The AIBody Platform
An Integrated Human Body Intelligence Ecosystem
The AIBody platform is built on three synchronized technology layers that work together to deliver comprehensive muscle and movement intelligence.
EMG Smartwear Visualization
- LAYER 1
EMG Smartwear — Made in Saudi Arabia
Smart garments with embedded EMG sensors enable real-world muscle activity measurement without laboratory constraints.
Fatigue and recovery profiling
Consistent electrode positioning ensures reliable data across sessions
High signal accuracy
Medical-grade EMG sensors with 1000Hz sampling rate
Suitable for clinical and elite sports environments
Institutional-grade reliability for professional use
Designed for daily, real-world use
Washable, comfortable, and suitable for extended wear
- LAYER 2
AIBody AI Biosignal Intelligence Engine
Advanced AI models — powered by CEWANA’s in-house sovereign AI stack — transform raw EMG signals into interpretable, decision-ready muscle intelligence.
Muscle recruitment pattern analysis
Identify which muscles activate and when during movement
Fatigue zone modeling
Track neuromuscular fatigue in real-time during activity
Asymmetry and compensation detection
Identify imbalances and compensatory movement patterns
Personalized baselines
AI learns individual patterns to provide personalized insights
Longitudinal analysis over time
Track changes and progression across training or rehabilitation phases
EMG Smartwear Visualization
Motion Capture System
- LAYER 3
AI Video Motion Analysis
Computer vision algorithms analyze movement mechanics,
synchronizing video motion data with EMG biosignals to identify root causes, not just symptoms.
Joint kinematics
Track joint angles and movement patterns during activity
Postural control
Assess body positioning and alignment throughout movement
Coordination and efficiency
Evaluate movement quality and technical execution
Speed and acceleration
Measure velocity and acceleration profiles during performance
Capabilities
Performance Capabilities
Advanced muscle and motion performance analysis to support training decisions and injury prevention.
Muscle Data
High-resolution EMG biosignals capture muscle activation patterns
AI Processing
Intelligent analysis and interpretation of biosignals and motion
Motion Analysis
Advanced computer vision for movement and biomechanical analysis
