CHOOSING A STRATEGY FOR PROTECTION OF CRITICAL INFRASTRUCTURE OBJECTS BASED ON GAME THEORY
DOI:
https://doi.org/10.17721/3041-2323.2024.355-364Keywords:
object, critical infrastructure, protection, survivability, mobile communication, reliability, vulnerabilityAbstract
In the context of the ongoing armed aggression of the Russian Federation against Ukraine, the security of individuals, society and the state significantly depends on the reliable functioning of critical infrastructure facilities (CIF). In addition to physical attacks on such facilities with lethal weapons, the Russian Federation, together with its satellites, continues to try to influence the control systems of critical infrastructure facilities through cyberspace and from cyberspace with non-lethal means - cyber weapons. The
situation is complicated by the fact that critical infrastructure facilities operating in a single information space and supporting a wide range of modern information technologies, despite enormous efforts to counteract outside interference from and through cyberspace, remain vulnerable to new types of threats, and therefore the issue of optimal choice of means of protection for the protected object arises.
References
Danik, Y., Vdovenko, S., Shestakov, V., Pisarchuk, O., Gryshchuk, R., Kulikivskyi, M., & Khodakivskyi, V. (2015). Fundamentals of information protection. ZVI DUT [in Ukrainian]. https://miljournals.knu.ua/index.php/zbirnuk/article/download/704/665
Gryshchuk, R. (2010). Differential-game model of the information security system. Information Security, 2(4), 23–29. Luhansk: Volodymyr Dahl East Ukrainian National University [in Ukrainian]. https://jrnl.nau.edu.ua/index.php/ZI/article/download/1987/1978
Gryshchuk, R. (2010). Theoretical foundations of modeling information attack processes using the theories of differential games and differential transformations. RUTA [in Ukrainian]. http://library.kpi.kharkov.ua/uk/inftechnologies_gryshyuk
Evsjeev, S., Zakovorotnyi, O., Milov, O., Kuchuk, G., Galuza, O., Koval, M., Voytko, O., & Gryshchuk, R. (2024). Methodology for synthesizing models of intelligent management and security systems for critical infrastructure objects. New World-2000 [in Ukrainian]. http://www.kdpu-nt.gov.ua/uk/content/metodologiyasyntezu-modeley-intelektualnyh-system-upravlinnya-ta-bezpeky-obyektiv
Tolupa, S., Lukova-Chuyko, N., Tolupa, S., Nakonechnyi, V., & Brailovskyi, M. (2021). Intrusion detection systems and functional resilience of distributed information systems to cyber threats. Format [in Ukrainian]. https://science.lpnu.ua/sites/default/files/-journal-paper/2022/mar/27268/stattya3stolyupanlukova-chuykoyashestak.pdf
Tolupa, S., Nakonechnyi, V., & Uspenskyi, O. (2019). Signature and statistical analyzers in the cyber attack detection system. Information Technology and Security. Ukrainian Research Papers Collection, 7(1), 69–79. DOI: 10.20535/2411-1031.2019.7.1.184326
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