Sensors
We believe that Sensors, Big Data, Artificial Intelligence and Algorithms will be the future of agriculture.
It is obvious that farmers will be able to manage their operations with reliable, meaningful data more smoothly.
If You Can’t Measure, You Can’t Manage!
Sensors
We believe that Sensors, Big Data, Artificial Intelligence and Algorithms will be the future of agriculture. It is obvious that farmers will be able to manage their operations with reliable, meaningful data more smoothly.
If You Can’t Measure, You Can’t Manage!
Soil Moisture & Temperature
Sensors applied to different depths provide data need for the right amount of irrigation at the right time by measuring humidity and temperature.
- Data and science-based irrigation decisions
- Subsoil effects of irrigation activities
- Optimization of water consumption
- Saving on your electricity bills
- Crop quality increase
Soil Moisture & Temperature
Sensors applied to different depths provide data need for the right amount of irrigation at the right time by measuring humidity and temperature.
- Data and science-based irrigation decisions
- Subsoil effects of irrigation activities
- Optimization of water consumption
- Saving on your electricity bills
- Crop quality increase
Soil Moisture & Temperature & EC
It measures the salt level of the soil in addition to humidity and temperature for fertilizing sufficiently. High soil salinity causes slowdown in plant growth, decrease in yield and crop failure. High water level brings the loss of nutritions and low level of water may harm crop quality.
- Right fertilization decisions
- Saving on fertilization cost
Soil Moisture & Temperature & EC
It measures the salt level of the soil in addition to humidity and temperature for fertilizing sufficiently. High soil salinity causes slowdown in plant growth, decrease in yield and crop failure. High water level brings the loss of nutritions and low level of water may harm crop quality.
- Right fertilization decisions
- Saving on fertilization cost
Weather
The weather sensor provides data of air temperature, humidity and barometric pressure in order to be able to interfere quickly and accurately.
• The system monitors the temperature on a daily basis and monitors the cooldown & warm-up times. It feeds the system for the calculations of chilling hours.
• Provides data for detecting potential frost hazard. It helps to prevent the risk of frost by working with wind fans.
• Air temperature data has an important role in determining the amount of irrigation requirement of the garden.
Weather
The weather sensor provides data of air temperature, humidity and barometric pressure in order to be able to interfere quickly and accurately.
- The system monitors the temperature on a daily basis and monitors the cooldown & warm-up times. It feeds the system for the calculations of chilling hours.
- Provides data for detecting potential frost hazard. It helps to prevent the risk of frost by working with wind fans.
- Air temperature data has an important role in determining the amount of irrigation requirement of the garden.
Rainfall
Local weather forecasts may not provide accurate and reliable data for the location of your garden or field. Rainfall data is vital for determining irrigation and harvest time. Our sensor precisely measures the amount of rainfall in the applied field. It measures and collects the most accurate data for our services in order to make smartest decisions.
Rainfall
Local weather forecasts may not provide accurate and reliable data for the location of your garden or field. Rainfall data is vital for determining irrigation and harvest time.
Our sensor precisely measures the amount of rainfall in the applied field. It measures and collects the most accurate data for our services in order to make smartest decisions.
Wind Speed & Direction
The sensor provides important data for the decision process of critical field applications such as pesticide applications and determination of planting direction.
Wind Speed & Direction
The sensor provides important data for the decision process of critical field applications such as pesticide applications and determination of planting direction.
Pyranometer
It measures the intensity of sunlight effective in each period to predict and plan water needs from planting to harvest. The data obtained from this sensor is used in the calculations of ET0 – evapotranspiration rate.
Pyranometer
It measures the intensity of sunlight effective in each period to predict and plan water needs from planting to harvest.
The data obtained from this sensor is used in the calculations of ET0 – evapotranspiration rate.
Leaf Wetness & Canopy Temperature
Leaf Wetness & Canopy Temperature is placed on the leaves and acts like a leaf to measure leaf surface wetness generated by dew, rain, or spray irrigation. In addition, it measures the canopy temperature of the tree its positioned on. These measurements are essential when it comes to the imminent prediction of diseases and the calculation of diagnostic models.
Leaf Wetness &
Canopy Temperature
Leaf Wetness & Canopy Temperature is placed on the leaves and acts like a leaf to measure leaf surface wetness generated by dew, rain, or spray irrigation.
In addition, it measures the canopy temperature of the tree its positioned on. These measurements are essential when it comes to the imminent prediction of diseases and the calculation of diagnostic models.
Flowmeter
It provides information about the flow rate of the water passing through the irrigation line and the irrigation start & stop times.
Flowmeter
It provides information about the flow rate of the water passing through the irrigation line and the irrigation start & stop times.
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