Manipulation
Hands, tools, object state, contact, precision, bimanual coordination, and recovery.
Application / physical AI
Capture viewpoint, task structure, modalities, annotations, and variation around a concrete learning objective—not a generic promise of more video.
EGXO scopes human behavior data for physical AI teams that need real tasks, observable interactions, and delivery structures their training pipeline can ingest.
The same task can require completely different data depending on what the model must learn.
Hands, tools, object state, contact, precision, bimanual coordination, and recovery.
Visual sequences aligned with goals, instructions, step boundaries, and observable outcomes.
Long-horizon state transitions, causal action context, interruptions, and environment variation.
Continuous scene context, route decisions, obstacles, interactions, and localization signals.
Whole-body motion, balance, reach, locomotion, workspace geometry, and task intent.
Controlled variations, negative examples, task completion, failure categories, and robustness.
Human-to-robot bridge
Egocentric demonstrations can expose intent, sequence, affordances, hand-object contact, and state changes. Exocentric views can preserve body motion and scene geometry. Neither removes the embodiment gap between human and robot.
Training plans may still require robot rollouts, teleoperation, simulation, action retargeting, pose estimation, or policy-specific labeling. The collection brief should identify that bridge before promising a delivery format.
A clean workflow keeps collection, QA, governance, and ingest tied to the same acceptance criteria.
Model objective, tasks, views, environments, modalities, rights, and success criteria.
Stress-test camera placement, instructions, metadata, privacy, and hard task variation.
Run versioned protocols with observable task boundaries and traceable session context.
Combine file, metadata, visibility, annotation, privacy, and acceptance checks.
Package documented releases and prove them in the target loader before acceptance.
Project brief
We’ll use it to define the smallest useful pilot and the evidence required to scale.
Scope Robotics Data