Find the leak. Know where.
Reads the gauges you already have, finds the leak and names the place. In seconds.
Detects sudden leaks from about 1% of flow
Locates to a few hundred metres from SCADA alone; tens of metres with nodes
Tells a leak from a valve fault, a bad sensor and a weak pump
Try it. Three steps.
Watch the system work it out
Leak near km 18.2
About 15.5 litres per second. Somewhere between km 17.4 and km 18.7.
See the pressure along the line
Green: the system’s estimate, with its margin of doubt. White dots: real gauges. Press “Show what really happened” to compare with the truth.
Get one clear recommendation
Stop the pumps. Close the valves around the leak.
Cost = spilled product and clean-up + lost delivery + pump energy. Each option is simulated first, against every explanation still in play. Prices are demo assumptions.
Proven, in simulation
- Finds 97% of leaks. Typical location error 190 m.
- Tells a leak from a valve fault, a bad sensor and a weak pump.
- Keeps working when the pipeline model is wrong.
- 12,800 simulated cases. Every number is reproducible.
What it is not
- Slow seeps and drips: no pressure or flow method can see them
- Gas lines, batched lines and branched networks: not yet
- Tiny leaks under 1% of flow: it catches about two in three.
- Pump trips still cause about one false alarm in five.
Replay one of your lines.
One month of historian data. We replay it offline and show you what Leak would have caught, where, and how fast. Your data stays with you.