Based on remote sensing satellites, unmanned aerial vehicles (UAVs), and IoT equipment, an integrated air-space-ground monitoring network is built for all-round dynamic monitoring of field moisture, seedlings, insects, and disasters; a standard planting model is established to provide scientific agricultural guidance and suggestions; accurate operations are performed through remote control of equipment; and the digital management of production factors such as plots, crops, and agricultural materials as well as planting, farming, and harvesting processes is implemented by using plot codes to promote cost reduction and efficiency increase.

Regular monitoring of moisture, insects, seedlings, and disasters

The IoT technology is applied to enable continuous monitoring and anomaly warning of moisture, insects, seedlings, and disasters that are closely related to crop growth and phenological observation.

Mechanized precision operation

The field equipment, such as irrigation solenoid valves, is automatically remote-controlled to realize remote timing and quantitative irrigation, which provides intelligent means for yield improvement and risk prevention and control.

Fine planting management

Production factors such as field areas, plots, crops, and agricultural materials, as well as production processes such as planting plans, agricultural records, abnormality records, and growth records, are managed in form of digital information to improve the efficiency of production management.

Visual operation analysis

"One map" is visualized on a large screen to intuitively display the farmland, crops, equipment, agricultural materials, workers, etc., all of which can be viewed at a glance.