Fengtu IoT: Ag Monitoring System in Action

In the era when smart agriculture is booming, technologies such as the Internet, big data, and artificial intelligence are deeply integrated into agricultural production, greatly enhancing the efficiency of the allocation and utilization of production factors. Fengtu IoT, relying on the concepts of the Internet of Things and smart agriculture, has created an agricultural production system that integrates environmental monitoring and precise adjustment.

Fengtu IoT's Agricultural Monitoring System is composed of terminal devices (insect situation system，meteorological monitoring system, tube-type soil moisture monitoring instrument, video surveillance) and the Agricultural Four-Situation Reporting Platform. It can systematically monitor the insect situation (types and quantities of pests and diseases, etc.), climate (environmental parameters such as temperature and humidity, rainfall, and illumination), soil moisture situation (soil temperature and humidity, pH value, etc.), and seedling situation (growth status, pest and disease situation) in agricultural fields. By uploading data through GPRS/4G or network ports, managers can remotely and real-time view environmental parameters and their trends, and make adjustments accordingly to ensure the good growth of crops.

In the smart insect situation monitoring system, the insect situation system uses optical, electrical, and numerical control technologies to automatically trap and kill insects, take photos, and upload pest information to the reporting platform in real-time for pest analysis and prediction. The small weather station of the agricultural meteorological monitoring system collects information through a variety of sensors, helping to promptly grasp the growth status of the fields and deal with problems of growth limitations. It has functions such as data query, statistics, and chart presentation. The soil moisture monitoring instrument, based on the principle of dielectric constant, can accurately collect soil moisture data and is not affected by agricultural activities. The monitoring equipment installed in the smart seedling situation monitoring system enables managers to view the growth status of rice and the operation of the equipment in real-time. During the filling stage, it can promptly detect the signs of pests and diseases and prevent diseases such as rice blast.

The Agricultural Four-Situation Reporting Platform integrates the monitoring functions of insect situation, meteorological situation, soil moisture situation, and seedling situation. The insect situation monitoring has functions such as AI pest identification; the meteorological and soil moisture situation monitoring supports remote viewing and historical data analysis; the seedling situation monitoring can intuitively present the growth status of rice. This system connects the field monitoring points to form an agricultural Internet of Things monitoring system, collecting the environmental elements of crop growth, providing a scientific basis for agricultural technicians, promoting agricultural production increase and income growth, and is deeply loved by agricultural workers.