
High-end Spatial &
Human Intelligence
For Physical AI
Powering AI with embodied spatial and human data and the behavioral-realism benchmark, from environment to behavior.
Tens Of Thousands Of Proprietary 3D, Gaussian Splat And 360° Worlds,
From A Network Of Spatial Captures.
Spaces In The Physical And The Virtual World,
Captured At Scale, With Objects.
Every scene object carries mass, friction and material class.




Within These Worlds, We Capture The Synthetic
And Sensory Human Behavior.



ATTENTION
FINGERS
ACTIVITY
Expert to Agents






Shared capture schemaApplied to all domains
- WWorld & object state
- BBody pose
- HHand kinematics
- AAction stream
- ZGaze & attention
- SSpatial sensors
- ⋮Additional streams
Shared extracted featuresApplied to all domains
- Trajectory smoothness
- Speed profile
- Dwell time
- Action frequency
Skill-specific signalsDomain-specific
Cut angle
Grasp stability
Eye-before-cut
Route-read latency
Grip force
Slip risk
VLGE Captures Perpetually Licensable Expertise
From The World’s Best Experts.
Gordon Ramsay
Kylian Mbappé
Peggy Gou
Jonathan AndersonWith Our Synthetic And Sensory Data,
Physical AI Is Solvable.
Physical AI data forces a tradeoff: natural human behavior or reliable world state.
Physics Simulation, Robot Teleop
Exact state, but scripted, policy-driven, or mediated through a robot.
Generated Video
Scalable visuals, but actions and state are inferred, not ground truth
Human Ego-Video and Physiology
Real humans, but occluded, one-shot, and disconnected from exact world state.
VLGE
Real human behavior + exact world state + repeatable as a distribution
Trained VLGE’s Agents On Our Real Human Behavior.
Human play trains the agent
run 1
run 2The agent scales the data
scales ×N · re-runs, keeps human-like data
The agent generates the long tail
Our Benchmark Shows The Delta In Your Agent Training
And Robotics Deployment.
We find exactly in which aspects the agent is failing, and improve it.
The Human Reference
Many people in the same scenario.
Trajectory, hesitation, decisions, attention.
The Agent
Run many times in the same scenario,
measured on the same signals.
Distributional Distance
Compare the two behavioral distributions,
signal by signal.

