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Our real-world solutions in irrigation automation

How Installers Can Build Recurring Revenue Through Irrigation Automation

Irrigation automation used to be difficult to sell. It often meant expensive field computers,…

Reliable Irrigation Starts With Control, Not More Data

Many farms begin their smart irrigation journey by installing sensors. Soil moisture sensors.Weather stations.Dashboards.Mobile…

Why Most Irrigation Automation Systems Fail at Scale

Irrigation automation that doesn’t break at scale. Many valve controllers work… But only until…

Why Smart Irrigation Needs Feedback, Not Assumptions

Irrigation dasboard says🟢 Valve successfully opened!You know it because software drew a green icon…

Project in Inner Mongolia 40–50% LESS WATER. 60% LESS LABOR

Smart irrigation automation. This is not a pilot, not a simulation but a real…

Tensiometer Without Pressure Gauge

The good old tensiometer scares people for two very human reasons. First — it…

AI + Tensiometers

For decades, irrigation decisions have relied on fixed schedules, timers, and experience. While experience…

Why Tensiometer For Irrigation Control

Why We Chose Soil Tensiometers for Automatic Irrigation Control Automatic irrigation only works if…

Tensiometer for Our Children

The good old tensiometer scares people for two very human reasons.First — it needs…

Meet Tensiometer AgrioTens

Tensiometer has been long time used by growers to measure soil moisture and make…

Soil moisture sensors: expectation vs reality

Expectation Reality The reasonsThe problem is not the sensor itself. VWC sensors measure capacitance,…

LoRa Compost Temperature Probe With E-paper Display

LoRa Compost Temperature Probe With E-paper Display. Long-Range Data · Two-Year Power

Vapor Pressure Deficit (VPD)

VPD is a method to detect crop stress, especially useful in greenhouse. VPD depends…