Trace

Trace it before you lose it.

Predictive leak detection for water utilities. Your existing data, turned into a live map of network risk. No new hardware to start.

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A blurred preview of the Trace platform's pipeline risk overview
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Why it matters

Every drop travels through pipes no one can see.

One drop's journey, and how Trace changes the ending.

1

The plant

Clean water leaves the plant.

From here, no one can see it.

2

Under the street

Deep below, a pipe starts to leak.

No alarm. No puddle. For months.

3

The loss

And it adds up. Fast.

Every day, the world's networks lose an estimated 45 million cubic metres of treated water.

Lost worldwide since you opened this page

0 m³

Based on World Bank estimates of global water loss.

4

Detection

Trace sees what inspections miss.

Trained on the network's own records, it flags the next failure, down to the street.

5

The fix

One small dig, in the right place.

A planned repair, not a burst main.

The platform

Your entire network, on one screen.

A glimpse below. The full platform is shown live, in a demo.

A blurred preview of the Trace platform's pipe-level analysis view
See it live in a demo →
A zoomed snippet of the Trace platform: risk summary cards and a map with pipelines colour-coded by severity

Every pipeline scored by risk · live severity map · one clear workspace

How it works

Works with the systems you already run.

1

Plug into your data

SCADA, GIS and leak records. First risk maps in weeks, no hardware needed.

2

Rank every pipe by risk

AI trained on your network's own history, so crews go where it matters first.

3

Sensors: recommended, not required

For even sharper real-time accuracy, we can add sensors from any vendor. Always your call.

Vendor agnostic, no lock-in On-premise or private cloud Fits your data governance Live in weeks, from a single zone
Results

Validated before a single sensor was installed.

In a blind retrospective test, Trace was given only historical SCADA, GIS and leak records from Oman's largest water utility. From that data alone, it identified the pipelines the utility would independently choose to rehabilitate, six to nine months ahead of the network's own timeline. When crews inspected the first flagged pipeline, they found three active leaks. Trace is now moving into a paid pilot across three zones.

2025 retrospective validation · inputs limited to historical network data.

Blind test
86%of high-risk pipelines correctly identified
Field check
3active leaks on the first pipeline inspected
Lead time
6–9 moahead of the network's own decisions

See what your data already knows.

Bring two years of history from one zone. Trace will show you where it fails next.

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