Digital water infrastructure
Decision-support systemsfor water.
We build the digital water layer between raw data and a real decision — remote sensing, numerical modeling, AI and custom software, engineered into systems that tell your team what to do next.
Rainfall, runoff, evapotranspiration, infiltration and groundwater flow — the system as it actually behaves.
We Work With
What a water DSS is made of
Four layers. One decision.
A decision-support system is only as good as the stack beneath it. We build every layer in-house, from the satellite pixel to the dashboard your team opens each morning.
Built on
Remote Sensing & AI
Satellite and sensor data turned into signal: surface and groundwater change, vegetation stress and anomalies, over any area and any time window.
Numerical Modeling
Physics-based simulation of how water actually moves: aquifers, floods, drainage and distribution networks, calibrated to your site and your scenario.
Software & AI Agents
The decision layer: AI agents, digital twins and custom software that put the model and the data to work and act on it.
Monitoring & Sensors
Ground truth in real time: IoT metering and telemetry that keeps every model and every decision anchored to what is happening in the field.
Built and shipping
The stack, already productised.
We don't only design decision-support systems for clients — we run our own. These are the parts of the stack we have taken all the way to product.
GWFlowAI
Groundwater analysis, free and instant.
Groundwater levels, geology and trends from live CGWB data — with spatial interpolation and downloadable reports.
Water Data Group
FreeOpen water data for the community — the reference layer the rest of the stack reads from.
Reference architecture
An AI-enabled water DSS, end to end.
From raw sensing to a decision your team can act on — physics and AI models converging on one calibrated, continuously monitored pipeline.
Physics-based
AI / ML
Where it applies
One discipline. Every water decision.
Water is all we do. The same decision-support stack adapts to the question in front of you: underground, on the surface, or across a network. Ten applications, one pipeline from data to decision.
Groundwater
Subsurface
SourcesWells + satelliteModelMODFLOWDecisionWhere & how deep to drillOutputsdepthyieldsustainabilityFlood
Surface water
SourcesRainfall + terrainModelHEC-RASDecisionEvacuate or divert flowOutputsextentdeptharrival timeIrrigation
Agriculture
SourcesNDVI + soil moistureModelCrop-water AIDecisionWhen & how much to irrigateOutputsschedulewater savedWater networks
Distribution
SourcesMeters + pressureModelEPANETDecisionFind & isolate the leakOutputsleak zoneloss %Water quality
Compliance
SourcesSensors + labModelWQ modelDecisionTreat or raise an alertOutputsquality indexexceedanceDrought
Climate risk
SourcesGRACE + rainfallModelForecastDecisionRation & plan supplyOutputsdeficitoutlookStormwater
Urban drainage
SourcesRain gaugesModelSWMMDecisionDetain or releaseOutputspeak flowoverflow riskAquifer recharge
Replenishment
SourcesGeology + rainfallModelRecharge modelDecisionSite managed rechargeOutputsrecharge potentialReservoir ops
Operations
SourcesInflow + demandModelOptimizationDecisionSet the release scheduleOutputsstorageallocationSaline intrusion
Coastal
SourcesSalinity + tidesModelIntrusion modelDecisionThrottle coastal pumpingOutputsinterfacerisk
What our clients say
“They transform ideas and raw datasets into high-quality AI-powered dashboards and decision-support systems, and do it fast.”
Faiz Alam
Client · International Water Management Institute
Start with the decision
Tell us the decision you're trying to make.
Describe the water question in front of you, and we'll design the decision-support system that answers it, or build it into your existing one.