CE marked
Certified to European standards for safe operation in public, unstaffed environments.
The technology
Physical AI combines robotics, computer vision and machine learning to deliver autonomous, personalised recovery — the intelligence of a great therapist, in a machine that never has an off day.
What is Physical AI?
Most AI lives on a screen. Physical AI reaches into the real world: it perceives a person in three dimensions, decides what their body needs, and moves with therapist-trained precision to deliver it — safely, and the same way every time.
That combination — perception, decision and safe motion — is what turns a robot arm into recovery infrastructure.
The stack
On-board cameras and sensors read the body in real time — posture, shape and response — adjusting pressure as the session unfolds.
A point-cloud scan builds a precise model of each person, so Self knows exactly where to work — and remembers for next time.
Techniques modelled on real therapists are planned by AI and tuned to the individual, session over session.
A CE-marked collaborative robot delivers the motion with force-limited, multi-layer safety — built for unsupervised public use.
It compounds
Self isn't static. Each visit feeds a profile unique to the individual — so the recovery fits a little better every time, and the intelligence behind it keeps improving across every machine on the network.
That's the long game: millions of sessions compounding into the operating system for recovery.
Read the body
Build the profile
Tune the session
Improve the network
Safety & certification
Certified to European standards for safe operation in public, unstaffed environments.
A collaborative robot designed to work safely alongside people, with motion that yields on contact.
Multiple independent safety systems and an always-available stop keep every session in the user's control.
The platform
The same Physical AI that powers the recovery robot is a layer others can build on. "Powered by Self" licenses the intelligence beneath other brands and surfaces — with biometric sensing as the long-horizon upside.