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Advanced Persistent Threat attack targeting modern 5G Indus-trial Control System. A case study.

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Title: Advanced Persistent Threat attack targeting modern 5G Indus-trial Control System. A case study.
Alternate Title: Zaawansowany atak typu Persistent Threat (zagrożenie długotrwałe) wymierzony w nowoczesny system sterowania przemysłowego 5G – Studium przypadku. (Polish)
Authors: BEREZIŃSKI, Przemysław, RACHWALIK, Tomasz, KOSMOWSKI, Krzysztof
Source: Przegląd Elektrotechniczny; 2025, Issue 10, p202-213, 12p
Subject Terms: 5G networks, SUPERVISORY control & data acquisition systems, INDUSTRIAL controls manufacturing, ANOMALY detection (Computer security), INTERNET security, CYBER physical systems, CYBERTERRORISM
Abstract (English): A case study based on an original scenario involving a multistage attack on a power substation is presented. The attack exploits vulnerabilities in SCADA systems, IIoT, and 5G networks. A testbed using real equipment commonly found in medium-voltage power stations was developed, and attacks on SCADA systems integrated with 5G technology were demonstrated. Effective detection and mitigation require a comprehensive strategy. Therefore, an approach combining signature-based IDS/ IPS with proprietary anomaly detection mechanisms is proposed. [ABSTRACT FROM AUTHOR]
Abstract (Polish): Przedstawiono studium przypadku oparte na scenariuszu obejmującym wieloetapowy atak na podstację energetyczną. Wykorzystuje on luki w zabezpieczeniach systemów SCADA, IIoT i sieci 5G. Opracowano stanowisko testowe z wykorzystaniem rzeczywistego sprzętu spotykanego w stacjach energetycznych i zademonstrowano ataki w systemach SCADA zintegrowanych z technologią 5G. Skuteczne wykrywanie i mitygacja wymagają kompleksowej strategii. Dlatego zaproponowano podejście oparte na sygnaturach IDS/IPS połączone z mechanizmami wykrywania anomalii. [ABSTRACT FROM AUTHOR]
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Database: Complementary Index
Description
Abstract:A case study based on an original scenario involving a multistage attack on a power substation is presented. The attack exploits vulnerabilities in SCADA systems, IIoT, and 5G networks. A testbed using real equipment commonly found in medium-voltage power stations was developed, and attacks on SCADA systems integrated with 5G technology were demonstrated. Effective detection and mitigation require a comprehensive strategy. Therefore, an approach combining signature-based IDS/ IPS with proprietary anomaly detection mechanisms is proposed. [ABSTRACT FROM AUTHOR]
ISSN:00332097
DOI:10.15199/48.2025.10.28