On-premise AI that reads data from your robots and controllers, flags early signs of faults and helps engineers find the cause. It runs inside your network, on your servers or on hardware we supply.
Every cell logs cycle times, joint torques, motor currents, fault codes and alarms. That data is often spread across controllers and systems, and read only after something stops.
A gearbox or servo can show early signs in its telemetry before a cell stops.
Robot manuals, fault code histories and maintenance logs sit in different systems.
Production and engineering data has to stay inside the plant network.
An on-premise AI layer that reads data from your robots, controllers and plant systems. It does not control the robots. Any change goes through your existing systems, with a person approving it.
Models trained on your own robot telemetry flag drift from healthy behaviour, so maintenance can be planned.
Ask about a fault in plain language. Answers draw on your manuals, fault code histories and maintenance records.
Predictions of downtime and throughput feed your line balancing and sequencing.
Runs on your servers or on hardware we supply, inside your building.
No dependency on public AI services. Suitable for air-gapped networks.
It drafts and advises. Nothing is acted on without a person approving it.
Every suggestion and every approved action is logged.
Initial discovery phase, scoped to one team and one use case.
Connect securely to the systems and records that matter, alongside your IT team.
One team, on your hardware or ours, working on real cases.
Extend to further teams and sites once the pilot has proven itself.
Tell us what you would like AI to help with and what cannot leave your building. We will tell you plainly whether a local system is the right fit.