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One AI model. Find leaks now, plan replacement next.

Fracta’s Likelihood of Failure model sits under everything we deliver: priority areas for leak crews, a risk score for every main, and the dollar figure behind each capital decision.

  • No new sensors
  • Works with the GIS you have
  • Results in your browser or GIS

Find leaks now

Leak Zones

Priority areas, 1–4× a year

Probability

Likelihood of Failure

Consequence

Cost of Failure

Dollars at risk

Total Risk

As-Built DigitizationGets your network into GIS first

One AI model underneath: 120+ variables, trained on 560,000+ recorded breaks.

Recognized & trusted

AWWA Innovation Award · 2022

Prime Minister’s Award, Japan · 2025

A Kurita Water Industries company

Trusted by over 100 utilities across North America

Fracta Leak Zones · Start here

Show crews where to look for leaks first.

Leak Zones ranks the areas of your network most likely to contain leaks, and the pipes inside each area most worth investigating. It starts with your pipe inventory and break history; a periodic SCADA export turns that risk into a leakage signal.

  • Priority areas (top 10% of the network) in every delivery
  • Ranked pipes inside each zone
  • No sensors, no hardware in the ground, no live connection
Scenario Leak Zones
Zone 1 Zone 2 Zone 3 Zone 4

Priority area

Zone 2 of 4

Flagged for field investigation. Ranked pipes guide where crews check first.

Ranked pipes in this zone

1Pipe A
2Pipe B
3Pipe C
4Pipe D
5Pipe E
Leak zones: top 10%Pipe risk low → highDemonstration data

Risk assessment

Plan replacement with confidence.

The same model that powers Leak Zones scores every pipe for how likely it is to fail and what that failure would cost, so your next capital dollar goes where it removes the most risk.

Fracta platform: pipes coloured by Likelihood of Failure percentile rankingFracta platform: pipes coloured by Likelihood of Failure percentile ranking

Likelihood of Failure

Predict which mains will fail, before they do.

A probability of failure for every segment at 1, 2, 3 and 5 years, a percentile rank and the top five risk drivers.

Fracta platform: pipes coloured by Cost of Failure rankFracta platform: pipes coloured by Cost of Failure rank

Cost of Failure

Know what each break would truly cost.

Direct and indirect cost on every segment, location-aware: a side street and an arterial outside a hospital are not the same event.

Fracta platform: pipes coloured by Total Risk rankFracta platform: pipes coloured by Total Risk rank

Total Risk

Dollars at risk, segment by segment.

Likelihood multiplied by cost: one criticality score comparable across the system, and a clear answer on where capital goes.

As-Built Digitization

Not in GIS yet? Start here.

Scanned as-builts, mylars, vector PDFs and CAD become georeferenced, connected, attributed GIS data in hours, not months. Human-verified, with a QA report on every delivery, and ready to feed Leak Zones and risk scoring.

TIFF · PDF · DWG · DGN inFile Geodatabase · GeoJSON · SHP outFree pilot sample
Record drawing sheet beside the georeferenced GIS network Fracta deliveredRecord drawing sheet beside the georeferenced GIS network Fracta delivered

Which solution fits?

Start with the question you need answered.

Your questionSolutionWhat you get
Where are we losing water right now?Leak ZonesPriority areas map and ranked pipes, 1–4× a year
Which pipes are most likely to break?Likelihood of FailureProbability (%) at 1, 2, 3 and 5 years
What happens, in dollars, when they do?Cost of Failure$ per segment, direct + indirect
Where should the next capital dollar go?Total Risk$ at risk per segment, ranked for the CIP
Our network still lives in drawings.As-Built DigitizationGIS-ready, Utility Network ready layers

Not sure where to start?

Send us what you have. In a 30-minute data review we will tell you which solution fits and what your records can support.