Abstract
The modern directions of the implementation, application and use of modern digital technologies in the agricultural sector are reviewed and evaluated. The implementation of the Digital AIC platform will create a new model of economic behavior of agricultural producers and give them additional income, many times exceeding all state support for the AIC. A methodology for the analysis and synthesis of the implementation of digital technologies in the Russian agro-industrial complex has been formed in the article, which will allow to determine the laws and factors of the formation of problems of the implementation of digital technologies in the agro-industrial complex, to study trends in the dynamics of digital technologies in order to identify promising areas for expanding the implementation of digital technologies. As a result of application of the methods of analysis and synthesis (literature analysis, analysis of modern documents, analysis of the results of the introduction of digital technologies), the causes and factors “inhibiting” the introduction of digital technologies in Russia are identified, trends and factors affecting the growth (decrease) rate of the introduction of digital technologies are identified in Russia.
Highlights
At the beginning of the XXI century, large agricultural holdings began to appear in Russia
According to the Internet Initiatives Development Fund (IIDF) “roadmap” for the introduction of high technology in agriculture, it was assumed that in 2019 one third of Russian households will be able to use the Internet of things, advanced digital technologies and big data in their work [1]
The purpose of the study is to develop a methodology for a comprehensive analysis of the state and process of implementation digital technologies in the Russian agricultural sector, which will allow us to study the patterns and factors affecting the effective implementation of digital technologies in the country
Summary
At the beginning of the XXI century, large agricultural holdings began to appear in Russia. In the mid-2010s, agricultural producers got the right and real potential to invest in digital modern technologies It was for this reason soil, weather, and plant condition sensors appeared on the fields, and agronomists got the opportunity to use applications that aggregated a complete set of indicators from the fields. According to the Internet Initiatives Development Fund (IIDF) “roadmap” for the introduction of high technology in agriculture, it was assumed that in 2019 one third of Russian households will be able to use the Internet of things, advanced digital technologies and big data in their work [1]. Zhesika L., John M. and others made a significant contribution to the development of the digital technologies theory in the agricultural sector
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