Every step contains a signal.
Wearable pressure and motion sensing capture movement as it unfolds, creating a live foundation for patient-specific interpretation.
Wearable sensing architectureNUWAC is building the feedback layer between wearable gait sensing, clinician-defined intent, and guidance delivered while movement is still happening.
Wearables have made movement easier to capture. But data alone does not define a rehabilitation goal, choose a meaningful response, or keep clinical judgment upstream.
NUWAC connects sensing to patient-specific calibration, clinician-defined protocols, real-time feedback, and a structured record for later review.
Wearable pressure and motion sensing capture movement as it unfolds, creating a live foundation for patient-specific interpretation.
Wearable sensing architectureCalibration and an adaptive decision layer compare live movement with the goal configured for that session.
Patient-specific calibrationNUWAC is designed to execute within clinician-defined protocols, configurable goals, and safety boundaries—not to replace clinical judgment.
Clinician-guided intelligenceWhen a configured pattern is detected, the system can deliver an understandable vibrotactile cue while preserving local session continuity.
Real-time biofeedbackStructured outputs support clinician review, research workflows, candidate biomarker development, and progressive validation.
Research and review layerThe value is not a single sensor. It is the continuity between the wearable, mobile workflow, clinical intent, feedback, secure session infrastructure, and research outputs.
Pressure and motion sensing designed around movement, calibration, and local continuity.
Session setup, connection state, feedback status, and guided interaction in one flow.
Configurable goals and review pathways designed to keep professional intent upstream.
Secure session infrastructure, organized outputs, and a foundation for evidence development.
NUWAC is being developed as a configurable platform for gait-related rehabilitation and research. Potential applications remain subject to clinical and technical validation.
Explore validation directionEach session can create an interpretable chain from configured intent to movement response—supporting review today and structured research tomorrow.
A configured objective and calibrated starting point define the context.
Relevant sensing and feedback events are preserved as a structured trace.
Clinicians and researchers can examine what happened across the session.
Repeated, well-defined outputs can support evidence and biomarker development.
Sensing hardware can become interchangeable. Defensibility grows in how the platform connects clinician intent, adaptive execution, session continuity, feedback delivery, and structured evidence.
Request a confidential briefingFor clinicians, researchers, rehabilitation organizations, strategic partners, and investors who believe measurement should lead somewhere.