Rust & Embedded Systems Engineer · no_std · UEFI · Ed25519/BLAKE3 · Real-time Networking (Space/Defense)
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I build reliable low-level software for hardware that can’t afford to fail—defense/space systems, secure devices, and high-assurance platforms.
- Boot & Trust: UEFI/no_std, measured boot, signed capsules, reproducible boot loops
- Embedded & RT: HAL/driver work, interrupts/DMA, Zephyr/FreeRTOS, bounded latency
- Mission Comms: TCP/UDP/QUIC stacks, DNS security, resilient pipelines
- Safety by construction: Memory safety without GC, deterministic behavior, clean FFI to C/C++
I’m a Producer Member of the Rust Foundation’s Safety-Critical Rust Consortium (coding guidelines & tooling).
- NØNOS Systems — no_std UEFI bootloader (x86_64-unknown-uefi), cryptographic capsule verification (Ed25519 + BLAKE3), kernel bring-up with phased boot logs and a reproducible QEMU/OVMF loop.
- VidOxide — lightweight real-time video intelligence toolkit (local-first). Webcam → FFmpeg → MediaMTX (RTSP) → Frigate (AI detection) → MQTT, plus a Rust CLI & agent. One-command Docker stack, examples, docs.
If your payload, vehicle, or device needs deterministic, verifiable behavior, let’s talk.
Languages: Rust, C/C++, Go
Firmware/Boot: UEFI, ACPI, TPM/Secure Boot (wiring), no_std
Embedded: Zephyr, FreeRTOS, probe-rs, OpenOCD, dfu-util, ST-Link
Networking: QUIC, TCP/UDP, libp2p, DNS security, MQTT
Crypto: Ed25519, BLAKE3, detached signatures, trust boot paths
Dev & Ops: Docker/Compose, QEMU/OVMF, LLVM/LLD, mold, CI
- no_std UEFI bootloader with signed capsule verification (Ed25519 + BLAKE3)
- Phased boot logs → faster iteration & clearer failure modes
- Reproducible QEMU/OVMF loop for kernel bring-up
Repo