Abstract
The tendencies of digital transformation of agriculture towards precision production of agricultural products using Earth remote sensing data, which have become one of the main drivers of the rapid development of the industry around the world, are considered. It is shown that these technologies are currently evolving from the digitalization of individual operations to the digitalization of an interconnected complex with the integration of all operations, including operations of related industries. An analysis of the problems of achieving effective implementation of digital technologies in Russia is given, as well as ways of solving them on the basis of complex, integration technologies. The transformation of agriculture into industrial production due to its digital transformation requires the development of methods for evaluating the economic efficiency of investing a new asset - precision farming technology and remote sensing of the Earth. The article presents the author’s mathematical model for evaluating the economic efficiency of using these technologies. Possible options for using this model for the purpose of a scientifically grounded approach to the development of these technologies in the country are discussed.
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