Where we are and what's next.
Done, in simulation
- Autonomous mapping and navigation to within 2 to 4 cm, re-planning around obstacles.
- Plain-language missions carried out by the robot.
- Per-waypoint inspection with timestamped images and reasons.
- Safety outcomes: the robot can always stop, a human always outranks the AI, the AI cannot do anything it hasn't been allowed to do.
- Self-docking.
- End-to-end proof gate passed four times in a row on two robot bodies.
- Checks trained from the robot's own patrols and answering on the robot in about a millisecond.
Done, on the real robot
- Mapped a real room on its own and reached every stop on a course within about 2 cm.
- Plain-language instructions carried out on the floor, including going to an object it had learned, not just a named point.
- People seen and tracked by the on-robot camera.
- Lost-link behaviour: hold, return home, report what it did, in the dark, on battery.
- A digital twin of the room built from a phone scan, used as the test course before every change ships.
Now
- The control room: your existing cameras and the fleet on one screen, and a camera alert that sends the robot to look. Proven in the twin first, then on the floor.
- The production sensor pair fitted to the first robot.
- The full proof gate on the real robot.
Next
- Site onboarding from a phone scan with no hand steps: scan in, map, twin and checks out.
- Real-camera inspection checks; on-robot checks replacing cloud calls where speed or cost demands it.
- A server on site that plans missions with no internet.
- A three-robot fleet on the same software.
- Pilot sites: logistics first.
Later
- Industrial wheeled perimeter fleets with long-range heat detection and centimetre-accurate positioning, for mines and farms.
- Cold-rated indoor bodies with temperature logging.
- Site AI server deployments.
- Multi-robot handoff, multi-floor tracking.
- A legged body for sites with stairs or rough ground, on the same software.
- On-robot language models at every site.
- Robot arms.
- Photoreal simulation for training inspection checks.
Ready to see robots patrolling your site?
Before any hardware is bought, we can build a simulated copy of your site and show the fleet patrolling it at night while you configure the checks in plain language.