Method for rules forming of incidents extrapolation for network-centric information and telecommunication systems monitoring

Petro Pavlenko, Mykola Vinohradov, Serhii Hnatiuk, Andrii Hizun, Viktor Hnatiuk


Security incidents and effective response have become an important component of information and telecommunication standards and guidances. Because performing incident response effectively is a complex undertaking, establishing a successful incident response capability requires substantial planning and resources. Incidents can disrupt regular mode of information and telecommunication systems functioning and cause substantial material and image losses for the company. The main task of incident management is consequense impact containment, quick response and backslide prevention. One of the modern approaches in incident management is usage of network-centric (continuously-evolving, complex community of people, devices, information and services interconnected by a communications network to achieve optimal benefit of resources and better synchronization of events and their consequences) management theory for incidents monitoring. Known method of network-centric incident management provides some advantages in influence forecasting, criticality evaluation and prioritizing. This method combines a set of stages but stage of forming basic rules set is not formalized. In this regard, in this work developed method for forming rule set of incidents extrapolation for network-centric information and telecommunication systems monitoring, which by determining possible types of cyberattacks and incidents categories, forming vector-matrix of incidents probability, incidents ranging by their importance and determining limit values of probability, forming incidents possibility indicators, and also development and establishment of incidents extrapolation rules, allows to automate and increase accuracy operation of network-centric systems for information and telecommunication systems monitoring.


Incident, network-centriс monitoring, information security, cyberattack, information and telecommunication system.


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