Solutions
How Agrivate solves real problems in the field.
Precision & Deficit Irrigation
Our decision algorithms combine water balance, per-depth moisture curves and weather forecasts to define how much and when to irrigate. For deficit irrigation we apply controlled water stress at specific growth stages — saving water and energy without losing yield or quality.
- Real-time water balance
- Irrigation zones & schedules
- Pump & valve control
0–20cm
34%
Soil moisture20–40cm
28%
Soil moisture40–60cm
21%
Soil moisture60–80cm
19%
Soil moisture38.4°C
Heat stress index · VPD 4.1 kPa
ETo 5.2 mm
Leaf wetness 11h · fungal risk high
Microclimate & Disease Forecasting
We track heat stress, evapotranspiration (ETo), leaf wetness duration and risk hours, feeding forecast models for fungal disease and pest pressure. You get an alert before the problem appears, with a suggested treatment window.
- Heat stress index
- ETo calculation (FAO-56)
- Early disease forecasting
Agrivate Algorithms vs. Traditional Practice
See how many resources you gain when decisions come from data instead of eyeballing or the calendar.
Smart irrigation vs. "by eyeball" watering
Traditional practice
16,000 m³
Fixed schedule watering, no soil moisture reading
With Agrivate
11,200 m³
Irrigation driven by root-zone moisture & ETo
Water waste avoided
4,800 m³
Pump energy avoided
1,613 kWh
- Healthy root zone — no waterlogging or root suffocation
- Fertilizer retained in the root zone, less nitrate leaching
- Stable moisture, less water stress at fruit set
Data-driven spraying vs. calendar/convenience spraying
Traditional practice
7
Sprays per season today
With Agrivate
5
Targeted sprays with Agrivate
Unneeded / ineffective sprays avoided
2
Direct input savings (chemicals, fuel, labour)
€800
- No spraying before rain or in wind — zero washed-off product
- Maximum efficacy: treat only inside the optimal weather and disease-risk window
- Fewer tractor passes — less fuel, soil compaction and labour hours
Total estimated annual resource gain
€1,764
Strictly resource optimization, efficiency gain and yield protection. Indicative values using average Greek farm data.