A robot that needs the cloud to see is a robot that stops.
The problem
Mines, farms, substations, solar farms, basements, stairwells and remote yards lose connectivity all the time. Fleet robots designed for perfectly networked warehouses stop thinking the moment the link drops.
How MoLogica is built differently
Three tiers, each of which keeps working when the one above it goes dark.
| Tier | What it does | Needs the internet? |
|---|---|---|
| Robot (on-board computer) | Stays safe, moves, sees, runs the current step. Milliseconds. | No, never |
| Site (site server) | Control room, fleet coordination, video, mission planning, local AI, local learning. Seconds. | No, runs for days offline |
| Cloud | Teaches, judges, retrains, shares learning across sites. Minutes to hours. | Optional |
What that means in practice
- The robot can always stop, and an operator can always drive it, with no network at all. If the link drops it holds, returns home and reports when the link is back. Proven on the real robot.
- Patrols, inspections and alerts keep running from the site server with the internet down.
- Footage that must not leave the site doesn't have to.
- On-robot checks answer in about a millisecond instead of waiting seconds for a cloud call.
The robot tier is proven in simulation and on the real robot. Today missions are planned through the control room by cloud AI; the site server that plans offline is designed.
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.