The signal your brain already sends.
Every hand movement begins as an electrical command travelling from your brain to your muscles. We read that neuromuscular signal at the wrist — and turn it into action.
EMG, said plainly.
SNC — Surface Nerve Conductance — is our brand name for our wrist-optimized surface EMG. It's a sensor array that reads the faint electrical activity your muscles produce as your nerves activate them. We chose the wrist because it's where this signal is both rich and socially acceptable to wear a device — and because a decade of work has made us very good at reading it there, reliably, across different people.
From a thought to an action.
The command starts in your brain
and travels down your nerves to your hand.
The signal reaches your wrist
as faint electrical currents surface at the skin.
Our sensors read it directly
at the source — no camera, no line of sight, no contact with whatever you're controlling.
We clean and convert it
on-device — amplified, filtered, and turned into clean digital data, locally, with no cloud required.
AI recognizes the gesture
in real time — a tap, a pinch, a swipe, a press, and how hard you're pressing.
The action fires
over Bluetooth Low Energy to your device — phone, AR glasses, robot, or AI agent — with low latency and low power.
- Beyond the camera. The wrist is the source; it doesn't matter where your hand goes.
- Through gloves, in the dark, in low contrast. The signal is electrical, not visual.
- Pre-motion. The neuromuscular command exists before the hand finishes moving.
- Force-aware. EMG amplitude is a proxy for how hard you're trying — not just whether you moved.