Clinical-grade EMG biofeedback via ESP32 wearable. Real-time muscle activation signals, overexertion detection, and rehabilitation progress tracking — all in one platform.
≤200ms
Sensor-to-App Latency
12-bit
ADC Resolution
≥20dB
Signal-to-Noise Ratio
20µV
Min. Detectable Signal
5mV
Max EMG Amplitude
100ms
Feedback Update Rate
Platform Features
Built for physiotherapists and athletes who demand precision. Every feature traces back to real clinical and performance needs.
Live muscle activation graph updating at 100ms intervals with moving-average filtering to reduce noise. See every contraction as it happens.
Continuous Root Mean Square calculation with GREEN (≥200µV) and RED (<200µV) visual indicators. Instantly know if muscle activation is sufficient.
Automatic alerts when RMS exceeds 2000µV or sustained contraction exceeds 10 seconds. Protect patients from injury in real-time.
Seamless ESP32 pairing via Web Bluetooth API. No apps to install — works directly in the browser with sub-200ms end-to-end latency.
Track RMS trends, peak activation values, and overexertion events across sessions. Export any session as CSV for clinical documentation.
Machine learning model analyzes declining RMS trends across repeated contractions to predict muscle fatigue before performance drops.
Use Cases
Strength & conditioning optimization
Rehabilitation & injury recovery
Technical Specifications
Trusted By Clinicians & Athletes
“MyoTrack transformed how I assess muscle re-activation post-ACL surgery. The RMS threshold indicator gives my patients immediate feedback — they know exactly when they're activating correctly.”
Dr. Priya Nambiar
Senior Physiotherapist, Apollo Rehab Centre
“The overexertion warning saved one of my sprinters from a hamstring tear during a heavy training block. Real-time data at this quality used to cost ten times more.”
Kiran Mehta
Strength Coach, National Athletics Federation
“The CSV export and session history make longitudinal research viable. I can track activation recovery across 12-week protocols with a single wearable device.”
Soo-Jin Park
Sports Medicine Researcher, AIIMS Delhi
Connect your ESP32 wearable via BLE, place the EMG electrode, and begin your first real-time session immediately.