Spatial intelligence.
Built for robotics.
Autonomous mobile robots and industrial systems require continuous awareness beyond local optical lines of sight. Cosmic provides an environment-integrated RF spatial model.
Perception integrated into the workspace,
not just the robot.
Local robot sensors can be obstructed by machinery, materials, and structural obstacles. Infrastructure-based RF perception projects situational context into robot motion planning.
Robots and people
in the same frame.
On a public road, a robot can walk a dog, carry luggage or assist a person while nearby infrastructure observes the changing geometry. The robot receives context about what it cannot currently see and humans remain part of the model, not obstacles outside it.
Perception at the
workspace scale.
Stationary nodes and mobile machines share occupancy, motion and confidence. Fleets can coordinate around blind corners, changing materials and human workers without requiring every robot to carry the full sensing burden.
Continuous awareness
across the facility.
A unified perception field for fleet navigation, safety zones, and automated material handling.
- Non-Optical
- Can complement optical sensing in darkness, dust, steam, smoke and selected occlusion conditions, subject to propagation and deployment.
- Coordinated
- Shared spatial map across autonomous mobile robots (AMRs) and stationary automation.
- Continuous
- Maintains candidate object continuity across overlapping observation regions.
- Edge-ready
- Can provide task-specific world-model projections through local delivery points.
Robotics applications.
Built for scale.
From smart warehouses to automated manufacturing and hazardous site inspection, RF perception extends robotic autonomy.
Explore the automotive
implementation.
See how RF perception infrastructure complements vehicle onboard sensing.