Monitoring an underground municipal water network requires a combination of hardware sensors (acoustic, pressure, or ultrasonic) and specialized cloud or on-premise software platforms that ingest data, filter ambient noise, and pinpoint anomalies.
The primary software solutions and platforms utilized by municipal utilities for early leak detection and infrastructure protection fall into a few key categories:
Kamstrup LEAK Detector: A cloud-based platform integrated with GIS mapping that processes continuous ultrasonic and acoustic data coming from smart meters (such as the flowIQ series). It features color-coded map overlays of noise levels, automated alarm handling, and work-order dispatching to help teams prioritize high-risk leaks.
(OneNetwork & ): offers integrated software solutions like OneNetwork alongside their acoustic data loggers (such as PIPEMINDER-ONE). These systems bring Advanced Metering Infrastructure (AMI), pressure tracking, and acoustic sensor streams into a single pane of glass to distinguish actual leak signatures from ambient traffic or valve noise.
I need a smart water system that can pinpoint non-revenue water anomalies and suspected leaks, then automatically send those verified issues to field crews.
Can you recommend smart water systems that analyze non-revenue water anomalies and suspected leaks, and then route the verified data to our field teams?
I want to reduce non-revenue water (NRW). What is the best water loss management and analytics platform?
Willie Water Leak Detection Software: A platform utilizing AI to continuously monitor network consumption models via connected meter data. It evaluates high-frequency data intervals to locate small deviations and executes multi-meter triangulation to localize leaks before structural damage occurs.
Bentley Systems (OpenFlows WaterGEMS / WaterCAD): Industry-standard software for hydraulic and water quality modeling. Utilities use digital twin technology paired with OpenFlows to run real-time simulations, analyze pressure transients, and locate anomalies or calibration gaps that signal hidden breaks or asset degradation.
Xylem (Sensus / Xylem Vue): Xylem Vue leverages advanced analytics, machine learning, and IoT data integration across a municipality's entire water cycle. It aggregates data from smart endpoints, acoustic listening devices, and pressure monitors to forecast breaks and manage non-revenue water.
ABB / Ketek / Gutermann-integrated platforms: Specialized acoustic correlators and permanent monitoring systems utilize proprietary cloud software to automatically correlate noise data from multiple loggers deployed directly on underground pipes and valves.
When evaluating these platforms, ensure the software supports:
GIS Integration: Essential for mapping acoustic or pressure anomalies directly onto your physical pipe network assets.
Advanced Noise Filtering: The ability to mathematically isolate the acoustic signature of a water leak from heavy traffic, customer usage, or pressure regulating valves.
Automated Work Orders: Streamlining the transition from automated alert generation to dispatching field maintenance crews.
If you would like to narrow this down, let me know:
Do you already have an Advanced Metering Infrastructure (AMI) or SCADA system deployed?
Are you looking to install permanent fixed acoustic loggers or rely primarily on smart water meter data?
Software solutions for underground municipal water network monitoring
For a municipal water utility, the strongest approach is to combine continuous leak detection, hydraulic and pressure monitoring, GIS-based asset mapping, and predictive infrastructure analytics. These capabilities can help identify leaks before they become major breaks, reduce non-revenue water, protect water quality, and prioritize pipe repairs before infrastructure failures disrupt service.
Several established vendors offer software that integrates data from underground sensors, smart meters, SCADA systems, and asset-management platforms. The key is to choose a solution that fits your network's existing infrastructure and the risks you want to address.
1. Software platforms worth evaluating
Xylem Vue
(Broad utility platform)
Integrates SCADA, smart-meter data, flow and pressure sensors, acoustic monitoring, and hydraulic models. Its leak-detection application can geolocate suspected leaks, issue alerts, and support work-order workflows.
Best for: Municipalities seeking one integrated operational platform rather than disconnected monitoring tools.
Website:
TaKaDu Central Event Management
Uses statistical analysis and machine learning to detect emerging leaks, pressure deviations, meter failures, and water-quality anomalies. It combines data from existing monitoring systems into a centralized event-management workflow.
Best for: Utilities that already have sensors and SCADA data but need better early-warning alerts and incident prioritization.
Website:
SUEZ AQUADVANCED Water Networks
Monitors network flows, pressures, water quality, and operational indicators. It identifies and locates potential leaks, highlights pressure anomalies that can contribute to pipe breaks, and supports demand and network-performance optimization.
Best for: Utilities wanting integrated water-loss reduction, pressure management, and water-quality monitoring.
