Traditional
External
Motion
Kinematics & joint angles
- Great for form analysis
- Indirect on muscle force
Monitor. Optimize. Transcend.
We engineer the signal layer of the human body—advanced sensors and AI systems designed to understand, optimize, and elevate human performance.
Human Signals
Physiological Intelligence
Human Performance
Intelligent Systems
The BioPulse Platform
Human signals decoded into real-time intelligence.
BioPulse captures signals generated by the human body and transforms them into continuous models that inform healthcare, human performance, robotics, and intelligent systems.
BioPulse Sensors
Mechanical
Physiological
Electrical
Cardiovascular
BioPulse AI Systems
Human System Intelligence
Continuous, real-time modeling
Applications
Healthcare
Athletes
Robotics
AI Systems
Solution
From proxies to direct muscle intelligence.
Traditional tools measure motion, electrical activation, or inertial movement. BioPulse introduces the missing layer: contraction-generated signals and real-time biomechanical intelligence.
Surface
Electrical
Activation
EMG-style muscle activity
- Captures activation timing
- Limited force resolution
Wearables
Inertial
IMU
Acceleration + rotation
- Portable movement capture
- Indirect force estimation
Current Technology
BioPulse Solution
BioPulse Capture Stack
Signals → Features → Models
Acoustic Sensing
Force Proxy
Mehcanical Sensing
Mechnical Deformation
Motion Context
Acceleration + rotation + phase
BioPulse
Muscle Behavior Intelligence
Direct contraction signals + AI-powered biomechanics insights
Live capture
Hamstrings
82%
Quads
64%
Glutes
71%
Calf
48%
Fatigue Model
Live
67%
Fatigue
AI Coach
Reduce intensity
Posterior chain fatigue increasing.
Shift load distribution
Quad contribution dropping.
Recovery window
2 min low intensity recommended.
Session
Load Balance
89%
Asymmetry
11%
Efficiency
+6%
• Regional muscle contribution
• Load distribution tracking
• AI coaching recommendations
Applications
BioPulse unlocks intelligence across human systems.
A signal foundation that scales from biomechanics today to broader biophysical domains over time.
Healthcare
Continuous monitoring
Continuous biophysical insight for clinics.
Track internal signal changes over time to support preventative care, rehabilitation, and individualized progress monitoring.
Use cases
Rehab • Recovery • Longitudinal tracking
Value
Objective signal trends, not snapshots
Human Performance
Readiness & load
Real-time feedback for training decisions.
Understand fatigue, load distribution, and performance patterns with signals captured directly from the body—built for athletes and coaches.
Use cases
Readiness • Technique • Injury risk signals
Value
More actionable than external metrics alone
Robotics
Human-like control
Signals that teach machines how humans move.
Provide a richer training and calibration layer for robotics and simulation by grounding motion in internal human signals.
Use cases
Soft robotics • Control tuning • Simulation
Value
More realistic actuation + adaptation signals
AI Systems
Signal layer for models
A biophysical signal foundation for next-gen AI.
Unlock better model understanding of physiology and motion by adding a direct human signal channel to training and inference.
Use cases
Model training • Personalization • Digital humans
Value
Higher-fidelity inputs for prediction/control