Robotics & Autonomy
Production-grade connectivity and control for offroad platforms
Most autonomy stacks assume good networks. Real offroad sites do not. We help robotics teams field teleoperation and multi-path connectivity that hold up under loss, jitter, and blackouts.
Offroad platform under hostile-link teleoperation - the network conditions autonomy stacks rarely assume.
Field metric
22-square-mile remote operation at 30–40 mph over rough terrain.
Move from lab demos to field-reliable remote operation.
Video and control optimized for high latency variance, multipath interference, and intermittent coverage.
ROS / ROS2 and proprietary stacks - connect remote control without rewriting your autonomy pipeline.
Local autonomy handoff and safe stop behavior when the link degrades - designed for real platforms, not sims.
Connectivity and control engineering for field robotics.
Military-grade local radios bonded with cellular and satellite so platforms stay reachable across large and remote operating areas.
Predictive and model-mediated techniques to keep operators effective when round-trip delay spikes.
Ruggedized compute, radios, and antennas hardened for vibration, power, and thermal extremes.
Situational awareness UIs built for offroad teleoperation - not indoor warehouse assumptions.
Tell us about your robots, autonomy stack, and field environments. We will respond with a technical view of what resilient teleop requires.
Start a Technical ConversationFor robotics and autonomy teams building field platforms.
Prefer email? contact@bovi.tech
What to expect