For farms & irrigation

A pivot is irrigated as one block. It does not dry as one block.

One quarter bakes while another sits wet. Salt builds in a corner nobody walks. A nutrient gap opens in a patch that looks perfectly green from the gate. We measure each part of the field separately and tell you what it actually needs — so water, fertiliser and diesel go where they earn something.

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A pivot field split into four zones, each showing a different level of water demand

Everything on one platform

Six things a farm manager needs to know or do, running on the same measurements. Use one of them or all of them.

Water where it earns something

Two quarters of the same pivot get the same water. One of them is losing it to the air before the crop can use it; the other is still short. Neither is visible from the road, and both show up on the water bill.

We measure the demand of each zone separately and compare it against what is actually being applied. The gap between those two numbers is the waste — and it is usually larger than anyone expects on a field that looks healthy.

The output is a plan, not a chart: how much each zone should get, ready to hand to a variable rate controller or to run manually.

Nothing goes on the machine and nothing gets buried in the field. The first result comes back on a pivot you already run, so you can check it against what you know about that field before you change anything.

Farm status dashboard showing moisture, growth, leaf condition and the upcoming irrigation plan for a field
Field names replaced for publication.

Equal crop age does not mean equal need

A field sown on one day, with one seed, from one machine, does not develop evenly. By the time a shortfall is visible in the canopy, the plant has already spent part of the season underfed.

Deficiency is located while it can still be corrected, and mapped to the areas that are short — so the fertiliser bill goes down and the yield does not follow it.

Everything lands on one board: what each field needs today, what is scheduled, and what changed since last week.

What it has been worth

Figures from commercial deployments, stated with the conditions they were measured under. Results vary by crop, soil and irrigation system, and detailed case evidence is available to prospective customers under NDA.

20% Water saved Over a full season on commercial pivot-irrigated fields, at maintained or improved yields.
7 weeks Salt warning lead time Between the risk being flagged and stress becoming visible in the canopy.
Per zone Not per field Water and nutrient decisions made for each part of a pivot separately.

Start with one field

Send us the boundaries of a pivot you have questions about. We will run it and walk you through what comes back — no installation, nothing to fit on the machine.

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we are supported by

OMEGA is incubated at ESA BIC Bavaria and supported by EIT Food. Patent filing funded through WIPANO by the German Federal Ministry for Economic Affairs and Climate Action. Co-funded by the European Union.