Platform module
Live telemetry bound to the geometry it came from.
Take the factory model — CAD layout, scan, or both — and bind every machine to its live signal. OEE, temperature, cycle time and alarms rendered in the place they physically occur.
A dashboard tells you line 3 is down. A twin tells you which cell, what it looks like, what is upstream of it, and how much WIP is stacking behind it. We bind MQTT, OPC-UA and REST telemetry to named nodes in the scene graph, keep a rolling window in memory for scrubbing, and render state as geometry — not as a chart pinned over a screenshot. The same scene supports what-if: move a cell, re-run the throughput model, see the bottleneck migrate.
In the field
Three plants, twelve dashboards each, and a plant manager who could tell you every machine's OEE but not, on a bad shift, which one was actually constraining output. New engineers took six months to learn the material flow.
Quarterly walk-through inspection of a 90 MW field meant string faults could run for eleven weeks before detection. Each undetected string is measurable lost revenue, and the inspection itself took two people four days.
A new skid had to fit into a live cleanroom whose drawings were three change controls out of date. Every exploratory survey required gowning, a production window and a deviation report.
Tell us the option count, the CAD you already have and the frame budget you need to hit. An engineer reads it and replies with a straight answer — including when the answer is that good photography would serve you better.
We reply to every enquiry within one business day, in your timezone — with a frame budget, not a brochure.