Skip to main content

Solutions

Turn the facility into a shared perception system.

EON Vision Grid synchronizes and calibrates environmental cameras so robots and operators can work from a persistent facility-level view.

Plan a Vision Grid

Why external vision.

Stable viewpoint

Cameras remain fixed while robots and objects move.

Reduced self-occlusion

External views can observe areas the robot cannot see from its own position.

Multi-robot observation

One camera grid can serve multiple machines simultaneously.

Global safety context

Persistent awareness of people, zones, and hazards.

Persistent scene history

Observations remain connected to tasks long after completion.

Shared infrastructure

Reduces redundant sensing across the facility.

Hybrid architecture.

External vision provides global context. Onboard vision handles close-range detail. Together they create a complete perception system.

1
Environmental Cameras
2
Synchronization and Calibration
3
Facility World Model
4
Task-Specific Observations
5
AI Policy Runtime
6
Locally Validated Robot Actions

Sensor categories.

RGBRGB-DStereoThermalLiDARAcousticEnvironmental

Calibration.

Intrinsic, extrinsic, and world-frame calibration creates a shared spatial reference that every system can trust.

Intrinsic calibration
Extrinsic calibration
World frame
Robot-base frame
End-effector frame
Object frame
Versioned calibration profiles

External vision complements rather than universally replaces onboard cameras, tactile sensing, robot telemetry, and local safety controls.