The Technology Behind the Training
Every rep, every meal, every metabolic marker — analyzed with graduate-level precision and delivered in real time.
3D Biomechanics
Live Kinematics & Kinetic Analysis
Powered by 3D depth-sensing camera technology and Nuitrack AI joint tracking, Science of Strength captures what no barbell sensor or wearable can — full-body movement quality in three dimensions.
Mean Concentric Velocity (MCV)
Tracks bar speed through the concentric phase to identify fatigue, readiness, and optimal loading zones in real time.
Rate of Force Development (RFD)
Measures how quickly an athlete can produce force — a key predictor of athletic power and neuromuscular efficiency.
Joint Angle Analysis
Monitors knee valgus, hip shift, spinal flexion, and shoulder alignment to detect compensations before they become injuries.
Bar Trajectory Mapping
Visualizes the path of the barbell through space, identifying inefficiencies in the lift that reduce power transfer.
Bilateral Asymmetry Detection
Flags left-right imbalances in force production and range of motion that increase injury risk over time.
Multi-Athlete HUD
Simultaneously tracks up to 6 athletes on a single display — built for semi-private and group coaching environments.
Eagle Eye System
Real-time 3D joint tracking. No wearables. No sensors. Just a depth camera.
AI Periodization
Graduate-Level Exercise Science Programming
Built upon multidisciplinary graduate-level exercise science — integrating sport physiology, biomechanics, nutritional biochemistry, and clinical health science. The AI programming engine structures evidence-based macrocycles and delivers real-time coaching cues calibrated to your movement quality.
Request a demo12-Week Macrocycle Structure
High volume, low intensity. Prepares connective tissue, establishes movement patterns, and builds work capacity.
Moderate intensity, moderate-to-high volume. Maximizes muscle cross-sectional area and metabolic adaptation.
High intensity, lower volume. Develops maximal force production and neuromuscular recruitment efficiency.
Explosive, sport-specific loading. Converts strength gains into athletic power output and performance.
AI Nutrition Engine
Incretin-Aware Metabolic Nutrition Logic
Standard calorie counters ignore the biochemistry that actually drives body composition. The Science of Strength nutrition engine evaluates kinetic energy expenditure, gastric emptying rates, and the mTOR/AMPK signaling pathways to deliver targets your body can actually use.
mTOR/AMPK Pathway Awareness
Dynamically adjusts protein timing and carbohydrate distribution to maximize muscle protein synthesis while preserving metabolic flexibility.
GLP-1 & Incretin Integration
Accounts for gastric emptying modulation in users on GLP-1 therapies (Ozempic, Mounjaro, Wegovy) to prevent muscle loss and optimize body recomposition.
Insulin Sensitivity Protocols
Structures carbohydrate timing around training windows to improve glucose uptake, reduce fasting glucose trends, and support Type 2 Diabetes management.
Kinetic Energy Expenditure
Goes beyond TDEE estimates by factoring in velocity-based training load, RFD output, and session intensity to calculate true caloric demand.
Health Reporting
Exportable Provider-Ready Reports
Science of Strength generates structured health reports designed to be shared with physicians, registered dietitians, and clinical teams. Track fasting glucose trends, monthly body composition changes (DEXA/InBody imports), and longitudinal training load — all in a format your provider can act on.
- Fasting glucose trend tracking
- DEXA & InBody body composition imports
- Monthly progress snapshots
- Training load & recovery metrics
- Provider-shareable PDF export
- Longitudinal data retention
See Every Feature in Action
Request a live facility demo or join the iOS beta on TestFlight.