Rethinking human potential
We engineer materials that bridge the gap between rigid wearable technologies and the human body. Soft, intelligent, and continuously adapting.
Get in touchThe challenge
We engineered our proprietary metamaterial so that it responds in real time. It changes shape, its feel on the skin, and pressure distribution. Not passively, but through active, intelligent control. All in soft silicone.
Advanced Wearables
But the way devices attach to the body hasn't changed in 200 years. Even the most advanced tech can't adapt - because its interface is rigid.
Performance tech that sits on the body - but never adapts.
Artificial limbs that need a living interface - not a rigid socket.
Powered frames where comfort decides if patients keep using them.
Neural interfaces pushing the boundary of what the body can do.
Features
Soft silicone that thinks. Our interface adapts in real time, learns from every user, and plugs into devices that touch the body.
Shape, stiffness, and pressure distribution adjust dynamically - all in soft silicone, with no rigid electronics touching the skin.
Remote sensors track how the body changes over time - enabling data-driven insights on fit and performance.
Users fine-tune their interface, view analytics, and optimise comfort - all from their phone.
Eight granted patents protect our core innovation - from metamaterial design to the control systems that power it.
Designed to plug into existing products - exoskeletons, prosthetics, haptic devices, and adaptive equipment.
Every interface feeds data back to the cloud - learning patterns, improving fit, and enabling remote clinical oversight.
Validation
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