Prospects for digitalization and robotization of the economy of Kazakhstan

A key factor in the development of Kazakhstan’s economy is the digital transformation of manufacturing enterprises, the use of digital information and communication technologies to restructure the business so that all decisions are taken on the basis of data. The structure of digital transformation is presented. End-to-end digital technologies are used to collect, store, process, search, and transmit data electronically. The proliferation of IoT technologies and the use of data from IoT devices to improve automated solutions and optimize industrial production plays an important role in the transition to digital production. The most important task of modern business models is to create an omnichannel space, synchronizing data and information in all digital and physical interaction channels to meet the needs of customers at any time and in any place. The prospects for the development of digitalization and robotization of our economy are related to the development and implementation of robotic means. An important area of development of digitalization and robotization of the economy of our republic is the development and application of software robot managers. The structure of the software robot manager is given. It is noted that digitalization and robotization technologies will provide unique opportunities for Kazakh enterprises, including high accuracy of forecasting and making management decisions based on data, multiple cost reductions, providing a better quality “customer experience”.

1. Baimukhamedov M. (2022) Digitization and robotization of the economy // Monograph, Lambert Academic Publishing. P. 116. (In English).

2. Tuseeva I.Kh., Azhibaeva A.A. (2020) Experience in introducing digitalization into the economy of foreign countries. Tuseeva I.Kh., Azhibaeva A.A. // it Week. URL: https://www.itweek.com/gover/article/detail.php. (In English).

3. Budnikova N.S. (2019) Skvoznye tehnologii i riski vmeshatel'stva gosudarstva v vysokokonkurentnuju sferu informacionnyh komp'juternyh tehnologij pri realizacii nacproekta «Cifrovaja jekonomika». Materialy II Mezhdunarodnoj nauchno-prakticheskoj konferencii «Cifrovoj region: opyt, kompetencii, proekty». Brjansk, P. 113–116. (In Russian).

4. Novikov I.V. (2019) Cifrovizacija promyshlennosti kak chast' razvitija cifrovoj jekonomiki / Materialy VI mezhdunarodnoj nauchno-prakticheskoj konferencii. Red. S.Ju. Vitte. Moskva: Moskovskij universitet. P. 290–296. (In Russian).

5. Kuladzhi V., Babkin A., Murtazaev S. (2017) Ispol'zovanie matrichnogo instrumentarija v cifrovoj jekonomike dlja ocenki proizvodstva promyshlennoj produkcii // Cifrovaja transformacija jekonomiki promyshlennosti: problemy i perspektivy / pod red. A.V. Babkina. SPb. P. 686–727. (In Russian).

6. McKinsey Global Institute. The Internet of Things: Mapping the Value Beyond the Hype. URL: http://www.mckinsey.com/business-functions/business-technology/our-insights/the-internet-of-things-the-value-ofdigitizing-the-physical2015. (accessed: 6.05.2016). (In English).

7. Mogstad I. (2019) The Digitalization Opportunity Executives Can’t Afford to Miss. URL: https://www.edf.org/blog/2019/02/14/digitalization-opportunity-executives-cant-afford-miss. (In English).

8. Medium. The Digital Twin: Powerful Use Cases for Industry 4.0. Data Driven Investor. 2018. URL: https://medium.com/datadriveninvestor/the-digital-twin-powerful-use-cases-for-industry-4-0-cdf5b0ebf8ae (accessed: 17.03.2019). (In English).

9. Immerman D. (2019) Digital Twin Predictions: The Future Is Upon Us. URL: https://www.ptc.com/en/product-lifecycle-report/digital-twin-predictions. (In English).

10. Weill P., Woerner S. (2015) Thriving in an increasingly digital ecosystem // MIT Sloan Management Review, no. 56(4), pp. 27–34. (In English).

11. Bajmuhamedov M., Ajmurzinov M., Tazhieva Sh. (2021) Primenenie robototehniki v sel'skom hozjajstve // Materialy mezhdunarodnoj konferencii «Nauka i obrazovanie v sovremennom mire: vyzovy XXI veka». Nur-Sultan. P. 112–116. (In Russian).

12. Fortunati L. (2018) Robotization and the domestic sphere // New Media & Society, no. 20(8), pp. 2673– 2690. (In English).

13. Hollon C., Rogol G. (1985) How robotization affects people // Business Horizons, no. 28(3), pp. 74–80. (In English).

14. Cho J., Kim J. (2018) Identifying factors reinforcing robotization: interactive forces of employment, working hour and wage // Sustainability, no. 10(2), p. 490. (In English).

15. Runov B.A. (2016) Primenenie robototehnicheskih sredstv v APK // S.-h. mashiny i tehnologii. No. 2. P. 44. (In Russian).

16. Runov B.A., Novikov N.N. (2017) Analiz primenenija robototehnicheskih sredstv v sel'skom hozjajstve // Vestnik VNIIMZh. No. 2(26). P. 113–117. (In Russian).

17. Baimukhanov T, Baimukhamedov M. (2021) Some aspects of robotization of the economy and creation of a robot manager // Vestnik KazNU. Serija jekonomicheskaja. No. 3(137). P. 139–146. (In English).

18. Ishitani H., Kaya Y. (2021) Robotization in Japanese manufacturing industries. // Technological Forecasting and Social Change, no. 35(2–3), pp. 97–131. (In English).