Spatial StimelMD®
A next-generation neuromuscular rehabilitation platform integrating Artificial Intelligence (AI), Augmented Reality (AR), Functional Electrical Stimulation (FES), Neuromuscular Electrical Stimulation (NMES), real-time biofeedback, and BioRhythmIQ technology into a unified, adaptive clinical ecosystem designed to restore motor function and promote neuroplasticity.
Neural Sync
98.4% Active
The Problem We Solve
The Rehabilitation Adherence Gap
Stroke and neuromuscular disorders generate long-term disability at a global scale. Rehabilitation systems face increasing pressure due to rising patient volumes, staffing shortages, inconsistent home follow-up, and limited objective progress tracking.
of patients did not complete all assigned at-home physical therapy exercises after discharge
National Surveymissed at least one scheduled visit during their course of care — in a cohort of 444,995 patients
U.S. Cohort StudySpatial StimelMD addresses this adherence challenge by integrating AI-driven real-time EMG decoding, BioRhythmIQ adaptive threshold modulation, FES, NMES, and AR into a closed feedback loop that reinforces patient intent, sustains engagement, and enables clinicians to monitor performance objectively.
Enhanced Neuroplasticity
Immersive Motor Training Through AR & FES
Augmented Reality is embedded at the core of SSMD, anchoring therapy in real-world context. Patients maintain visual contact with their limbs during therapy, strengthening sensorimotor integration and improving functional carryover into daily life. The system combines AR engagement with intent-driven EMG-triggered FES and NMES to reinforce true motor relearning and strengthen neuroplastic pathways.
- AR overlays therapeutic elements onto the patient's real-world environment
- Enhances mirror neuron activation and improves functional carryover into daily life
- Links voluntary EMG activity to precisely timed FES/NMES for true motor relearning
Spatial StimelMD®
Adaptive Electrode System
The Intelligent Edge
AI-Driven Adaptability
Multi-layer AI analyzes muscle activation, fatigue, and performance trends in real time, dynamically optimizing therapy within and across sessions. AI operates at three levels: real-time signal interpretation, longitudinal trend analysis, and structured report generation for clinical decision-making.
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AI-Personalized Adaptive Therapy
Multi-layer AI analyzes muscle activation, fatigue, and performance trends in real time, dynamically optimizing stimulation parameters within and across sessions.
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Closed-Loop Biofeedback Precision
Real-time EMG visualization combined with dynamic threshold recalibration maintains optimal therapeutic challenge, improves adherence, and supports measurable progress.
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Seamless Clinic-to-Home Continuity
A unified therapist, home, and remote ecosystem enables hybrid rehabilitation models while preserving clinical oversight and treatment consistency.
Step by Step
From Intent to Movement
Every therapy session follows a precise closed-loop sequence — from the patient's voluntary effort to measurable motor output.
Patient Attempts Movement
The patient initiates a voluntary movement attempt, activating residual neuromuscular signals.
EMG Signals Detected
Surface EMG electrodes capture and analyze voluntary motor signals in real time — even ultra-low amplitude signals.
AI Evaluates Signal Quality
Multi-layer AI assesses signal strength, activation quality, and pattern against the dynamically calibrated threshold.
Targeted FES or NMES Delivered
When threshold criteria are achieved, precisely timed Functional Electrical Stimulation (FES) or NMES is delivered to reinforce the movement.
AR Visual Reinforcement
Augmented Reality provides immediate visual feedback within the real-world setting, strengthening sensorimotor integration.
Session Data Stored
All session data is analyzed and stored for longitudinal tracking, reporting, and AI-driven therapy optimization.
Product Gallery
Spatial StimelMD® in the Clinic
"We are building a computational treatment platform that fuses real-time electrophysiology, adaptive stimulation, and spatial computing into a unified architecture for movement recovery."
Technical Specifications
Integration Ready
SSMD is built as a scalable rehabilitation platform integrating AI, AR, FES, NMES, real-time biofeedback, and BioRhythmIQ technology across multi-setting deployment and tele-rehabilitation environments. Automated session analytics and structured reports support data-driven clinical decision-making.
Download DatasheetReady to transform patient recovery?
Join leading clinical centers adopting the Spatial StimelMD platform. Schedule a virtual demonstration today.