We are very proud and excited to design and manufacture our own agricultural sensors to use within our agro services to help farmers manage their farms better.

Weather

This sensor provides data on air temperature, humidity, and barometric pressure.

Benefit: Provides chill hours which can be used to take the appropriate actions. In addition, data can be used to warn for frost conditions.

Wind Speed & Direction

This sensor provides wind speed and direction data. Monitoring of wind speed and direction is used for determining optimal timing for spraying and irrigation.

Benefit: Irrigation and spraying cost reductions. In addition, the seed sowing direction will be easier to determine given the wind direction.

Pyranometer

The pyranometer is a sensor that measures global shortwave radiation (sunlight). This information is used for predicting water requirements, planning irrigation, and crop selection.

Benefit: Knowing the levels of sunlight is important for planting the correct crops and optimally irrigating them.

Leaf Wetness

The sensor provides data about dew, rain, and overhead irrigation for leafy plants. This meteorological measurement is very important for estimating pest-inducing factor.

Benefit: Optimizing sprinkler irrigation, and observation of applied pesticide wash-off. Additionally, monitoring of events such as frost, dew, and moisture for predicting pests.

Soil moisture

Soil moisture sensor is used to measure the moisture and temperature at different levels of soil. By measuring the moisture in the soil, the ideal irrigation levels can be determined, minimizing water costs. Furthermore, by not over watering, the plants will not be damaged, and fertilizer levels will not be decreased.

Benefit: Daily photosynthesis levels can be more easily measured for efficient crop cultivation and efficient harvesting.

Soil Electrical Conductivity

The sensor measures the salt and fertilizer levels in the soil so that fertilizer use can be optimized. It also measures the humidity & temperature of the soil.

Flow Meter

The sensor is used to measure the amount of water that passes through an irrigation line.

Benefit: Provides real time statistics about stop and start time of each irrigation along with the amount of water than run through it.

Rainfall

This sensor measures the amount of rainfall. Local weather forecasts may not be a reliable source of information for your field. Rainfall monitoring is very important for determining irrigation levels and correct harvest time.

Benefit: By measuring the amount of precipitation, unnecessary irrigation can be prevented & fertilizer loss from run-off can be monitored.

Weather

This sensor provides data on air temperature, humidity, and barometric pressure

Benefit: Provides chill hours which can be used to take the appropriate actions. In addition, data can be used to warn for frost conditions.

Wind Speed & Direction

Monitoring of wind speed and direction is used for determining optimal timing for spraying and irrigation

Benefit : Irrigation and spraying cost reductions . In addition, the seed sowing direction will be easier to determine given the wind direction.

Pyranometer

The pyranometer helps to measure global shortwave radiation (sunlight). This information is used for predicting water requirements, planning irrigation, and crop selection.

Benefit: Knowing the levels of sunlight is important for planting the correct crops and optimally irrigating them.

Leaf Wetness

The sensor provides data about dew, rain, and overhead irrigation for leafy plants. This meteorological measurement is very important for estimating pest-inducing factor.

Benefit: Optimizing sprinkler irrigation, and observation of applied pesticide wash-off. Additionally, monitoring of events such as frost, dew, and moisture for predicting pests.

Soil Moisture

By measuring the moisture in the soil, the ideal irrigation levels can be determined, minimizing water costs. Furthermore, by not over watering, the plants will not be damaged, and fertilizer levels will not be decreased

Benefit: Daily photosynthesis levels can be more easily measured for efficient crop cultivation and efficient harvesting.

Soil Electrical Conductivity

The sensor measures the salt and fertilizer levels in the soil so that fertilizer use can be optimized. It also measures the humidity & temperature of the soil.

Flow Meter

The sensor is used to measure the amount of water that passes through an irrigation line.

Benefit: Provides real time statistics about stop and start time of each irrigation along with the amount of water than run through it.

Rainfall

Local weather forecasts may not be a reliable source of information for your field. Rainfall monitoring is very important for determining irrigation levels and correct harvest time.

Benefit: By measuring the amount of precipitation, unnecessary irrigation can be prevented & fertilizer loss from run-off can be monitored..