Universal Interface Stack
A hardware-agnostic C++ control stack for robots — motors, encoders, trajectories, tools, and motion planning, all swappable without touching application code.
Robotics & Embedded Systems
I build hardware-agnostic control systems for robots — from low-level motor, encoder, and sensor drivers up through trajectory generation and motion control. This site is where I write up what I'm building and why.
A hardware-agnostic C++ control stack for robots — motors, encoders, trajectories, tools, and motion planning, all swappable without touching application code.
Integration firmware for a modular 5-degree-of-freedom robot arm, built entirely on top of the Universal Interface Stack.
A browser-based servo range-finder and installation/calibration wizard, using an AS5600 magnetic encoder as ground truth — no software install required.
A target angle is not a motion plan. Why real motors need a shape for the move between two points, not just the destination — and the tiny, portable library that computes it in real time.
Nine hobby servos, 55,000 measured moves, and the calibration trick that turns a wobbly robotic arm into a precise one.