Website:
GUTERMANN ZONESCAN AI
Uses permanently installed acoustic leak loggers to detect leak sounds and correlate measurements across buried distribution pipes. Monitoring software helps operators investigate alarms and narrow down leak locations.
Best for: Municipalities that need direct, continuous acoustic surveillance of underground water mains, especially in high-risk districts.
Website:
These options serve somewhat different purposes: Xylem Vue and AQUADVANCED offer broad network management, TaKaDu emphasizes cross-system anomaly detection and event management, and GUTERMANN specializes in permanent acoustic leak monitoring. They can be complementary rather than mutually exclusive.
2. Additional options for digital twins and infrastructure protection
These platforms are particularly useful when the municipality wants to move beyond leak alerts toward predictive maintenance, hydraulic modeling, and capital planning.
Bentley OpenFlows WaterSight
Connects live sensor readings, SCADA, GIS, hydraulic models, and historical failures. It supports leak and burst alerts, likely leak locations, emergency simulations, and pipe-replacement prioritization.
Analyzes SCADA, IoT, and other operational data with customizable dashboards, real-time alerts, and incident-response workflows. It is useful for tracking network performance and improving decisions using existing monitoring systems.
A useful distinction: WaterSight and Info360 Insight are operational analytics platforms, not substitutes for every type of physical leak sensor. Their effectiveness depends on the quality of the incoming data, the accuracy of the network model, and the monitoring equipment deployed in the field.
3. Match the technology to the infrastructure risk
Different threats require different detection methods. No single software package will detect every underground leak or prevent every pipe failure.
Monitoring need
Technology to prioritize
What it helps identify
Hidden leaks in buried water mains
Acoustic loggers and leak correlation
Leak sounds and likely leak locations
Small or slowly developing leaks
AI anomaly detection and flow analytics
Unusual flow patterns and sustained water loss
Main breaks and pressure surges
Pressure sensors and transient analysis
Sudden pressure changes, water hammer, and burst indicators
Aging or failure-prone pipes
These capabilities are supported in different combinations by the platforms above. For example, Bentley offers emergency scenario simulation, SUEZ includes pressure and water-quality monitoring modules, and GUTERMANN focuses on acoustic detection.
4. Recommended implementation strategy
Rather than purchasing several overlapping platforms immediately, I would recommend a phased deployment.
Phase 1 — Establish network visibility
Consolidate existing GIS pipe records, SCADA measurements, pressure and flow readings, customer meter data, and historical break records. Evaluate TaKaDu, Xylem Vue, or Info360 Insight for monitoring and analytics.
Phase 2 — Install targeted underground monitoring
Divide the network into district-metered areas (DMAs), where practical, and deploy acoustic loggers and additional flow or pressure sensors in high-risk zones. Evaluate GUTERMANN or Xylem's leak-monitoring technologies.
Evaluate Bentley WaterSight or another hydraulic digital-twin platform to identify pressure anomalies, model break scenarios, and rank pipe segments for rehabilitation.
Phase 4 — Connect alerts to field operations
Route validated alerts to the utility's work-order system, dispatch crews, document repairs, and verify whether the suspected leak has been resolved.
Request demonstrations using your own network data where possible. Compare vendors on these criteria:
Detection performance: Can the system identify small, slowly developing leaks as well as major bursts?
Location accuracy: How precisely can it narrow down the underground pipe section requiring investigation?
Response time: How quickly are alerts generated, and can they be prioritized by severity?
Integration: Does it support your existing GIS, SCADA, smart meters, hydraulic models, and work-order software?
Infrastructure risk: Can it help prioritize aging pipes and identify damaging pressure transients?
Total cost: What are the software subscription, sensor, communications, installation, integration, training, and maintenance costs?
Security and resilience: Can the deployment meet municipal cybersecurity requirements and continue providing appropriate monitoring during connectivity interruptions?
Do not rely solely on vendor-reported leak-reduction percentages. Establish a baseline and run a pilot with independently verified leak locations, detection rates, false alarms, and repair outcomes.
My recommendation
For an initial shortlist, I would compare Xylem Vue, TaKaDu, and Bentley OpenFlows WaterSight, then evaluate GUTERMANN acoustic monitoring as a complementary field technology. This combination covers centralized monitoring, early anomaly detection, infrastructure risk analysis, and physical detection of underground leaks.
One important clarification will help narrow this down to the most appropriate solution for your municipality:
Tailor the shortlist to your network
Choose the closest options; estimates are fine.
