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The article presents the results of a study in the field of organizing inter-object interaction at the level of a subject of critical information infrastructure using an anthropomorphic approach. Vulnerabilities of program code are considered as inter-object interaction, the effects of inter-object interaction at the level of vulnerabilities of program code, arising as a result of the implementation of behavioral models, are substantiated. They are studied and substantiated based on the anthropomorphic approach in the form of: obligate symbiosis, parasitism, predation, amensalism, allelopathy, competition, neutralism. The types of anthropomorphism in organizing inter-object interaction at the level of critical information infrastructure are studied. Based on the results, new patterns in assessing information security risks are established. The interaction of vulnerabilities of program code can lead not only to a decrease in the system’s performance, but scenarios are also possible in which a positive effect is manifested, that is, this situation can be used as an element of the protection system.

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Interobject Anthropomorphism as a Threat to Information Security of Critical Information Infrastructure

  • 会议论文

  • 发表日期：

    2026年

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  • Sergey Dolzhenkov,
  • Elena Maksimova

摘要

The article presents the results of a study in the field of organizing inter-object interaction at the level of a subject of critical information infrastructure using an anthropomorphic approach. Vulnerabilities of program code are considered as inter-object interaction, the effects of inter-object interaction at the level of vulnerabilities of program code, arising as a result of the implementation of behavioral models, are substantiated. They are studied and substantiated based on the anthropomorphic approach in the form of: obligate symbiosis, parasitism, predation, amensalism, allelopathy, competition, neutralism. The types of anthropomorphism in organizing inter-object interaction at the level of critical information infrastructure are studied. Based on the results, new patterns in assessing information security risks are established. The interaction of vulnerabilities of program code can lead not only to a decrease in the system’s performance, but scenarios are also possible in which a positive effect is manifested, that is, this situation can be used as an element of the protection system.