
Water Waste & Stress
Without precise, depth-specific moisture data, over-irrigation can occur by 20-40%, resulting in wasted water, nutrient leaching, and significant plant stress from both deficit and excess moisture.
Our comprehensive system gathers precise data from above and below ground, giving you a complete picture of crop and soil health. All this vital information is then easily accessible on our intuitive platform and mobile app
Without precise, depth-specific moisture data, over-irrigation can occur by 20-40%, resulting in wasted water, nutrient leaching, and significant plant stress from both deficit and excess moisture.
Without real-time root zone data (moisture, temperature, salinity), undetected imbalances can limit crop growth and nutrient uptake, potentially reducing overall yield by 10-25% from suboptimal development.
Suboptimal soil temperature (below 8-12°C or above 28°C) and moisture (outside 61-80% range) can reduce pesticide effectiveness by 30-50%, leading to waste and repeat applications.
The sensor measures the dielectric permittivity of the soil and calculates the volumetric water content.
In addition to soil moisture, the sensor also measures temperature and, optionally, salinity.
Two sensor versions are available: 30 cm and 60 cm. Measurements are taken every 10 cm along the sensor's length.
Measurements are taken every 3 hours during the camera's synchronization with the server.
No, only one sensor can be connected to a single camera.
The lithium battery lasts about 2 years. You can replace it yourself using a similar battery supplied by the sensor manufacturer.
Go to the mobile or web application, open the camera settings section, and click the "Add Soil Sensor" button. In the pop-up window, enter the sensor’s serial number found on the blue cap. Then turn on the camera and wait for it to synchronize with the server.