I build hardware, software and ML that work together.

Open-source USB-C PD analyzer and programmable power supply built on the ESP32-C3. Set any voltage from 3.3V to 21V with 20mV precision, monitor current draw in real-time via WiFi or BLE, and log power consumption over time. Full transparency — inspect the schematic, modify the firmware, or manufacture your own.

Set the exact voltage, watch the live current draw, and log it, instead of poking at a charger and hoping.

• See exactly what your USB-C charger and device are negotiating
• Set any voltage from 3.3V to 21V with 20mV precision
• Monitor current and power draw in real-time via WiFi or BLE
• Open-source firmware—customize everything

Ultra-low power IMU tracker that runs 30+ days on a CR2450 coin cell. Combines a 6-axis IMU with deep sleep between motion events and adaptive reporting. Compact enough to embed in any wearable — step counters, gesture controllers, sports trackers. Open-source design, TinyML-ready firmware.

A month of motion tracking from a coin cell, small enough to actually build into a wearable.

• 30+ days battery life from a CR2450 coin cell
• 6-axis IMU with motion-triggered wake-up
• Compact enough to embed in any wearable
• Ready for TinyML deployment

Error tracking that reads your code. Patchly groups production errors, pulls the source from GitHub, and proposes a fix you can review.