Water Leak Pulse
Identify hidden infrastructure failures through satellite-detected soil moisture anomalies before they become visible losses.
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Faster leak investigation
Repeated water infrastructure leaks contribute to waste of critical resources, increase operational costs, and can escalate into disruptive failures.
The Water Leak Pulse helps you narrow down the search area before crews are dispatched, reducing time spent in the field and increasing the number of leaks found per inspection.
Using satellite-based soil moisture analysis, terrain modelling, and infrastructure proximity analytics, the system detects persistent moisture anomalies near buried pipelines and identifies leak-risk hotspots. Machine learning models rank network segments by probability of failure, incorporating historical patterns and environmental conditions.
Early anomaly monitoring
As networks age and expand, identifying hidden vulnerabilities across vast underground pipelines becomes increasingly complex.
This solution helps organisations monitor the network weekly and flag unusual changes in leak probability as early warnings, enabling future alert-based workflows and work orders.
Outputs are delivered as exportable reports, or API integration — enabling proactive intervention, regulatory transparency, and data-driven resource allocation across the network.
Prioritised inspection campaigns
Without continuous, system-wide intelligence, utilities struggle to prioritise investigations, prevent losses, and maintain consistent oversight across large, distributed networks.
We help you run annual or ad hoc leak detection campaigns by ranking the most vulnerable areas first and optimising inspection calendars.
Machine learning models rank network segments by probability of failure, incorporating historical patterns and environmental conditions.
Case study: Advancing water monitoring with satellite intelligence
To strengthen reservoir monitoring and support data-driven decision-making, Aigües de Manresa partnered with Earthpulse to integrate satellite-based water quality analytics into its operations.
Earthpulse deployed a satellite-based water monitoring system using high-resolution Sentinel-2 imagery from the European Union’s Copernicus programme. By combining Earth Observation data with AI-driven analytics, we transformed raw imagery into structured, actionable water quality indicators. The solution delivers scalable, continuous monitoring to support faster and more informed water management decisions.
