Emulation of the Attack Simulation Software Module to a Wireless Network
DOI:
https://doi.org/10.52575/2687-0932-2025-52-4-873-886Keywords:
cybercrime, simulation of an attack on a wireless network, simulator, emulation of a software module, handshakeAbstract
The relevance of the study is determined by the need to increase the effectiveness of countering cybercrime. The study attempts to emulate a simulator software module that imitates the process of penetration into a wireless Wi-Fi network applying principles of social engineering. Such a device may be indispensable to specialist training. To achieve this goal, it is necessary to solve the following tasks: launch the developed software module, select a software environment, and compile the software module. In the process of solving the formulated tasks, the authors analyzed the criminal situation in terms of cybercrime, employing general and private scientific methods of cognition (the dialectical method, analysis, synthesis, method of analogy, projection, forecasting, etc.), the main one being the method of modular design of the hardware and software complex. Based on the research findings, a simulator software module has been created. The study reveals the need to use such hardware and software complexes for training law enforcement officers.
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An Z., Pan J., Wen Y., Zhang F. 2023. Secret handshakes: Full dynamicity, deniability and lattice-based design. Theoretical Computer Science, 940(3): 14–35. DOI: 10.1016/j.tcs.2022.10.035
Bodenhausen J., Mangel S., Vogt T., Henze M. 2025. Bidirectional TLS Handshake Caching for Constrained Industrial IoT Scenarios. 2025 IEEE 50th Conference on Local Computer Networks (LCN). 1–10.
Kumar K.D., Niranjan D.K., Reddy P.P., Himanshu P., Raju K.S., Goud P. 2025. CloudShare: A Passwordless Cloud-Based File Storage and Sharing Framework. In 2025 International Conference on Computing Technologies (ICOCT). 1–6.
Montañez-Juan M., Forteza-Domenici C., García-Buades M.E., Blahopoulou J., Ortiz-Bonnin S. 2025. Virtual handshakes: team emotional intelligence and digital competences in virtual settings. Behaviour & Information Technology, 44(14): 3501–3513. DOI:10.1080/0144929X.2025.2535740
Perez E.L., Selander G., Mattsson J.P., Watteyne T., Vučinić M. 2024. EDHOC Is a New Security Handshake Standard: An Overview of Security Analysis. Computer, 57(9): 101–110.
Prayatno C., Tohari M., Susilowati T. 2024. The Impact of Using Technology and Innovation in Law Enforcement in the Era of Digitalization. Jurnal Ekonomi Teknologi dan Bisnis (JETBIS), 3(8): 1026–1033.
Ramadan R. 2022. Internet of things (iot) security vulnerabilities: A review. PLOMS AI, 2(1).
Saha K.K., Ray S., Dasgupta M. 2024. ECMHP: ECC-based secure handshake protocol for multicasting in CCN-IoT environment. IEEE Transactions on Network and Service Management, 21(5): 5826–5842.
Teichmann F.M., Boticiu S.R. 2023. An overview of the benefits, challenges, and legal aspects of penetration testing and red teaming. International Cybersecurity Law Review, 4(4): 387–397.
The 8 Best Virtual Cybersecurity Practice Labs – URL: https://www.cloudshare.com/blog/cybersecurity-practice-labs (access data: 01.10.2025).
Torres-Trujillo J., Meza-Alarcon A.J., Ticona W. 2024. Test and Pentesting Methods for Identifying Vulnerabilities in IoT Devices: A Systematic Review. Proceedings of the Computational Methods in Systems and Software, 28–41.
Yavorsky M.А., Useev R.Z., Kurushin S.A. 2021.Information technologies in law enforcement: Overview of implements and opportunities. European Proceedings of Social and Behavioural Sciences.
Zhukabayeva T., Karabayev N., Nurusheva A., Satybaldina D. 2024. A method of vulnerability analysis in wireless internet of things networks for smart city infrastructures. Scientific Journal of Astana IT University, Vol. 20. DOI:10.37943/20VPSX8675
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