The Sorqis platform

Your network has a story. Connect the evidence.

A complete intelligence layer across water, assets and revenue. Sorqis brings operational and commercial records into a shared investigation workflow—without replacing the systems that run your utility.

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Sorqis workspaceNetwork operations

Utility data preview Authorized workspace

Network snapshot · 09:41

Network inflow842.5L/s

Connected boundary meters

Estimated physical loss30.6L/s

Requires field verification

Revenue at risk$3,960/mo

Subject to account verification

Open investigations05

2 high-priority cases

Distribution network

All zones

NETWORK TOPOLOGY · PREVIEW

Normal flow Investigation area0 ━━━ 500 m

Estimated loss trend

Water balance

System input842.5 L/s

Accounted consumption811.9 L/s

Estimated residual30.6 L/s

Recommended investigation

Inspect eastern distribution branch. Review correlated flow and pressure evidence before dispatch.

Inside the intelligence layer

From disconnected records to an accountable decision.

Each stage carries its evidence forward. An operator can see what was observed, why it matters and what should happen next.

Your utility supplies and controls the source data.
Models surface evidence and uncertainty together.
Your teams authorize operational and commercial action.

Connect the evidence

Supported inputs span flow and pressure sensors, production and bulk meters, customer meters, reservoirs, pumps, SCADA, GIS, billing, maintenance and field reports. Integration scope follows available data and agreed permissions.

Secure APIs
Message streams
Managed transfers

Establish data quality

Time alignment, unit normalization, missing-data flags and meter-to-asset mapping give analysts a basis for judging the signal. Data gaps remain visible; confidence should reflect the evidence available.

Quality flags
Coverage checks
Traceable source records

Model network behaviour

Build zone-level baselines for flow, pressure, demand and reservoir changes. Compare like-for-like operating windows so ordinary seasonal or operational variation is less likely to become an unnecessary investigation.

Demand context
Night-flow baselines
Connected zones

Detect and classify losses

Correlate signals to distinguish possible physical loss, meter under-registration, billing inconsistencies and developing infrastructure risk. Cases include the reason for classification and alternative explanations.

Physical losses
Commercial anomalies
Asset health

Estimate impact and prioritize

Translate estimated loss into operational volume and financial exposure using utility-approved assumptions. Priorities consider service criticality, customer impact, confidence and potential recovery.

Tariff assumptions
Criticality
Expected recovery

Investigate and close the loop

Move from a signal to an owned case. Review evidence, record field findings, track repairs or commercial corrections and verify the resulting change against a suitable baseline.

Case ownership
Human approval
Outcome verification

03 / Recovery verification

Prove what each intervention recovered.

Closing a work order is the beginning of verification. Compare flow, pressure and commercial performance against an appropriate baseline to see what actually changed.

Establish the before.

Account for normal demand, operating conditions and data quality.

Measure the after.

Track sustained water recovery, pressure improvement and billing correction.

Connect it to value.

Compare estimated financial benefit with intervention cost and payback.

Your infrastructure. Our intelligence.

Built around the systems your utility already operates.

Sorqis supplies the intelligence software. Your organization retains its existing infrastructure, sensors and operational systems.

No new Sorqis sensors.
No replacement of your core systems.
A clearer view of what you already know.

SCADA

Flow sensors

Pressure sensors

Production meters

Smart meters

GIS

Billing systems

Maintenance platforms

Asset records

Field-service tools

CONNECTION METHODS

Secure APIs Database connections Message streams Scheduled transfer CSV & spreadsheet imports Managed enterprise connectors

AI operations assistant

Ask your network. Get an answer you can act on.

Move from a question to a supported conclusion—with the evidence, confidence and next action in the same view.

NETWORK ANALYSISUtility data preview

You asked

Where are we losing the most water today?

SORQIS ANALYSIS

DMA-12 has the largest estimated physical loss.

The eastern distribution branch shows an estimated loss of 18.6 L/s. Minimum night flow increased alongside a 12% pressure decrease, with no corresponding change in recorded demand.

Flow FM-108 · pressure PT-12 · demand baseline

94% · example evidence

Recommended action

Inspect the eastern distribution branch and validate the suspected loss.

Explore related case: INV-0241

Start with what you have

See What Your Existing
Data Can Reveal.

Connect with the Sorqis team to discuss your network,
available data and water-loss priorities.

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Your network has a story. Connect the evidence.

Distribution network

Estimated loss trend

Water balance

From disconnected records to an accountable decision.

Connect the evidence

Establish data quality

Model network behaviour

Detect and classify losses

Estimate impact and prioritize

Investigate and close the loop

Prove what each intervention recovered.

Establish the before.

Measure the after.

Connect it to value.

Eastern branch repair

Built around the systems your utility already operates.

Ask your network. Get an answer you can act on.

DMA-12 has the largest estimated physical loss.

See What Your Existing
Data Can Reveal.

Your network has a story. Connect the evidence.

Distribution network

Estimated loss trend

Water balance

From disconnected records to an accountable decision.

Connect the evidence

Establish data quality

Model network behaviour

Detect and classify losses

Estimate impact and prioritize

Investigate and close the loop

Prove what each intervention recovered.

Establish the before.

Measure the after.

Connect it to value.

Eastern branch repair

Built around the systems your utility already operates.

Ask your network. Get an answer you can act on.

DMA-12 has the largest estimated physical loss.

See What Your Existing
Data Can Reveal.

Your network has a story. Connect the evidence.

Distribution network

Estimated loss trend

Water balance

From disconnected records to an accountable decision.

Connect the evidence

Establish data quality

Model network behaviour

Detect and classify losses

Estimate impact and prioritize

Investigate and close the loop

Prove what each intervention recovered.

Establish the before.

Measure the after.

Connect it to value.

Eastern branch repair

Built around the systems your utility already operates.

Ask your network. Get an answer you can act on.

DMA-12 has the largest estimated physical loss.

See What Your ExistingData Can Reveal.

Your network has a story. Connect the evidence.

Distribution network

Estimated loss trend

Water balance

From disconnected records to an accountable decision.

Connect the evidence

Establish data quality

Model network behaviour

Detect and classify losses

Estimate impact and prioritize

Investigate and close the loop

Prove what each intervention recovered.

Establish the before.

Measure the after.

Connect it to value.

Eastern branch repair

Built around the systems your utility already operates.

Ask your network. Get an answer you can act on.

DMA-12 has the largest estimated physical loss.

See What Your ExistingData Can Reveal.

See What Your Existing
Data Can Reveal.

See What Your Existing
Data Can Reveal.