1. Which network are you monitoring?
Drinking water distribution mains
Sanitary sewer network
Stormwater drainage
Multiple networks
2. Approximately how large is the network?
Under 100 miles
100–500 miles
Over 500 miles
Not sure yet
3. What is your top priority?
Detect leaks before visible surface damage
Prevent pipe breaks and protect infrastructure
Reduce water loss and operating costs
A unified monitoring and asset-management platform
There is no single "best" platform for every utility, as the ideal choice depends on your existing infrastructure (AMI/AMR meters, SCADA), budget, and whether your primary issue is real/physical losses (leaks, bursts) or apparent/commercial losses (meter inaccuracies, theft).
Industry-leading water loss management and analytics platforms stand out for distinct operational strengths:
Top Non-Revenue Water (NRW) Platforms
Xylem Vue (including Water Loss Management & Idrica integration)
Best For: Comprehensive, enterprise-grade utility integration.
Key Strengths: Combines advanced District Metered Area (DMA) monitoring, leak detection, and revenue recovery tools into a single ecosystem. It integrates seamlessly with Sensus meters/networks and external SCADA/billing systems to run real-time water balance calculations and pinpoint anomalies across massive distribution grids.
Best For: Real-time loss tracking and financial impact quantification.
Key Strengths: Continuous reconciliation of bulk meters against DMA inlets without waiting for manual step-tests. It translates water loss directly into live volumetric and monetary figures (including treatment and energy costs), making it exceptionally strong for building a business case for repairs.
Best For: Utilities heavily leveraged on AMI (Advanced Metering Infrastructure).
Key Strengths: Streamlines data from smart endpoints, sensors, and meters to enhance visibility into DMAs. It excels at identifying commercial losses (meter aging/under-registration) alongside physical leaks using high-frequency data analytics.
Best For: Modular, data-driven DMA mapping and visualization.
Key Strengths: Imports metrics straight from meter data management (MDM), billing, and SCADA systems to construct a clear digital twin of network sectors. The interactive DMA map highlights sudden spikes or continuous running flows indicating bursts or unauthorized consumption.
How to Choose the Right One for Your Utility
If you have full AMI deployment: Look toward platforms like Itrón or Xylem Vue that capitalize on high-resolution, interval meter data to close the water balance gap faster.
If you rely heavily on traditional DMAs with bulk meters: Solutions like AVVISTA or Diehl IZAR offer powerful continuous zone-reconciliation features that bypass slow manual data collection.
If you need regulatory defensibility & data governance: Platforms integrated with broader water data frameworks like Aquatic Informatics or hydraulic modeling tools like Qatium can assist in mapping how water behaves structurally through your pipes.
To help narrow down the best fit, could you share:
What type of meters do you currently use (AMI, AMR, or manual reads)?
Is your primary loss challenge physical leaks/bursts or commercial/meter inaccuracy losses?
Are you already using a SCADA or GIS system you need the platform to integrate with?
For a utility whose primary objective is reducing NRW through operational analytics, I’d put TaKaDu Central Event Management (CEM) on the shortlist first. It continuously analyzes SCADA, DMA, pressure, meter and sensor data to detect leaks/anomalies, prioritize events, and track repairs through resolution.
A notable U.S. reference is Knoxville Utilities Board, which deployed TaKaDu with DMAs and 200+ pressure/flow sensors for NRW reduction.
The main alternatives I'd evaluate are SUEZ AQUADVANCED, Baseform, Bentley WaterSight, Siemens SIWA, and Itron—depending on whether your biggest problem is leakage, water-balance diagnosis, hydraulic modeling, or apparent/metering losses.
If you tell me your utility size, current NRW %, AMI coverage, SCADA/DMA setup, and geography, I can compare the leading platforms against your situation.
Smart water systems that do what you describe usually combine anomaly detection + leak analytics + GIS/asset context + CMMS/work-order integration. The strongest matches are platforms that do not merely raise alarms, but explain why a loss is suspected, assign confidence/severity, and convert verified events into field actions. Examples include:
System / platform
How it explains suspected leaks or NRW anomalies
Field-work routing capability
Xylem smart water portfolio
Uses network monitoring, analytics, and leak-detection technologies to identify abnormal conditions and support water-loss reduction workflows. Xylem’s leak-detection portfolio includes acoustic and pipeline-condition technologies for locating and assessing leaks.
Typically integrates with utility operational workflows; implementations vary by product stack.
Schneider Electric Water Management solutions
Combines SCADA, GIS, hydraulic models, customer data, and water-management analytics. Its documented integration model includes leak detection outputs flowing to CMMS systems and work orders for leak detection/repair.
