One layer under all five.
The five products are not five businesses that happen to share a logo. They share a clock, a fleet, an asset graph and a set of models grounded in the same physics, and that shared layer is what turns five instruments into one operational picture.
What each layer holds.
THE INTELLIGENCE LAYER
- Device identity
- Trusted time
- Edge computing
- Secure communications
- Fleet management
- Asset graph
- Physics-grounded models
- Event correlation
- Evidence
- APIs
THE PRODUCTS
- PipeGuard
- MachineGuard
- VisionGuard
- OTGuard
- PNTGuard
THE PHYSICAL WORLD
- Pipelines
- Rotating machinery
- Production lines
- Control systems
- Substations
- Vehicles and robots
- Field personnel
One event, one record.
An anomaly on a line is not five alerts from five systems. It is one operational event with a position, a time, a classification, a corroboration and a route it travelled.
| Product | Does | What that means here |
|---|---|---|
| PipeGuard | detects | An abnormal acoustic event on a line, localised between two nodes. |
| PNTGuard | timestamps | Against a clock that can say which source it trusted at that instant, so the localisation and the record agree. |
| VisionGuard | inspects | Dispatched to the position with its confidence attached, and returns a classification and not another alarm. |
| MachineGuard | corroborates | Says whether the pump feeding that line changed behaviour in the same minute, which turns a coincidence into a cause. |
| OTGuard | moves it | Carries what is needed across the boundary and nothing else, with a record of what crossed and under which rule. |
Every observation the platform produces carries five things with it: what measured it, when, against which clock, under which model version, and to what confidence. Strip one away and what is left is a number. Operators act on evidence, and those five fields are the whole difference between the two.
Talk to engineering.
Start from a specification, a drawing, an isometric or a photograph of what you are trying to instrument. The first questions are the same every time: what is in it, at what pressure, what it is made of, how long the run is, and what runs beside it that makes noise.