Manage your field with LINE! Agricultural mobile application cloud system real-time monitoring, building digital farm

Most of the traditional agricultural cultivation management depends on manual labor. In order to ensure that the yield and quality are not affected by diseases and insect pests and climate, the traditional agricultural cultivation management gradually develops in the direction of facility cultivation, and applies greenhouse environmental control equipment to adjust the cultivation environment. However, it is still faced with the shortage of agricultural manpower and the difficulty of technology inheritance. In this regard, the Taoyuan Agricultural improvement Farm of the Agricultural Commission of the Executive Yuan (hereinafter referred to as Taoyuan Farm) uses the Internet of things technology to build a "real-time monitoring information system for agricultural production management," and uses a mobile phone connection network for remote monitoring. immediately adjust the greenhouse environment to control farm production.

The system can view real-time status and historical data by automatically adjusting the agricultural production environment.

Taoyuan farm said that the "Agricultural production Management Real-time Monitoring Information system" is designed for the automatic adjustment of agricultural production environment, providing crop experts to develop intelligent cultivation management modules and apply them to the industry. Before building a smart greenhouse, you should evaluate the greenhouse equipment and crop management needs, install environmental sensors and controllers to transmit information through the network to the cloud host, and users can view real-time status and historical data through mobile phones, tablets or computers. remotely operate the environmental control equipment.

Taoyuan Farm states that the "Agricultural production Management Real-time Monitoring Information system" provides multi-functional control modules and easy-to-use programs, integrating environmental sensing, automatic control, crop growth prediction and image recognition. The program building block is the core function of the system. Users without information engineering background can also edit the control program and customize the automatic control mode of the greenhouse. The system is set up in the cloud host, and the open system architecture is used. The sensors and controllers set up in the field are connected in series through API (Application Program Interface). The monitoring data are transmitted to the cloud host for storage through the network transmission. The system transmits switch equipment commands to the controller and operates the equipment according to the program building block settings.

Field equipment and warning notice can be operated with LINE.

Taoyuan Field said that in addition to the recording of sensing and control data, field management operations and webcam (IPCAM) images can also be recorded, and LINE BOT (chatbot) and LINE Notify (message push) can be connected in series to integrate LINE with sensors and controllers, and users can operate field equipment and warning notices through LINE.

Taoyuan farm shows that the system has been applied to the development of cultivation modules of protected vegetables, Christmas red, longevity flowers and other crops, and the effectiveness has been verified. The agricultural improvement farm in Kaohsiung District is applied to papaya intelligent liquid irrigation and red dragon fruit spray cooling management, which can not only save labor, but also stabilize crop yield and quality.