Non-Invasive Telekinesis.
A Brain Interface for Movement.
Morph decodes motor intent directly from the brain. Prosthetics are our first application.
The Interface is the Bottleneck
Most prosthetics ask users to control a hand by training their muscles—not their mind. It’s awkward, fatiguing, and limited. That’s why nearly half are abandoned within a year. The hardware improved; the control didn’t.
The Mind is the Interface
Our system decodes motor intent from EEG and translates it into precise motion across compatible devices. No surgery. No muscle workarounds. One interface, many hands.
Built for Humans and Builders
Morph powers movement for the people who rely on it, and the teams shaping the future of neural interfaces. Our platform serves both end users and developers.
01
Amputees & Patients
Morph offers natural, intuitive control without muscle fatigue, adapting to you and working seamlessly with partner prosthetic devices.
02
Clinics & Neurology Centers
Morph integrates into clinical workflows, adapting to each patient and improving control to reduce abandonment across compatible devices.
03
Developers & Neurotech Teams
Access Morph’s signal-processing models and APIs to decode intention, refine EEG/EMG data, and build next-generation neurotech and robotics applications.
44%
Upper-limb prosthetics are abandoned within a year
10,000+ Hours
Of high-fidelity motor-intent data per year
1 Interface
For controlling hands, robots, and machines
Every interaction improves the model. Over time, the same non-invasive interface extends beyond prosthetics to exoskeletons, robots, and remote manipulators.
A Foundation Model for Movement.
In discussion with:
