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Abstract
The acceleration of digital transformation processes in agriculture is increasing the need to modernize logistics systems and improve supply chain efficiency. This article examines the economic efficiency, theoretical foundations, and practical significance of implementing Smart Logistics technologies in agriculture. The purpose of the study is to assess the impact of smart logistics technologies on the economic efficiency of storing, transporting, and distributing agricultural products, as well as to identify priority directions for their implementation. The research employed a system approach, comparative analysis, economic-statistical analysis, and scientific generalization methods. The findings indicate that the integration of the Internet of Things (IoT), Artificial Intelligence (AI), GPS monitoring, RFID identification systems, and Big Data technologies into logistics processes can reduce transportation costs, minimize product losses, optimize delivery times, and enhance the transparency of logistics operations. As a result, the economic efficiency and competitiveness of agricultural enterprises increase. Based on the research findings, scientific and practical recommendations were developed for the wider implementation of Smart Logistics technologies in agriculture.
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