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Use cases
Protected crops

Glasshouses and protected crops

Indoors, where the weather never helps

Pollination assist through flowering, canopy health by row, and irrigation uniformity across a house with no rain to mask it.

Houses of 0.2 to 10 hectares under glass or plastic.

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Aerial view of a patchwork of cultivated blocks

What actually goes wrong

A glasshouse removes the weather and with it the pollinators, the natural water and the margin for error. Hired hives are expensive and cannot be timed to a specific week. Irrigation problems compound within days because nothing else waters the crop. And because the crop is uniform by design, a problem that starts in one row is easy to miss until it is in twenty.

How we set it up

Small indoor aircraft on a fixed path per house. Pollination assist runs through the flowering window on the days natural activity would be poor. Canopy health is read row by row so an early divergence is visible while it is still one row. Irrigation uniformity is checked on a schedule rather than after a problem appears.

The flight calendar across a season

  1. Row by row establishment record for the house.

  2. Daily pollination assist and fruit set counts against reference rows.

  3. Canopy health by row and irrigation uniformity checks.

  4. Counting flights for the picking and packing forecast.

  5. End of cycle health census and a plan for the next planting.

What you end up with

Recorded on your fields, flight by flight. Not a projection.

  • Pollination covered on the days natural activity would not be
  • Fruit set counted against untreated reference rows
  • Row level divergence caught while it is still one row
  • Picking and packing planned against counted fruit

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