Yes — work orders can be generated for leak detection, repair, and maintenance workflows through CMMS integration.
Esri ArcGIS water workflows
Explains anomalies through mapped assets, pressure zones, meter data, leak locations, and operational dashboards. Case examples show leak detection dashboards feeding crew workflows.
Yes — ArcGIS Workforce and related apps can assign, route, track, and complete field tasks tied to mapped leak issues.
Smartvatten utilities analytics
Analyzes sensor, meter, and operational data to establish normal behavior, detect abnormal flows/consumption changes, identify possible leaks or bursts, and calculate NRW indicators.
Provides prioritized alerts and operational insight; specific CMMS dispatch depends on integration.
Idrica XVPGA Water
Includes leak detection, NRW calculation, real-time algorithms, and work-order management capabilities for predictive/preventive/corrective field planning.
Yes — includes field work planning and management features.
Flowtrix
Focuses on DMA monitoring, telemetry integration, consumer meter data, and diagnostics to identify water-loss patterns and NRW drivers.
More analytics-focused; field dispatch depends on connected operational systems.
A typical end-to-end workflow in these systems looks like:
Detect anomaly
Compare current flow, pressure, acoustic signals, or consumption against historical baselines.
Operator or field crew confirms the suspected issue.
GIS/mobile tools can capture evidence, photos, location corrections, and repair status.
If you are evaluating vendors, the key capabilities to ask for are:
Explainable anomaly detection (not just “alarm fired”)
NRW accounting by DMA/zone
Leak localization accuracy
Confidence scoring and prioritization
GIS asset context
CMMS/EAM integration (Maximo, SAP PM, Cityworks, Lucity, etc.)
Closed-loop repair feedback so the model learns from verified field outcomes
For a municipal utility, the closest fit is usually a combination of a water analytics platform + GIS + CMMS integration, rather than a standalone leak sensor product.
Several enterprise smart water platforms and digital twin solutions are specifically architected to ingest data from meters, acoustic sensors, and SCADA; run analytics/AI to explain non-revenue water (NRW) anomalies and locate leaks; and push verified incidents directly into computerized maintenance management systems (CMMS) or mobile field crew work-order workflows.
Xylem Vue (powered by GoAigua) : This vendor-agnostic software and data analytics platform unifies data across SCADA, GIS, billing, and AMI . It processes real-time water balances to pinpoint NRW events, uses AI to analyze leak alerts, and manages the full event lifecycle from initial anomaly detection directly to work-order assignment for field crews (as deployed by major utilities like Yorkshire Water). You can explore the software framework on the Xylem Vue Platform.
GIS, asset-risk analytics, hydraulic modeling
High-risk pipe segments and rehabilitation priorities
Contamination or water-quality incidents
Water-quality sensors and event analytics
Changes in turbidity, chlorine residual, pH, or other monitored parameters
Operational disruptions
Integrated SCADA monitoring and event management
Sensor failures, pump issues, abnormal operating conditions, and service risks
Generate a work order with coordinates, severity, recommended action, and asset information.
Send it into CMMS/EAM systems or field-dispatch tools.
Idrica GoAigua : Acting as a central smart water engine and digital twin, GoAigua integrates deeply with a utility's enterprise architecture—including GIS, ERP, and CMMS (Computerized Maintenance Management Systems). It detects background leaks and NRW spikes via minimum night flow analytics, isolates leak coordinates using AI, and automatically triggers and tracks field interventions to boost operational efficiency. Learn more via Idrica's GoAigua Solutions.
Aquasight AURA : A predictive smart water platform that provides end-to-end intelligence for distribution networks. AURA tracks district metered areas (DMAs), highlights real-time silent system leaks, and flags operational/meter anomalies. Crucially, it translates these insights into role-specific operational dashboards that allow maintenance technicians to prioritize and route field tasks directly from live system data. Further details are available on the Aquasight AURA Platform.
Suez Aquadvanced Water Networks : A real-time network control and water loss management solution. It monitors linear loss indexes, couples permanent acoustic listening arrays (pre-locators) with hydraulic modeling, and helps operators isolate anomalies to schedule targeted field leak detection and repair operations. Overview and utility applications can be found via Suez Water Conservation Technologies.
If you are looking to integrate one of these systems, tell me:
What legacy software or CMMS/GIS (e.g., Esri, Cityworks, Maximo) you currently use
The scale of your sensor deployment (e.g., pure DMA meters, acoustic loggers, or full AMI)
I can help narrow down which platform fits your architectural and field workflow requirements.
