The algorithm assesses pipe deficiencies using multiple synthetic aperture radar (SAR) images and can observe an entire pipe system, even for large cities, using multiple satellite passes.

The trained algorithm then scores pipe segments exhibiting non-surfacing leaks detected in one or more images; it also analyzes leak location clusters within them. Data points are then scientifically combined into a single GIS data output with pipes scored on a 1-5 scale: 1 indicates low levels of deficiency observed; 5 denotes high levels of deficiency. The data inputs easily to any GIS system or asset planning model.

Utilities and engineers use MasterPlan to gain insight into the pipes’ actual condition. The system is compatible with all GIS and GIS-based asset planning model software and integrates with attribute data such as pipe age, material, and work orders from surfacing leaks. MasterPlan adds a valuable level of refinement to pipe replacement planning models or water system master plans.