The impact of digital transformation on the interaction of entrepreneurship in agricultural sector and science

In the conditions of hard competition of market economy, the relevant task is to ensureч the effective functioning of agricultural entrepreneurship. It is quite difficult to solve it by increasing the volume of used natural resources due to their limited character, which requires the search for alternative ways of sustainable development of agricultural production, deepening scientific research based on digitalization. Purpose - the article examines aspects of integrational interaction between agribusinesses and science, its level and features, economically justified effect.
Methods - monographic, comparison and analogy, situational analysis and synthesis, systemic.
Results - the study reflects the practical experience of the relationship between agricultural science and enterprises of the agro-industrial complex. It is noted that integration ensures close cooperation of organizational and economic structures united by common technological processes and stages of reproduction of the final product: obtaining agricultural raw materials, storage, processing, selling, and servicing. The use of digital technologies ensures an increase in the scale of production of high-quality and competitive products, decrease in production costs and sale of goods, and priority investment areas.
Conclusions - consolidation of agricultural business structures and scientific achievements is a dynamic multicomponent mechanism. There is no doubt that the connection between scientific activity and practice based on informatization leads to the increase in the scientific and innovative potential of the Kazakhstani AIC and the country's economy. The success of the transition to the innovative model of agro-industrial production in Kazakhstan largely depends on the efficiency of functioning of research and development sphere and, above all, the rate and quality of transferring their results into practical use by agricultural producers.

1. [1] Nguyen Huu Xuyen, Tran Lan Huong, Nguyen ThiLan Huong, Solutions to Promote Commercialization of Research Results in Vietnamese Universities // Journal of Business and Economic Development Volume 5, Issue 2, June 2020, Pages: 82-89, Received: Mar. 16, 2020; Accepted: Apr. 16, 2020; Published: Apr. 29, 2020

2. [2] Daniljuk, M.O, Krihivs'ka N.O. (2016). The identification of the problems that determe the development of partnerships between the spheres of production, education and science. Sciences of Europe,7 (7), 83-86.

3. [3] Chekunov, A.S. (2019). Technological modernization of agricultural production: condition, forms, methods and directions of innovations support. Proceedings of the Voronezh State University of Engineering Technologies. P.373-379.

4. [4] Kozlov A.V., Teslja A.B. (2019). Cifrovoj potencial promyshlennyh predprijatij: sushhnost', opredelenie i metody rascheta [Digital potential of industrial enterprises: essence, definition and calculation methods]. Vestnik ZabHU - Vestnik TGU, 6 (25), 101–110. [in Russian].

5. [5] Konovalova, G.I. (2019). Razvitie metodologii operativnogo upravlenija proizvodstvom na promyshlennom predprijatii v koncepcii «Industrija 4.0». [Development of the methodology of operational production management at an industrial enterprise in the concept of "Industry 4.0"]. Menedzhment v Rossii i za rubezhom - Management in Russia and abroad, 2, 79–84. [in Russian].

6. [6] Kazambayeva, A.M., Aiesheva, G.A. & Yesengaliyeva S Sustainable development of agricultural production based on the use of the resource potential of the region // Journal of Environmental Management and Tourism. . Scopus: 2013 - 2019, Publisher: Walter de Gruyter, E-ISSN:2068-7729, CiteScore, 0,79 (p.1478- 1484)

7. [7] Ramina, R., Mustafayeva, S.D. The Main Directions of Investment Activity Development in the Agricultural Sector // Eastern European Scientific Journa // DOI/EESJ201502C04ART03//www.auris-verlag.de, p.92-100

8. [8] Kazambaeva, A.M., Tarshilova, L.S. (2015). Vlijanie integracii na razvitie sel'skohozjajstvennogo proizvodstva [The impact of integration on the development of agricultural production]. Problemy agrorynka - Problems of AgriMarket, 1, 86-92. [in Russian].

9. [9] Dobrunova, A.I., Dorofeev A.F. i dr. (2019). Razvitie subektov agrarnogo biznesa v uslovijah cifrovizacii jekonomiki iskusstvennogo intellekta [Development of agricultural business entities in the conditions of digitalization of the artificial intelligence economy]. Moskovskij jekonomicheskij zhurnal - Moscow Economic Journal. Available at: https://qje.su/otraslevayai-regionalnaya-ekonomika/moskovskij-ekonomicheskij-zhurnal-1-2019-66/ (date of acces: 01.10.21) [in Russian].

10. [10] Otchet o realizacii Gosudarstvennoj programmy razvitija agropromyshlennogo kompleksa Respubliki Kazahstan na 2017-2021 gody [Report on the implementation of the State Program for the development of the agroindustrial complex of the Republic of Kazakhstan for 2017-2021] // Available at: https://moa.gov.kz/documents/1553774831147_ru.pdf (date of acces: 01.10.21) [in Russian].

11. [11] Bespahotnyj, G.V. (2017). Planirovanie v sel'skom hozjajstve - nauchnoe obespechenie [Planning in agriculture - scientific support]. Jekonomika sel'skohozjajstvennyh i pererabatyvajushhih predprijatij - Economics of agricultural and processing enterprises, 2, 8-12 [in Russian].

12. [12] Struktura VVP Kazahstana v 2018 godu [The structure of Kazakhstan's GDP in 2018]. Available at: https://turantimes.kz/ekonomika/1002-struktura-vvp-kazahstana-v-2018-godu.html (date of acces: 01.10.21) [in Russian].

13. [13] Mahotlova, M.Sh., Karashaeva A.S. (2015). Integracionnye vzaimodejstvija agrarnoj nauki i sel'skohozjajstvennogo proizvodstva [Integration interactions of agrarian science and agricultural production]. Molodoj uchjonyj, Nauchnyj zhurnal - Young scientist, Scientific Journal, 20, 168-172. [in Russian].