AI-Powered Performance Testing — Without the Lab
Lab-grade performance insights anywhere athletes train — on the field, in the gym, or in the clinic.
Treadmill-based performance testing with real-time physiological monitoring and data capture
AI-Powered Performance Testing
Elite performance labs have traditionally been limited to professional teams and universities because they require expensive equipment, controlled environments, and specialized technicians. Using only a camera and our AI-driven analysis platform, AvaSci delivers lab-grade performance insights anywhere athletes train.
- Capture high-value performance data during real training sessions
- Identify movement inefficiencies that limit speed, strength, and power
- Monitor athlete development across the entire season
- Provide measurable, data-driven performance feedback
Real-Time Movement Intelligence
AvaSci creates a live digital skeletal model of the athlete in motion, allowing coaches to see exactly how the body is moving while the athlete performs. Every joint is tracked in real time, revealing movement patterns, compensations, and asymmetries that the human eye cannot detect.
- Instantly visualize how athletes actually move during performance
- Detect movement faults that increase injury risk
- Improve technique in sprinting, jumping, lifting, and sport-specific movements
- Deliver immediate feedback that athletes can correct on the next repetition
Real-time skeleton overlay tracking a sprinter's movement on an indoor track
From raw athletic movement to complete 3D musculoskeletal model with joint angles and axes
Complete Biomechanical Analysis from Video
AvaSci transforms ordinary video into a full biomechanical analysis platform, generating a 3D skeletal model and detailed joint measurements from standard camera footage. This allows trainers and performance specialists to analyze complex movement mechanics with the same depth typically reserved for professional motion capture laboratories.
- Analyze joint angles, stability, and movement efficiency
- Identify asymmetries between left and right sides
- Track improvements in movement quality over time
- Compare athlete technique frame-by-frame
Stability & Balance Assessment
AvaSci measures balance and stability during functional tests like step-ups and single-leg stands — capturing the same precision data as reflective marker-based motion capture systems. Detect asymmetries, compensatory patterns, and stability deficits without the hassle of placing physical markers on the athlete.
- Marker-free stability and balance measurement
- Multi-angle analysis from front and side views
- Asymmetry and compensation pattern detection
- Ideal for return-to-play and injury prevention screening
Step-up functional test with motion capture markers — front and side views for stability assessment
Use Cases
Injury Risk Reduction
Identify movement patterns that put athletes at risk before injuries occur.
Return-to-Play Decisions
Objective functional data to support safe return-to-competition decisions.
Technique Optimization
Analyze movement mechanics to fine-tune technique for maximum efficiency.
Performance Benchmarking
Compare athlete performance against baselines and normative data sets.
Fatigue Monitoring
Track biomechanical changes during training to detect fatigue-related breakdown.
Power Analysis
Measure asymmetries and efficiency in power generation across all joints.
"Deep data-driven analysis to support training wins."
Ready to Elevate Performance?
Reduce injury risk, optimize technique, and unlock peak athletic performance with objective data.