Our Approach
Using electrical stimulation to help the brain and body relearn movement after paralysis.
Functional Electrical Stimulation
Functional Electrical Stimulation (FES) uses small, controlled electrical pulses to activate muscles that a patient can no longer move voluntarily.
It’s not new — FES has been used in rehabilitation for decades. What we’re doing is making it more accessible, more personalized, and easier for clinicians to integrate into treatment.
Our device can target different muscle groups depending on the patient’s needs — helping restore movement where it matters most for daily independence.
How FES Works
Electrodes are placed on the skin over the target muscles
Short electrical pulses cause the muscle to contract, producing movement
Repeated practice strengthens neural pathways, helping the brain relearn how to initiate the movement on its own
Grounded in Motor Learning
Electrical stimulation alone isn’t enough. Recovery depends on how the brain adapts — and that requires the right kind of practice.
Repetition
The brain needs hundreds of movement repetitions to form new pathways. FES makes this possible even when voluntary movement is limited.
Task-Specific Practice
Practicing real, functional tasks produces better outcomes than abstract exercises.
Intensity
More practice in less time. Our device lets patients continue meaningful rehabilitation between clinic visits.
Feedback
Patients and clinicians need to see progress. Our companion app tracks improvements over time to keep treatment on course.
The System
A wearable device and a clinician app, designed to work together.
Stimulation Device
A compact, comfortable device that delivers precise electrical stimulation to target muscles. Designed for use at the clinic and at home.
Clinician App
A mobile app that lets clinicians create personalized treatment protocols, adjust stimulation in real time, and track patient progress across sessions.
Currently in Development
We’re prototyping and working with clinicians to validate our approach. If you’re interested in learning more or collaborating, reach out.
Get in Touch