Intelligence You Can Wear All Day
From earbuds to smart glasses to fitness bands, wearables demand AI that runs for hours on chips smaller than a fingernail. We make it possible.
Industry Challanges
Users want premium AI features on hardware the size of a coin cell. Most models can't even load, let alone run.
All-day earbuds, multi-day watches, always-on glasses. Cloud connectivity and heavy inference drain power before lunch.
Voice commands, gesture controls, audio processing. On something you wear, latency isn't just annoying, it feels broken.
Wind, traffic, crowds, overlapping conversations. Wearables go everywhere, and generic models struggle everywhere.
Heart rate, voice patterns, location, health metrics. This is deeply personal data that users expect to stay on their device.
A hearing aid that drops connection or a translator that needs WiFi fails exactly when it's needed most.
Wearables need AI that lasts as long as users wear them. We build models that run on the DSPs and low-power processors these devices actually ship with, at microwatt-level consumption that enables always-on intelligence from morning to night.
With no cloud round-trips, voice and audio feel instantaneous. And because wearables travel everywhere, from crowded cafes to windy runs to noisy commutes, our noise reduction is tuned for real acoustic chaos, not lab conditions. If AI can't perform in the real world, users turn it off.
Local processing also means private by design. Users' digital footprints and biometric data are on their control. Device makers avoid cloud infrastructure, eliminate API costs, and ship features that work anywhere, even offline.
Works in the acoustic chaos of real life, runs all day on tiny batteries, never depends on connectivity.
