UVID 2026 · Demo 2
UGV Situational Awareness & Autonomy
Perception, situational awareness and obstacle-aware navigation for ground robots.
Neuronic Booth 13
Related capability video
At the booth
What you will see
- Multi-camera perception around the vehicle
- Situational awareness picture for the operator
- Autonomous navigation to waypoints
- Obstacle-aware path following
How it works
GMSL cameras and the NextVision payload feed the Compulab EdgeAI-ORN, where Neuronic perception builds a live picture of the surroundings.
The autonomy stack plans and follows a route while avoiding obstacles, and the operator keeps oversight and can take over at any time.
Hardware
- Compute
- Compulab EdgeAI-ORN / NVIDIA Jetson Orin
- Cameras
- GMSL cameras, NextVision camera integration
Protocols & interfaces
GMSLROSEdge video pipeline
Brochures
Ground Robotics Autonomy Box
Related products
Quick answers
UGV Situational Awareness & Autonomy: common questions
- What does the UGV Situational Awareness & Autonomy demo show?
- Perception, situational awareness and obstacle-aware navigation for ground robots.
- How does the UGV Situational Awareness & Autonomy workflow run?
- GMSL cameras and the NextVision payload feed the Compulab EdgeAI-ORN, where Neuronic perception builds a live picture of the surroundings. The autonomy stack plans and follows a route while avoiding obstacles, and the operator keeps oversight and can take over at any time.
- Which interfaces and protocols does UGV Situational Awareness & Autonomy use?
- UGV Situational Awareness & Autonomy uses GMSL, ROS, Edge video pipeline.
- What hardware runs the UGV Situational Awareness & Autonomy demo?
- Compute: Compulab EdgeAI-ORN / NVIDIA Jetson Orin; Cameras: GMSL cameras, NextVision camera integration.
Discuss your platform and mission
Tell us the platform, sensor and mission. We will walk you through integration options and arrange a technical demonstration.