Responsible for monitoring the collection of agricultural information such as temperature, humidity and light intensity, and monitoring the ambient light intensity by placing the light intensity sensor on the crop. The light intensity of the crop growth environment can be grasped in time; the temperature of the environment directly affects the growth rate and development of the crop. Air humidity is also an important factor affecting the growth and development of crops, so air temperature and humidity sensors should be placed around the crops. The transmission network is accessed through the adaptive switching function, and the data is transmitted to the control center. The control center will process the received data and store it in the database. According to the collected information, it will be combined and analyzed, and combined with the expert decision-making system to issue feedback control instructions to timely and accurately identify problems and solve problems, and guide agricultural production.

Through the network, producers and technical researchers can monitor the collected agricultural information anytime and anywhere, and track crop growth in real time. Technicians responsible for crop production will develop reasonable breeding strategies (such as increasing temperature, increasing humidity, and watering) based on the growth and actual needs of their crops, by connecting the breeding equipment integrated with the embedded TCP/IP protocol to the network. Remotely execute the established strategy and the remote node responds when it receives the information, such as adjusting the light intensity, irrigation time, herbicide concentration, and so on.