Computer Virus Propagation Petri-Object Simulation

Stetsenko, Inna V.; Lytvynov, Vitalii

doi:10.1007/978-3-030-25741-5_11

Cited by 3 publications

(1 citation statement)

References 5 publications

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“…2 Simulating the malware propagation, it becomes clear how fast this process and how significant the impact of factors. 3 Web attacks are reasonably divided onto attacks, being targeted server software, and attacks, being targeted web app. As a result of data gathering and bug-track analysis, it is revealed that the majority of security vulnerabilities are concentrated in web apps.…”

Section: Introductionmentioning

confidence: 99%

Signature-based Intrusion Detection Hardware-Software Complex

Stetsenko¹,

Demydenko²

2020

ISIJ

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Nowadays hackers are able to find many software vulnerabilities, which can be exploited for malicious purposes such as to destroy the operating system, to steal users' private data, to demand a ransom not to affect the data and retain their validity. The majority of attacks use an Internet connection; therefore, the efforts should be directed to the way in which data packets are transmitted. The hardware-software complex, which is the main subject of the presented research, serves as a firewall for the devices on one subnetwork with access to the Internet, simultaneously analysing and filtering both downstream and upstream traffic at packet level, resolving scumware and securing the perimeter of each device in the subnet. The concept and the architecture of the developed hardware-software complex are described. The implemented complex will not allow malicious traffic to pass through, providing protection of all endpoint devices in a subnetwork. The experimental results of malware detected are presented, and the security related metrics are evaluated.

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Section: Introductionmentioning

confidence: 99%

Signature-based Intrusion Detection Hardware-Software Complex

Stetsenko¹,

Demydenko²

2020

ISIJ

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Information System Penetration Testing Using Web Attack Automated Simulation

Stetsenko

Savchuk

2020

Advances in Computer Science for Engineering and Education III

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The grammar of Petri-object model visual programming language

Dyfuchyn

Stetsenko

Zharikov

2021

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Petri-object models solve the problem of replicating fragments of Petri nets with given parameters and constructing a model from a large number of elements. The developed visual programming language of Petri-object models gives a possibility to reduce the number of errors during a model construction by automating the coding links between elements and graphical representation of a model. In addition to replicating Petri objects, the visual language implements replication of links between Petri objects. Formalization of the visual programming language grammar is presented in the form of production rules. A conclusion about grammar properties has been drawn.

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Computer Virus Propagation Petri-Object Simulation

Cited by 3 publications

References 5 publications

Signature-based Intrusion Detection Hardware-Software Complex

Signature-based Intrusion Detection Hardware-Software Complex

Information System Penetration Testing Using Web Attack Automated Simulation

The grammar of Petri-object model visual programming language

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