Legal Features of the Digitalisation of Agricultural Machinery Enterprises in Kazakhstan and Globally

Palabras clave: digitalización, maquinaria agrícola, derecho de exportación, convención, tecnología digital


La relevancia de la investigación recae en el desarrollo y la introducción activa de nuevas tecnologías en el ámbito de la industria de procesamiento, y en un aumento del interés del Estado y los expertos a las cuestiones de regulación legal de este proceso. El artículo tiene como objetivo revelar las características legales del giro de las fábricas de Kazajstán que producen diversas maquinarias y equipos de naturaleza agrotécnica a herramientas digitales e intelectuales, mediante las cuales la esencia de la producción de fábricas mecánicas agrícolas de la República de Kazajstán abarca toda la rama de la ingeniería agrícola. Utilizamos el método de análisis jurídico empírico y comparado de la legislación nacional de la República de Kazajstán, acuerdos internacionales en las áreas relevantes de la ingeniería mecánica, obras de Kazajstán y autores extranjeros sobre el tema. Entre los resultados del artículo, se presentan recomendaciones sobre la necesidad de adoptar varias leyes nuevas nacionales, nuevos acuerdos internacionales y convenciones sobre los problemas de digitalización e intelectualización de las plantas de ingeniería agrícola en Kazajstán.


La descarga de datos todavía no está disponible.


Bachilo, I.L. (2018). “Digitalization of Management and Economy is a National Task.” State and Law 2: 59-69.

Barr, B.E.; Hurburgh, B.E. and Mosher, G.A. (2021). “Maximizing Processing Value with Selective Handling Strategies: An Analysis of Soybeans Received at Iowa Elevators.” Applied Engineering in Agriculture 37(4): 583-594. DOI

Berdyshev, V.E. and Tseplyaev, A.N. (2018). Theory and Calculation of Technological Parameters of Agricultural Machines. Volgograd, Nauka.

Britskaya, E. (2021). “Agromashholding invested 1.7 billion tenge in the production of Kirovets tractors in Kostanay.” Inform Buro. In (accessed 04/04/2023).

ConstantPlus (2014). “Treaty on the Eurasian Economic Union.” In (accessed 04/04/2023).

EnergyProm (2020). “The Fleet of Agricultural Machinery in the Republic of Kazakhstan is Obsolete: 3 out of 4 Agricultural Machines are Older than 10 Years.” In (accessed 04/04/2023).

Entrepreneurial Code of the Republic of Kazakhstan (2015). Legal Information System of Regulatory Legal Actsof the Republic of Kazakhstan. Astana, Institute of Legislation and Legal Information of the Republic of Kazakhstan of the Ministry of Justice of the Republic of Kazakhstan.

Garbuk, S. (2021). “Tasks of Normative and Technical Regulation of Intellectual Systems of Information Security.” Issues of Cybersecurity 3: 68-83.

Gattamelata, D.; Vita, L. and Fargnoli, M. (2021). “Machinery Safety and Ergonomics: A Case Study Research to Augment Agricultural Tracklaying Tractors’ Safety and Usability.” International Journal of Environmental Research and Public Health 18(16): 812-825. DOI

Green, M.; Mann, D.D. and Hossain, E. (2021). “Measurement of Latency During Real-Time Wireless Video Transmission for Remote Supervision of Autonomous Agricultural Machines.” Computers and Electronics in Agriculture 190: 106475. DOI

Gulyaev, V.P. (2020). Agricultural Machines. Agricultural Equipment. Saint Petersburg, Lan.

Harry, F. and Long, J. (2018). Introduction to Agricultural Engineering Technology: A Problem-Solving Approach. New York, Springer.

Hassine, T.V. (2022). “A Language and an Approach for the Development of IoT Solutions.” American Journal of Electrical and Computer Engineering 6(1): 1-14.

Ivanov, P.A.; Korobskii, S.A.; Moiseev, O.N. and Shevyrev, L.Y. (2017). Technology of Agricultural Engineering. Moscow, Direkt-Media.

Ivanova, A. (2021). “Document – on the Internet! Why Business Should Abandon Paper Rorkflow.” Top Secret 14(473): 13.

Khabrieva, T.Y. (2018). “Law before the Challenges of Digital Reality.” Journal of Russian Law 9: 15-16.

Koreng, R. and Kremker, H. (2021). “User Interface Pattern for AR in Industrial Applications.” Information 12(6): 251. DOI

Lagnelöv, O.; Larsson, G.; Larsolle, A. and Hansson, P. (2021). “Life Cycle Assessment of Autonomous Electric Field Tractors in Swedish Agriculture.” Sustainability 13(20): 327-336. DOI

Li, J.; Yin, J. and Deng, L. (2021). “A Robot Vision Navigation Method Using Deep Learning in Edge Computing Environment.” Eurasia Journal on Advances in Signal Processing 2(1): 61-69. DOI

Lopota, A.V. and Spassky, B.A. (2021). “Programs for the Development of Robotics.” Robotics and Technical Cybernetics 9(1): 5-16.

Mayani, D. and Golakiva, B. (2020). “Review and Development of Sustainable Agricultural Practices: Research Papers on Helping Farmers through Development of Farming Practices using Agricultural Engineering and Biochemistry Paperback.” Lap Lambert Academic Publishing 20: 180.

Mirbod, O.; Choi, D.; Thomas, R. and He, L. (2021). “Overcurrent-Driven LEDs for Consistent Image Color and Brightness in Agricultural Machine Vision Applications.” Computers and Electronics in Agriculture 187: 106266. DOI

Pundir, N.; Aftabjahani, S and Cammarota, R. (2022). “Analyzing Security Vulnerabilities Induced by High-level Synthesis.” ACM Journal on Emerging Technologies in Computing Systems 18(3): 1-22. DOI

Republic of Kazakhstan (2021a). “Law of the Republic of Kazakhstan No. 86-VII ‘On Industrial Policy’.” In (accessed 04/04/2023).

____. (2021b). “CLAAS and HORSCH Brand Vehicles Will Be Assembled in Kazakhstan.” Industrial Development Committee of the Ministry of Industry and Infrastructural Development of the Republic of Kazakshstan. In (accessed 04/04/2023).

Shafiei, H.; Khonsari, A. and Mousavi, R. (2022). “Serverless Computing: A Survey of Opportunities, Challenges, and Applications.” ACM Computing Surveys 54(11s): 1-32. DOI

Smeets, M. (ed.). (2021). Adapting to the Digital Trade Era: Challenges and Opportunities. Geneva, World Trade Organization. In (accessed 04/04/2023).

Tebiz Group (2022a). “Agricultural Machinery Market Overview: Trends and Structure.” Tebiz Group Marketing Research and Reports. In (accessed 04/04/2023).

____. (2022b). “Market Analysis of Combine Harvesters in Kazakhstan.” In (accessed 04/04/2023).

Wei, L.; Mengjie, Z. and Huanhuan, Q. (2021). “Intelligent Navigation Algorithm of Plant Phenotype Detection Robot Based on Dynamic Credibility Evaluation.” International Journal of Agricultural and Biological Engineering 14(6): 195-206. DOI

World Trade Organization (1958). Italian Discrimination Against Imported Agricultural Machinery. In (accessed 04/04/2023).

Zharkov, V.A.; Abduramanov, A.V.; Angold, E.V. and Dzhabaev, KE. (2021). “Technical Means of Drip Irrigation Systems.” Bulletin of Science of the Kazakh Agrotechnical University 3: 40-49.

DOSSIER Agriculture, History and Cultural Connections: Ukraine and Neighbours