Pivots, silos and machines in the palm of your hand. Even where there's no signal.
Sensors, controllers and long-range connectivity to automate irrigation, grain storage, greenhouses and energy, with real-time dashboards, alerts and remote control, from headquarters to the farthest field.
Where your farm loses money without noticing
The problems that most often bring growers, cooperatives and grain elevators to us.
Wasted water and energy
Irrigation by calendar instead of soil moisture, and pumps running during peak tariff hours.
Grain losing quality in the silo
Hot spots found too late, manual aeration and losses from moisture and mold.
Driving just to switch and check
Hours on the road every day to start a pivot, read a meter or check a reservoir.
No signal in the field
Solutions that rely on 4G or Wi-Fi and simply stop working away from headquarters.
Decisions by guesswork
Weather, soil and machines without reliable history to plan the next harvest.
Breakdowns at the worst time
A pump, motor or dryer that fails at peak harvest with no warning beforehand.
From pivot to silo, all connected
Automation tailored to your crop, your land and your infrastructure.
Smart irrigation
Control of center pivots, drip and sprinkler systems based on soil moisture, weather and forecasts, with remote on/off.
Silo thermometry and aeration
Temperature and moisture cables, automatic aeration based on air conditions and hot-spot alerts in the grain mass.
Greenhouses and nurseries
Climate, misting, shading, fertigation and lighting controlled automatically by zone.
Weather stations
Rain, wind, temperature, humidity and radiation per field, feeding irrigation and spraying decisions.
Machine and fleet telemetry
Location, engine hours, fuel use and alarms for tractors, harvesters, trucks and generators.
Dashboards, alerts and integration
Dashboards by farm and field, mobile alerts and integration with farm ERP, spreadsheets and BI.
From field diagnosis to a connected farm
We start small, prove the gain and expand at the pace of the harvest.
Field diagnosis
Survey of equipment, fields, water and power sources, and a real signal coverage test on the property.
Design and return
Sensor, network and automation architecture, with estimated savings in water, energy, travel and losses.
Pilot on one pivot or silo
We start with one area or piece of equipment to validate readings, network range and gains before expanding.
Scaling up
Installation of sensors, gateways, panels and controllers, planned around planting and harvest.
Team up and running
Training for the farm team and day-to-day tuning of alerts and automation rules.
Monitoring and evolution
Remote support, sensor maintenance and calibration, and new reports and models every harvest.
From field readings to decisions at headquarters
Installing sensors is just the start. Because Devskin is also a software, cloud and data company, the same team that automates the equipment turns readings into alerts, reports and automatic decisions.
- Irrigation that switches on and off by itself based on soil moisture and forecasts
- Silo heating alerts before they become losses
- Water and energy use by pivot, field and harvest
- Integration with farm ERP, spreadsheets and BI via API
- AI models to predict water demand and equipment failures
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