Irrigation without feedback
Watering schedules don't always reflect what the soil needs today.
Earth observation · Field data · Artificial intelligence
Intelligent irrigation.
From data to decision.
IrrigSense combines Earth observation, in-field sensing and artificial intelligence to transform agricultural data into precise irrigation decisions for every parcel.
THE CHALLENGE
You can't manage what you can't see.
Irrigation decisions made without field data can lead to wasted water, crop stress, and unnecessary input costs.
Stress detected too late
Visible symptoms may appear after crop performance has already been affected.
Inputs lost below the roots
Excess irrigation can carry nutrients beyond the root zone, wasting resources.
Limited traceability
Without reliable records, proving how water is managed becomes harder.
The Solution
What you get on the screen.
Everything is presented in the language of the field, so a grower, an agronomist and a farm manager can all work from the same view.
Continuous field awareness
A live picture of conditions across your parcels, updated throughout the day without anyone walking the field.
Crop water needs
A clear answer to the daily question: how much water does this parcel actually need today.
Weather ahead
Upcoming conditions are factored into the recommendation, so irrigation is planned around the weather instead of reacting to it.
Alerts that reach you
When something needs attention, the alert arrives on the device the grower already carries, including basic mobile phones.
Maps, history and reports
Every parcel on one map, with the season's history behind it and exportable records for traceability requirements.
IrrigAI assistant
Ask about a parcel in everyday language and get a direct answer, without reading a dashboard to find it.
How it works
Three layers. One decision.
IrrigSense connects satellite observations, in-field sensors and artificial intelligence into a single recommendation loop.
Earth observation and field data
Satellite imagery tracks vegetative vigour across the whole farm, while connected sensors read soil moisture and microclimate where roots grow.
Agronomic AI and water needs
The system combines remote sensing, field telemetry and weather forecasts to estimate the actual water requirement of each parcel.
Clear recommendations on screen
The grower and farm manager receive straightforward recommendations on volume, timing and priority, delivered before stress occurs.
Partners & Collaborators
Partners & Collaborators
IrrigSense is developed in close collaboration with leading research institutions, agribusiness operators and agricultural innovation programmes.
Get in touch
Turn irrigation data into better decisions.
Tell us about your crop, region and what you are looking to improve. We will follow up to arrange a demonstration.