Build a Custom Irrigation Scheduling Software Using AI in Minutes
Create your irrigation scheduling software in minutes with AI. Adjust run times to rainfall and evaporation and detect faults from flow, no coding.
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Emergent Key Features for Building Irrigation Scheduling Software
A controller set in April is wrong by July. Watering to a fixed timer wastes water in a wet week and stresses plants in a dry one.
Watering Adjusted to Actual Conditions
Run times responding to rainfall, temperature and evaporation rather than a fixed programme somebody set at the start of the season.
Restrictions Applied Automatically
Hosepipe bans and permitted watering hours enforced by the schedule, since operating outside them carries a penalty and reputational cost.
Zones Scheduled by Plant and Soil
Different run times for lawn, beds and containers by soil type and exposure, because one programme across every zone is wrong nearly everywhere.
Seasonal Start up and Shutdown Planned
Spring commissioning and winter draining scheduled as jobs, since a system left charged through a freeze is an expensive avoidable failure.
System Faults Detected from Flow
Unexpected flow or pressure indicating a leak or a stuck valve raised, because an unnoticed fault can run for weeks before anybody sees the water bill.
Water Use Reported by Site and Zone
Consumption tracked so a change to the schedule can be judged on what it actually saved rather than assumed to have helped.
Irrigation Scheduling Software Use Cases You Can Build in Minutes
April's Programme Is Wrong by July
Run times adjusted from rainfall, temperature and evaporation so watering responds to conditions, with the schedule skipped entirely after significant rain.
window.awbMockup = { weatherBasedWatering: "Build a weather responsive irrigation scheduler adjusting run times from recent rainfall, temperature and evapotranspiration data, skipping cycles after significant rainfall, and reporting the water saved against a fixed timer programme.", restrictionCompliance: "Build a restriction compliance layer applying permitted watering hours and any regional hosepipe restrictions to every irrigation schedule automatically, blocking cycles outside the permitted window, and retaining a record of compliance.", zoneConfiguration: "Build a zone configuration tool holding plant type, soil, sun exposure and emitter type per irrigation zone, calculating appropriate run times for each rather than applying one programme, and highlighting zones consistently over or under watered.", systemMaintenance: "Build an irrigation maintenance scheduler generating spring commissioning and winter shutdown visits per site, monitoring flow and pressure for anomalies indicating leaks or stuck valves, and raising faults for investigation before consumption rises."};
Watering When You Are Allowed To
Permitted hours and any hosepipe restrictions applied to every schedule automatically, so a system does not run outside the window when nobody is watching.
window.awbMockup = { weatherBasedWatering: "Build a weather responsive irrigation scheduler adjusting run times from recent rainfall, temperature and evapotranspiration data, skipping cycles after significant rainfall, and reporting the water saved against a fixed timer programme.", restrictionCompliance: "Build a restriction compliance layer applying permitted watering hours and any regional hosepipe restrictions to every irrigation schedule automatically, blocking cycles outside the permitted window, and retaining a record of compliance.", zoneConfiguration: "Build a zone configuration tool holding plant type, soil, sun exposure and emitter type per irrigation zone, calculating appropriate run times for each rather than applying one programme, and highlighting zones consistently over or under watered.", systemMaintenance: "Build an irrigation maintenance scheduler generating spring commissioning and winter shutdown visits per site, monitoring flow and pressure for anomalies indicating leaks or stuck valves, and raising faults for investigation before consumption rises."};
One Programme Is Wrong Almost Everywhere
Run times set per zone by plant type, soil and exposure, so a shaded bed and a south facing lawn are not watered identically for the same duration.
window.awbMockup = { weatherBasedWatering: "Build a weather responsive irrigation scheduler adjusting run times from recent rainfall, temperature and evapotranspiration data, skipping cycles after significant rainfall, and reporting the water saved against a fixed timer programme.", restrictionCompliance: "Build a restriction compliance layer applying permitted watering hours and any regional hosepipe restrictions to every irrigation schedule automatically, blocking cycles outside the permitted window, and retaining a record of compliance.", zoneConfiguration: "Build a zone configuration tool holding plant type, soil, sun exposure and emitter type per irrigation zone, calculating appropriate run times for each rather than applying one programme, and highlighting zones consistently over or under watered.", systemMaintenance: "Build an irrigation maintenance scheduler generating spring commissioning and winter shutdown visits per site, monitoring flow and pressure for anomalies indicating leaks or stuck valves, and raising faults for investigation before consumption rises."};
A Stuck Valve Runs for Weeks
Seasonal commissioning and winter shutdown scheduled as jobs, with unexpected flow or pressure raising a fault before a leak becomes visible on a bill.
window.awbMockup = { weatherBasedWatering: "Build a weather responsive irrigation scheduler adjusting run times from recent rainfall, temperature and evapotranspiration data, skipping cycles after significant rainfall, and reporting the water saved against a fixed timer programme.", restrictionCompliance: "Build a restriction compliance layer applying permitted watering hours and any regional hosepipe restrictions to every irrigation schedule automatically, blocking cycles outside the permitted window, and retaining a record of compliance.", zoneConfiguration: "Build a zone configuration tool holding plant type, soil, sun exposure and emitter type per irrigation zone, calculating appropriate run times for each rather than applying one programme, and highlighting zones consistently over or under watered.", systemMaintenance: "Build an irrigation maintenance scheduler generating spring commissioning and winter shutdown visits per site, monitoring flow and pressure for anomalies indicating leaks or stuck valves, and raising faults for investigation before consumption rises."};
Schedule irrigation in four steps
Run times responding to actual conditions, restrictions applied automatically, and seasonal commissioning and shutdown scheduled as jobs rather than remembered.
Every site with its zones, plant types, soil and exposure, emitter types and flow rates, permitted watering hours, and any local restrictions that apply.
Your irrigation controllers so schedules are applied rather than typed in, local weather data for rainfall and evaporation, and flow monitoring for fault detection.
New planting, a different emitter, a revised restriction, another zone. Existing schedules for other zones and their consumption history are unaffected.
Look at water used before and after weather based adjustment, because that comparison is what justifies the change to whoever pays the bill.
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| Comparison | Other Tools |  |
|---|---|---|
| Built for | Demos and MVPs | Products you keep growing |
| What you get | Front end shell only | Full stack, wired end to end |
| Backend and database | Set it up yourself | Built and connected for you |
| Customization | Surface level styling | Deep workflow control |
| Integrations and APIs | Manual glue work | Connected from a prompt |
| Code ownership | Locked to the platform | Clean code you can export |
| Time to launch | Weeks of patching and setup | Live the same day |
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