Irrigation informed by weather and soil as well as the clock.
Weather- and sensor-based management combines forecasts, measured rain, soil moisture, seasonal factors and automatic rules. AI decision support depends on input quality and clearly defined field constraints.
How to structure the project
FAO Penman–Monteith ET₀ represents atmospheric demand over a reference surface. Convert it to irrigation need using crop/landscape coefficients, root-zone water balance, effective rainfall and application efficiency. Satellite indices provide supporting observations; mixed pixels, shade and clouds limit their direct use in narrow medians and small sites.
Within this solution family
Weather-Based Irrigation Optimisation
Weather-responsive management that evaluates rainfall forecasts, temperature, wind and evaporative demand alongside irrigation schedules.
Soil-Moisture-Based Irrigation
Support scheduled irrigation with actual field conditions by monitoring moisture in the root zone.
Seasonal Irrigation Adaptation
Adjust watering intensity to season, plant development and weather instead of applying a summer schedule all year.
Automatic Irrigation Scenarios
Build traceable automatic irrigation scenarios combining time, moisture, rain, flow and operating rules.
Project and acceptance criteria
- Define site assets, device/zone mapping and data sources.
- Verify valve, sensor, gateway and communication compatibility.
- Test data accuracy, alarms and outage behaviour using representative scenarios.
- Handover permissions, maintenance, backup and reporting procedures to the operations team.
Explainable AI, hydraulically constrained optimisation, predictive maintenance and enterprise integration are staged development objectives subject to selected hardware and pilot validation. Standard delivery scope is defined separately in the quotation.
Plan your landscape irrigation project with us.
Share the site area, valve count, existing connectivity and project objectives. We can define device selection, coverage survey, integration and pilot requirements together.
