Project background
Municipal irrigation of parks, medians, and green belts traditionally runs on fixed schedules regardless of weather and soil conditions. The client wanted adaptive irrigation to cut water use while keeping vegetation healthy.
Challenge
Covering large distributed green spaces, handling legacy valve infrastructure, and producing schedules that remained robust even when sensors or forecasts failed.
Approach & solution
We deployed soil-moisture nodes and connected smart valves across pilot zones, fed by a controller that combines local sensing with weather forecasts. Fallback logic ensures vegetation is never starved if telemetry fails, and per-zone policies accommodate plant types.
Results & benefits
Water consumption on irrigated zones dropped meaningfully while vegetation health stayed stable or improved. The system handled sensor outages gracefully without vegetation stress.
