Water source
Availability & quality
Whole-system irrigation intelligence
Smart irrigation should manage the whole system.
Model hydraulics. Define operating protocols. Connect field data. Verify performance.
Smart Irrigation Management is a platform for designing, operating, and validating next-generation irrigation systems.
Built for growers, irrigation professionals, technology providers, researchers, and water programs.
What the platform manages
Irrigation performance emerges from the behavior of the entire system.
It is rarely determined by one controller, sensor, emitter, or forecast. SIM connects every layer from source to root zone.
Storage
Volume & reserve
Pumping
Pressure & energy
Distribution
Flow & uniformity
Application
Intensity & duration
Root-zone response
Water, oxygen & plant
Beyond scheduling
Conventional smart irrigation stops at scheduling.
Conventional irrigation softwareSmart Irrigation Management
Schedules irrigation eventsManages hydraulic operating conditions
Focuses on timing and durationIntegrates flow, pressure, storage, soil, and plant response
Produces recommendationsProduces operating protocols
Displays dataTests whether outcomes occurred
Optimizes individual zonesModels the full water-delivery system
Assumes existing hydraulicsSupports conventional and emerging regimes
Built for the field and the review table
One operating language across every stakeholder.
Growers & operators
Improve performance without replacing every controller or sensor.
Irrigation professionals
Model, commission, troubleshoot, and document systems.
Technology partners
Integrate sensors, valves, pumps, controllers, imagery, and analytics.
Programs & researchers
Create repeatable pilot protocols and defensible evidence packages.
Emerging hydraulic regimes
Software for systems the old scheduling model was not built to understand.
SIM supports conventional systems and a new class of low-intensity, variable, buffered, and decentralized systems.
Explore applications →Continuous low-intensityPulsed irrigationVariable pressureGravity-fedReservoir-bufferedSolar pumpingDecentralizedConventional scheduledHybrid systems
A coherent product workflow
Five modules. One verified outcome.
System Modeler
Map sources, reservoirs, pumps, filters, zones, laterals, sensors, and fields.
Protocol Builder
Define pressure envelopes, flow targets, operating windows, alarms, and criteria.
Field Monitor
Track telemetry, water records, energy, and human field observations.
Verification Engine
Compare actual performance against modeled and protocol-defined expectations.
Evidence Studio
Generate reports for pilots, funders, customers, engineers, and researchers.
Practical irrigation science
Start with a question people already argue about.
Short explainers and technical briefs connect individual pain points to a model, a verification method, and a reportable outcome.
Explainer / Arizona Water
Why an Acre-Foot Is Not a Complete Measure of Water Availability
Volume describes quantity, but not whether water can reach a particular field at the time, pressure, reliability, and cost the operation requires.
Read insight →Technical Brief / Arizona WaterStored Water Is Not the Same as Deliverable Water
Storage creates an accounting position; delivery requires a physical path, capacity, authority, timing, and energy.
Read insight →Methods Note / Water & EnergyHow to Compare Water Sources Without Pretending They Are Equivalent
A single price or volume hides the different risks attached to groundwater, surface supply, stored credits, and reclaimed water.
Read insight →Evidence before claims
Every result identifies what supports it.
MeasuredCalculatedModeledEstimatedSelf-reportedUnverified