Reverse engineering · Wearable interoperability · On-device analytics
I'm a developer and reverse engineer in South Carolina. I focus on useful hardware interoperability, privacy-minded applications, and turning undocumented protocols into tools people can inspect and run themselves.
A local-first recovery and wearable analytics app for macOS, iOS, and Android. NOOP works directly with WHOOP 4.0, 5.0, and MG hardware while keeping data and analytics on the device.
Current focus:
- WHOOP 4.0, 5.0, and MG Bluetooth LE interoperability
- Recovery, strain, HRV, and sleep analysis computed on-device
- Shared Swift and Kotlin analytics fixtures
- Hardware verification, release reliability, and cross-platform parity
Explore NOOP → · Latest release →
| Project | What it does |
|---|---|
| NOOP | Offline, local-first wearable analytics across Apple platforms and Android. |
| AnkerMake M5 Protocol | Direct printer control, protocol tooling, slicer integration, and Home Assistant support for M5/M5C hardware. |
Swift · Kotlin · Python · TypeScript · SwiftUI · Bluetooth LE · SQLite · GitHub Actions
- Local first: the useful path should not depend on an account or a remote service.
- Evidence over guesses: protocol work should be reproducible and clearly separate verified behavior from experiments.
- Own your hardware: people should be able to understand, maintain, and extend the devices they bought.
South Carolina, USA · building in public on GitHub


