Neurodiagnostic sensing
Combine wearable data on movement and physiological demand with task and environmental context to estimate what is limiting propulsion in that moment.
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reNeu Bionics
reNeu Bionics is developing a wearable system that measures how a person is moving, estimates what support is needed, and adjusts assistance and training as conditions change. The aim is to support walking now while creating repeated opportunities to recover propulsion during daily life.
An integrated autonomous system
The platform combines three functions: neurodiagnostics that estimate the person's current movement state; a wearable neuroprosthesis that delivers timed neuromuscular assistance; and a digital therapeutic that adapts training over time.
Combine wearable data on movement and physiological demand with task and environmental context to estimate what is limiting propulsion in that moment.
Deliver personalized neuromuscular assistance timed to the gait cycle to support forward force while preserving active effort.
Adjust challenge, feedback, and progression using the person's response over time, turning everyday steps into structured practice.
Clinician-guided autonomy
The system is designed to adapt during daily life within a treatment plan established by the clinical team.
Track movement, activity, environmental context, and physiological demand.
Adapt timing, intensity, and challenge within clinician-set goals and safety bounds.
Use changes across days and weeks to refine future settings and inform clinical review.
Connected to reNeu Clinic
In the clinic, clinicians identify the factors limiting propulsion and establish the treatment plan. In daily life, reNeu Bionics is intended to carry that plan forward with adaptive assistance and repeated practice. Data from both settings can inform the next clinical decision.
For patients, clinicians, and partners
Contact reNeu about clinical care, referrals, research, or technology partnerships.