Abstract
An overview of GIS and SCADA systems for use in agro-industrial precision farming is presented. A systematization of the stages of its development based on the use of digital technologies and artificial intelligence (AI) is given. The main information about the features of the new domestic SCADA system of the 4-th generation, suitable for monitoring and managing digital objects of the agro-industrial complex, developed taking into account modern world standards, is given. The architecture and feature of AggreGate SCADA/HMI, which belongs to the 4th generation of SCADA systems, the Internet of things IoT, are presented. Recommendations on the use of digital technologies and AI in agro-industrial production of the 4-th generation are given. The main requirements for the developed systems of intelligent management of irrigated agriculture based on the use of artificial intelligence systems are defined. A review of SCADA systems offered by manufacturers has shown that they can solve not only generalized, but also specific tasks of agricultural production. This determines the importance of optimal selection of innovative solutions, including architecture and configuration, providing the necessary functionality with maximum efficiency.KeywordsSCADA-systemManagementAgro-industrial precision farmingDigital objects
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