Field & pivot intelligence
More precise pivot irrigation, from operation to control
Modar monitors the pivot, pumps, wells, pressure, and power, then connects operation to soil, weather, and fertigation data. It helps you detect stoppages, dry running, power fluctuations, or pressure faults early, and control irrigation and pivot movement based on the needs of each zone.
Pivot operations are exposed to risk every day.
Pivots, pumps, wells, power, irrigation lines, and fertigation all have to work together across large areas. When one part fails, the team may only discover it after the next manual round — by which point water, energy, fertilizer, or crop health has already been affected.
The real cost is not the fault — it is the delay.
Small faults become expensive when the team discovers them late. By the time anyone reaches the site, damage to the field, the equipment, or the irrigation window has already accumulated.
Live visibility across the entire irrigation operation — from anywhere.
ReNile monitors pivot status, pump run behavior, well levels, flow rates, power readings, and soil conditions in real time — alerting teams the moment something departs from normal so they respond before small faults become field losses.
Live pivot status, run behavior, and fault detection
Pump and well monitoring — dry-run protection and abnormal load alerts
Flow, pressure, and irrigation line visibility
Real-time power and energy consumption per asset
Soil moisture and weather context for irrigation timing decisions
Remote visibility and control across multiple pivots and sites
Operational workflows for follow-up assignment
From reactive site visits to remote pivot and pump control.
A farm team depended on manual rounds to check pivots, pumps, and water availability across distributed sites. Problems — dry-running pumps, stopped pivots, pressure drops — were only discovered after the next scheduled visit.
With ReNile connected hardware, the team could see operating status across every pivot and pump remotely, receive fault alerts within seconds of abnormal behavior, and coordinate irrigation response without sending anyone to the field first.
Where the return comes from.
Detect abnormal pump and pivot behavior the moment it starts — before it becomes an urgent, expensive fix.
Replace scheduled manual rounds with remote operating visibility — send teams to specific issues, not general checks.
Catch over-application, leaks, and missed shutdowns before water runs unchecked.
Support fertigation decisions with live soil, flow, and crop-stage context.
Detect pump inefficiency, overcurrent, and abnormal load before energy costs climb.
Act on soil and water signals before delayed irrigation or input imbalance costs the crop.
Operate more pivots and sites with clearer remote control over existing hardware.