Patient clips sensors onto shoes, puts headphones over ears, and starts a session

This emulates Rhythmic Auditory Stimulation, an evidence-based therapeutic practice that enables auditory-motor entrainment, the synchronization of the auditory and motor regions of the brain, to produce meaningful therapeutic benefits.
By standardizing components associated with application development, data capture, processing, storage, and rhythmic stimulus delivery, our platform provides the perfect foundation for new product discovery, design, testing, and evolution as scientific evidence and experience advance. The design of the platform is informed by over 30 years of academic research, current clinical best practices, and over 30,000 hours of real-world direct patient care.
Click the arrows below to see an example of an end user configuration.
Patient clips sensors onto shoes, puts headphones over ears, and starts a session
Sensors collect baseline gait data
Our patented algorithms continuously receive real-time gait data from sensors to curate, augment, and individualize clinical interventions for each patient in real-time based on that user’s data.
Patient listens to the music and walks to the beat.
The algorithms constantly assess the user’s entrainment ability and quality of walking, and provide auditory stimuli to progress them toward an objective clinical goal.
Research
Design & POC
Feasibility
Pivotal Trial
Regulatory
MR-001
Chronic Stroke
MR-004
Multiple Sclerosis
MR-005
Parkinson's Disease
MR-010
Post-Acute Stroke
MR-012
Functional Neurological Disorder
MR-009
Aging in Place
MR-C-001
Cognition