Our story
NeuroCore began with our uncle's experience with cerebral palsy, and a gap we set out to close.
Since childhood, we have watched our uncle navigate the daily challenges of living with cerebral palsy. He worked incredibly hard at physical therapy to improve, yet there were no tools designed to help his body consistently engage the muscles needed to move independently.
That gap is why we started NeuroCore, to reimagine what rehabilitation could look like.
The black box of home rehabilitation
Therapy continues after a child leaves the clinic. The data does not.
The problem
Therapists give children with cerebral palsy structured support in the clinic, but lack objective data on whether the practice a child does between sessions helps.
Practicing with poor form can also reinforce the wrong muscle habits, reducing a child's independent mobility over time.
What NeuroCore does
NeuroCore records stability data at each physical therapy session, so therapists can see whether the work between sessions is paying off.
When a child's core moves out of alignment, a vibration cue prompts an immediate correction, helping reinforce proper movement.
Why early intervention matters most
The earlier a child builds core stability, the greater the impact on long-term mobility. Young brains have high neuroplasticity, the ability to rewire and form new neural pathways, which makes early childhood the best window for this kind of training.
What the brace does
Guide
Gentle vibration cues guide movement in the moment, so a child feels the right pattern as it happens.
Illuminate
Continuous data shows patient progress that used to go unseen, so therapists can tailor care session to session.
Empower
Children actively engage their own core, building strength that carries into independent movement.
No family does this alone: clinicians and caregivers make every gain possible, and the kids still do the hardest part themselves.
See how it works
Two sensors and Madgwick fusion feed a haptic cue at the site of deviation.