be extended with payloads and recovery systems.
A collection of apps and integrations for the Omi wearable, forked nine times and used as a reference implementation by the community.
A multi-tool AI agent that doesn't just think — it acts. Backend orchestration around LLMs handling automation, research and data analysis across platforms.
Autonomous Robot Control System — context-aware navigation driven by local agents, with VR teleoperation and an active safety layer that stays in the loop.
A 3D-printable launch pad with a water-cooled flame diverter, tunable cooling channels, an integrated rod guide and a modular camera mount.
Actually Helpful Digital Assistant — one of my earliest computer-use agents, letting an LLM drive a desktop directly.
A round ESP32-S3 companion for Bambu Lab printers: live status on a circular touch display, progress ring, camera snapshots and both cloud and LAN sync.
Safety research on a single premise: an AI shall not, through its outputs or its inaction, allow a human being — or humanity — to come to harm.
02 About
Most of my work starts the same way: something should exist, it doesn't, so I build it end to end — schematic to PCB, firmware to backend, API to the interface someone actually uses.
Under NeoLabs Systems I ship self-hosted AI products — an agent, an email client, an audio memory system — all designed so your data stays on your own machine instead of someone else's. Under NeoLabs Rockets I design flight hardware and the launch systems that make firing it safe.
Alongside that I contribute to open source, most substantially to Omi, the 13k-star AI wearable, where I work across firmware, backend and the app ecosystem.
Agent runtimes, local inference, RAG and memory, MCP servers, tool orchestration.
Node.js and Python services, SQLite and Postgres, real-time transport, Docker deployments.
ESP32 firmware, BLE, custom PCB design, sensor fusion, CAD and 3D-printed mechanics.
Autonomous navigation, teleoperation, safety interlocks, launch control and telemetry.
03 Contact
Open to collaboration, contract work and interesting hardware problems. The fastest way to reach me is email.
