Field monitoring
Cell sensor units, the Beekeeper gateway and rover cameras form the planned field sensing system. Models and firmware are prepared; field tests are ahead. The map and satellite layers are already available in Apiary.
A nervous system for the field
We are designing a stationary sensing layer independent of rovers, for observing soil, air and weather. Continuous measurements must be validated after the equipment is installed.
Cells
Self-powered sensor units running on solar: soil moisture at two depths, air temperature and humidity, rain, dew and snow depth.
Beekeeper
A weather station and gateway in one: light, wind and the usual meteorology. It collects the cells over LoRa, carries the RTK base and forwards everything to the server.
Installed in one tap
Push the unit into the ground, open the dashboard on your phone and tap «I am standing here» — the position is recorded along with its accuracy. No tape measure, no cables, no typing numbers in by hand.
Data → decisions
Ripening forecast, irrigation plan, the call on when to send the rovers out — the agronomy is built on live data from the field, not on averages.
The whole field, at a glance
You see the problem before the eye does.
The NDVI index is read from the red and near-infrared bands: thinner green mass shows up long before anyone notices it on foot. The layer already works in the dashboard — Sentinel-2 imagery, 10-metre resolution, a fresh pass every five days, clouds filtered out automatically. That is enough to compare block with block and week with week; imaging from the rover itself will later add detail down to a single bed.
Beekeeper, the Cells units and the satellite come together into one picture — the farm reports on itself.
Cell in 3D
A self-powered sensor unit: solar supply, soil sensors at two depths, rainfall, dew and snow depth. Goes into the ground without tools.
And we build it ourselves
The infrastructure that the crop and the monitoring sit on — we design and build the very things our sensors then watch over.
Vertical farms
Designed and built turnkey: racking, lighting, climate, irrigation.
Protected cropping
Tunnel structures for berry crops, engineered for the snow and wind loads you actually get.
Climate automation
Ventilation, irrigation and supplementary light driven by sensors rather than by feel.
