Measuring the level of technological sovereignty in foreign countries: the experience of the European Union

Author:

Yeremchenko O. A.1ORCID,Kurakova N. G.1ORCID

Affiliation:

1. Federal Research Institute for Health Organization and Informatics of Ministry of Health of the Russian Federation

Abstract

The article examines the European experience in determining and measuring the achieved level of technological sovereignty in relation to individual countries, industries and technologies. The prerequisites for the actualization of the topic of technological independence in the EU countries, the key elements of the European concept of technological independence, the stages of evolution of approaches to the calculation of technological sovereignty indices are highlighted. It is shown that when developing an algorithm for calculating this index, it is necessary to ensure the reliability of sources, the availability of data, and the possibility of updating the results over time. As barriers to the application of algorithms for calculating the level of technological sovereignty of specific industries, the absence of a strict binding of companies to individual industries and technologies in reporting documents and statistical collections, as well as the impossibility of obtaining reliable estimates of the number of specialists involved in the production and research process, are indicated. The results of the analysis of approaches and a set of indicators of technological sovereignty used in the EU countries can be considered when developing algorithms for calculating the level of technological independence of domestic industries and technologies.

Publisher

The Russian Presidential Academy of National Economy and Public Administration

Subject

General Medicine

Reference21 articles.

1. Batura, O., Flickenschild, M., Ramahandry, T., Bonneau, V. (2021) Key enabling technologies for Europe’s technological sovereignty. Technical Report / European Parliamentary Research Service. DOI: 10.2861/24482.

2. Chen, W. (2020) How Zhongguancun became the innovation hub powering China’s tech aspirations. https://kr-asia.com/how-zhongguancun-became-the-innovation-hub-powering-chinas-tech-aspirations.

3. Crespi, F., Caravella, S., Menghini, M., Salvatori, C. (2021) European Technological Sovereignty: An Emerging Framework for Policy Strategy, Intereconomics, 56, 348–354.

4. Daneikin, Yu.V. (2022) Achieving technological sovereignty of high-tech economies of the Russian Federation: state and prospects. RSUH/RGGU Bulletin. “Economics. Management. Law”, 4, 74–92. DOI: 10.28995/2073-6304-2022-4-74-92 (In Russ)

5. Decree of the Government of Russia dated April 15, 2023 N603 (2023) On Approval of Priority Directions for Technological Sovereignty Projects and Structural Adaptation Projects of the Economy of the Russian Federation and the Regulations on the Conditions for Classifying Projects as Technological Sovereignty Projects and Structural Adaptation Projects for the Economy of the Russian Federation, on Submission of Information on projects of technological sovereignty and projects of structural adaptation of the economy of the Russian Federation and maintaining a register of these projects, as well as on the requirements for organizations authorized to submit opinions on the compliance of projects with the requirements for projects of technological sovereignty and projects of structural adaptation of the economy of the Russian Federation. Electronic Fund of Legal and Regulatory and Technical documents. https://docs.cntd.ru/document/1301344071 (In Russ)

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