25+
Years of
Experience
$20M+
in Technology
Development
Our Vision is to define the future of human mobility, where paralysis is no longer a permanent barrier to independence
We are currently at chronic preclinical validation stage.
By stress-testing our platforms in complex models, we are systematically proving the long-term safety and restorative efficacy required for clinical translation.
After Spinal Cord Injury, the neural circuits below the injury remain largely intact, but disconnected.
RISE precisely targets and activates the existing locomotion networks inside the spinal cord.
Our ultra-thin, high-channel microelectrode arrays feature biomechanically inspired strain relief, ensuring superior mechanical stability and minimal impact to the neural tissue.
Built at the intersection of Neuroscience, Engineering, and Neurosurgery
