Abstract
The paper presents an automated irrigation system developed for the needs of private farms and non-profit organizations in the Balkans. Specific hardware and software components are combined for its construction and efficient management. The system is undergoing trials and test implementation among selected groups of customers. For the convenience of users, with the aim of saving time and costs, as well as for continuous remote access to the system, a mobile application has been developed for monitoring work processes, climatic conditions and water supplies. The methodology for the design and implementation of the proposed system and the mobile application for its control included preliminary test studies and discussions with potential customers in need of remotely controlled irrigation systems, including difficult-to-access areas. The authors of the paper present implemented solutions in the mobile application. This paper describes the basic processes of building the system, available hardware components, software management and user interface of the mobile application.
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