WaterFlow is a browser-based water-network intelligence platform that turns hydraulic models, GIS data, and live sensor measurements into operational visibility, helping utilities detect abnormal loss events, evaluate network behavior, and respond with greater confidence.
Move beyond periodic surveys and static network models.
Water utilities often have network models, GIS data, field sensors, and maintenance processes. But those systems do not always operate as one continuous decision layer. WaterFlow is designed to connect those pieces.
Hidden Water Loss
Detect abnormal pressure and flow signatures earlier instead of waiting for complaints or periodic field checks.
Static Hydraulic Models
Extend steady-state network models with live state monitoring and fast transient simulation.
False Alarms
Distinguish potential leaks from expected pump, valve, tank, and demand changes using operation-aware logic.
Fragmented Asset Data
Bring EPANET, GIS, CSV, GeoJSON, shapefiles, and sensor information into a simulation-ready network.
Meet Some of Our Clients
One operational layer from model to field response.
WaterFlow combines proven hydraulic modeling concepts with a real-time operational layer so utilities can monitor network conditions, simulate events, evaluate risk, and route actionable information to the people responsible for response.
Operator alerts, network reports, maintenance routing, and response workflows.
Decision Layer
Real-time transient model comparing live telemetry against the digital twin.
Physics Engine
Method of Characteristics / TSNet-inspired transient behavior and pressure-wave simulation.
Steady-State Foundation
EPANET-compatible hydraulic and water-quality modeling for extended-period baselines.
Built for practical utility decisions
Physics-Based Intelligence System
Network behavior is grounded in hydraulic and transient modeling rather than simple threshold alarms alone granting finer tuning accuracy.
Operation-Aware Monitoring
WaterFlow can recalibrate after normal operational changes so pump, valve, and tank events are not automatically treated as leaks.
Deployment-Oriented Workflow
From model ingestion and topology validation to alert routing, the platform is designed around a staged utility pilot and expansion path.
Ready to see your water network differently?
Start with one corridor or DMA. Monad can help prepare the model, validate the data, calibrate WaterFlow, and define a practical pilot around your operational priorities.