Robot, site, cloud. Each one survives without the next.
The design rule
A robot must survive with no network. A site must run for days without the cloud. The cloud is optional and only ever teaches.
| Tier | Where | Job | Reaction time | Internet |
|---|---|---|---|---|
| Robot | On-board computer | Stay safe, move, see, run the current step | Milliseconds | Never needed |
| Site | Site server on your network | Control room, fleet coordination, video, mission planning, larger local AI, local learning | Seconds | Runs offline for days |
| Cloud | Optional | Teach, judge, retrain, share learning across sites | Minutes to hours | Optional |
A patrol, tier by tier
- 01Site: the operator types "patrol the loading dock, face roller door 3 and photograph it." The platform turns it into a short sequence of robot actions.
- 02Robot: navigates to each goal within a few centimetres, avoiding obstacles with on-board perception, every command checked before the robot moves.
- 03Robot: at the waypoint, stops, faces the door, captures the image, and runs the check on board in about a millisecond.
- 04Site: records the verdict, image and reason; raises any alert to the control room; logs the episode.
- 05Cloud (optional, later): reviews the night's images, learns from the hard cases, and sends an improved check back to the robot only once it has proven better on your site's twin.
Smart robot, smarter site
Many fleet robots are thin clients that depend on a perfectly mapped, perfectly networked warehouse. MoLogica robots carry real perception on board and lean on a smart site. That suits messy, GPS-poor, poorly connected places like mines, farms and multi-storey buildings.
One toolchain, end to end
The robot, the site server and the development workstation run the same software. A check improved at the site moves to the robot without conversion, and nothing that works in testing gets rewritten for the field.
The robot tier is proven in simulation and on the real robot, including keeping itself safe and returning home when the link drops. Today missions are planned through the control room by cloud AI; the site server that plans offline is designed, as is the cloud learning loop.
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.