XX%
Potential reduction in unnecessary water use.
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.
Performance areas
Where IrrigSense is designed to create value.
These are the four areas the solution targets. Each indicator is currently being measured through field validation, so no figure is presented as a proven result yet.
XX%
Potential reduction in irrigation related energy use.
XX%
Potential reduction in nutrient losses.
XX%
Reduction in the gap between irrigation applied and actual crop needs.
Performance indicators are currently being evaluated through field validation.
The challenge
Most irrigation decisions are still made without data.
Water is applied on schedule and experience rather than on what the crop actually needs that day. The result is difficult to see from the surface, and it accumulates over a season.
Water applied without feedback
Without a continuous reading of field conditions, it is difficult to know whether a parcel received too much water or not enough.
Stress that appears too late
By the time water stress is visible on the plant, part of the season's quality and yield potential has usually already been affected.
Inputs lost below the root zone
Excess irrigation carries nutrients past the roots, which raises input costs and puts pressure on the surrounding water resource.
Rising traceability requirements
Buyers and certification schemes increasingly ask growers to document how water is managed, which is hard to do without a continuous record.
How it works
Three layers, one decision.
IrrigSense brings together what happens above the field and inside it, interprets it with agronomic intelligence, and returns a clear recommendation you can act on.
Observe
Satellite and field information provide a continuous view of crop and irrigation conditions, parcel by parcel.
Understand
Agronomic intelligence and artificial intelligence interpret that information in the context of the crop, the season and the local climate.
Act
IrrigSense turns those insights into irrigation recommendations and actionable alerts that reach the people responsible for the field.
Capabilities
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.
Applications
Precision starts at crop level.
Every crop has its own relationship with water. IrrigSense is built to be tuned to that relationship. Berry production under protected cultivation is an important first application, and the approach extends to other high value crops.
Irrigation intelligence
Agronomy and AI, working on the same question.
Data on its own does not water a field. The value is in the interpretation, and that is where agronomic knowledge and artificial intelligence meet.
Anticipation, not reaction
The system looks ahead at how conditions are developing so irrigation can be adjusted before the crop is under stress.
Tuned to the crop and the context
Recommendations reflect the specific crop, its growth stage and the local growing conditions rather than a generic default.
A view from above
Earth observation adds spatial context across the whole holding, showing how conditions differ from one parcel to the next.
IrrigAI
Illustrative example
Does parcel B3 need water before tomorrow's heat?
Not tonight. Conditions there are still in the comfortable range. I would irrigate early tomorrow, ahead of the warmest hours, and I will alert you if that changes overnight.
This exchange illustrates the intended interaction. It is not a validated system output.
In the field
Field intelligence, without complexity.
IrrigSense connects field observations with Earth observation and intelligent analytics to provide continuous insight into crop and irrigation conditions.
- Continuous awareness of what is happening across the holding
- Autonomous monitoring that runs without daily intervention
- Decision support instead of raw data to interpret
- Actionable alerts when a parcel needs attention
- Simpler irrigation management across the whole season
Parcel level variability
Illustrative
Lower need
Higher need
Ecosystem
Partners & Collaborators
IrrigSense is developed with research institutions, agricultural partners and innovation programmes.
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Get in touch
Turn irrigation data into better decisions.
Tell us about your crop, your region and what you are trying to improve. We will get back to you to arrange a demonstration.