A distributed infrastructure management system for agricultural enterprises that allows for efficient resource allocation, tracking of agricultural machinery, and monitoring of critical soil parameters.
Technical section
M2M, geolocation of
agricultural machinery, Big Data.
Sensors for soil monitoring
Use sensors to measure soil moisture levels, temperature, and nutrient content.
This data can help optimize irrigation and fertilization.
Smart irrigation systems
Integrate sensors into irrigation systems to automatically adjust the water volume based on plant needs and soil conditions.
Weather data can be used for more accurate irrigation calculations.
Smart tractors and agricultural machinery
Implementing GPS/GLONASS tracking allows you to monitor the movement of machinery in the fields.
Optimize and coordinate your equipment's operation, analyze statistics and movement history, and visualize the data.
Livestock management
Using GPS modules in collars allows you to track the location of the herd. This is useful for monitoring movement and planning grazing areas. Sensors in the collars analyze animal activity, which can indicate health, herd behavior, or even alert to potential issues.
Sensors in collars can record data on the time, duration, and intensity of feeding for each animal. Based on the collected data, you can optimize feed rations, which helps improve herd productivity.
Analyzing data from sensors helps identify early signs of diseases, facilitating prompt intervention if needed.
Energy management systems
Implement smart systems that can optimize energy consumption on the farm by managing lighting, irrigation systems, and other devices.
Smart storage and transportation systems
Use IoT technologies to monitor temperature, humidity, and other parameters in storage facilities for agricultural products and in transportation vehicles.
Implementing IoT in agriculture requires a comprehensive approach and leads to improvements in crop yield, resource efficiency, and overall management of agricultural production.