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Journal of Automation and Information Sciences
SJR: 0.275 SNIP: 0.59 CiteScore™: 0.8

ISSN Imprimir: 1064-2315
ISSN On-line: 2163-9337

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Journal of Automation and Information Sciences

DOI: 10.1615/JAutomatInfScien.v51.i10.40
pages 46-57

Increasing the Safety of Functioning the E-Government of Ukraine During Digitalization of Economy

Elena A. Zubareva
Sumy Regional Board of Union of Economists of Ukraine, Sumy
Gennadiy L. Riabtsev
National University of "Kyiv-Mohyla Academy", Kiev
Igor V. Basantsov
Oleg Balatskyi Academic and Research Institute of Finance, Economics and Management of Sumy State University, Sumy
Sergey V. Byelov
Main Information and Computing Center of JSC "Ukrzaliznytsia", Kiev


The creation of Ukrainian e-government system necessitates a substantial improvement in the quality of services subject to safety requirements for the functioning of telecommunication infrastructure. Until now, according to the authors of the article, issues of ensuring the confidentiality of personal data, information protection, trust in the systems themselves, as well as maintaining the legal status of information have not been fully resolved. The design and implementation of information protection tools and methods that ensure the effective and transparent interaction of various systems are of particular importance. In order to develop a solution which will improve the security of information and telecommunication infrastructure of e-government system and ensure the required level of quality, the authors determined the key concepts of the quality of service. They are integrity, availability, security and confidentiality of information. The authors emphasize that the tools used should ensure safe and secure operation not only at the stage of e-government formation, but also with the further development of Industry 4.0. Security requirements are formulated to provide the required quality of service. For this purpose it is necessary to guarantee physical security, strength of cryptographic system, sufficient power of two-way authentication, randomness of key generation and initialization vector. The authors have developed a technical solution that increases the safety of the telecommunication infrastructure. Its high operational characteristics are provided thanks to the integrated information processing and transparent interaction of different cryptographic environments in one hardware and software tool. The development is successfully implemented as an independent means of cryptographic protection and can be used as an integral part of the e-government system of Ukraine.


  1. On approval of the concept of development of the digital economy and society of Ukraine for 2018-2020 and approval of an action plan for its implementation, Rasporyazheniye Kabineta Minivstrov Ukrainy ot 17yanvarya 2018p., No. 67-r, .

  2. Basantsov I.V., Corruption in Ukraine: modern realities and effective countermeasures, monograph [in Ukrainian], SumGU, Sumy, 2016. .

  3. On the organization of works on the creation of a Unified Information and Communication Platform for Public Authorities, Resheniye Natsionalnoy komissii, osushchestvlyayushchey regulirovanie v sfere svyazi i informatizatsii ot 4 oktyabrya 2012, No. 501, activitie s_nkrzi/ruling2012/1349437554/ .

  4. On approval of the concept of the Unified Information and Communication Platform: Resheniye Natsionalnoy komissii, osushchestvlyayushchey gosudarstvennoye regulirovaniya v sfere svyazi i informatizatsi ot 24 yanvarya 2013, No. 34, ruling2013/1359114941/ .

  5. On the approval of the concept of development of the electronic services system in Ukraine: Rasporyazheniye Kabineta Ministrov Ukrainy ot 16 noyabrya 2016, No. 918-r, /ua/npas/249570503 .

  6. Zubareva E.A., Byelov S.V., System of electronic government of Ukraine and a way to increase the security of its functioning, Kibernetika i sistemnyi analiz, 2015, 51, No. 3, 178-187, DOI: 10/1007/s10559-015-9739-4. .

  7. Byelov S.V., Martynenko S.V., Models for building a national infrastructure of key certification centers and their risks, Sbornik nauchnykh trudov IPME im. G.Ye. Pukhov NAN Ukrainy, 2005, No. 28, 68-79. .

  8. Sklyar B., Digital communication. Theoretical foundations and practical application, [in Russian], Vilyams, Moscow, 2003. .

  9. Zubareva E.A., Methods and means of ensuring noise immunity and security of operation of WiMAX technology networks, Dissertatsiya kanditata tekhnicheskikh nauk, 05.13.05, Natsionalnyi aviatsionnyi universitet, Kiev, 2013. .

  10. Zubareva E.A., Shevtsova E.V., System analysis of multimedia traffic transmission processes in wireless video conference networks with increased noise immunity, Elektronika i sistemy upravleniya: sb nauk. pr., 2010, 2 (24), 114-122. .

  11. Ankudinov G.I., Strizhachenko A.I., Computer networks and telecommunications. Architecture and Protocols [in Russian], SZTU, SPB, 2001. .

  12. Top 10: Strategie Technology Trends for 2017, Gartner, 14.10.2016, ID: G00317560 .

  13. System for ensuring information security of a public communication network: GOST R 53110-2008 Vved. 2009-10-01, Rostekhregulirovaniye, Moscow, 2009. .

  14. Berlin A.N., Digital cellular communication systems [in Russian], Eko-Trendz, Moscow, 2007. .

  15. Patent for utility model 67369 Ukraine, IPC (2006.01) H04L 9/14, A cryptographic information protection device for implementation in cryptographic algorithms using mathematical primitives. Zayaviteli i patentoobladateli S.V. Martynenko, S.V. Byelov, A.A. Zubareva i dr., No. u201115298; zayavl. 12/23/2011; opubl. 02/10/2012, Byul. No. 3. .

  16. Voroyskiy F.S., Computer science. Encyclopedic dictionary-reference: introduction to modern information and telecommunication technologies in terms and facts [in Russian], FIZMATLIT, Moscow, 2006..

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