УСТОЙЧИВОСТЬ ТЕХНОЛОГИЧЕСКИХ ПРОЦЕССОВ В АСПЕКТЕ БЕЗОПАСНОСТИ КРИТИЧЕСКОЙ ИНФОРМАЦИОННОЙ ИНФРАСТРУКТУРЫ

Abstract

The purpose of the paper is to study the sustainability of technological processes in the aspect of the security of critical information infrastructure (CII). Cybercrime today brings attackers an income (affecting critical information infrastructure objects) of about $1.5 trillion a year, which means that the security of critical information infrastructure is still requiring due attention. Currently, there is no generally accepted approach to conducting such an assessment and its definition remains an urgent problem. It is also important to understand that the stability of technological (including significant, critical) processes does not always ensure their safety (management safety), as well as ensuring safety does not ensure the execution of technological processes. The object of the study is the objects of the CII. The subject of the study is technological processes in the context of threats to information security. The technological process and its stability at CII facilities in the aspect of information security are studied. The analysis of regulatory legal acts (NPA) and scientific publications on the research topic is carried out. The analysis of the NPA of the CII showed that there are serious problems in this area. In order to formulate specific measures of sustainability of indicators, one can use the given sustainability matrix. The paper formulates the requirements for evaluation indicators. Based on the results of the study, it was found that the assessment of the stability of the functioning of objects can be implemented on real significant objects of the CII, while the stability coefficients of the elements can be detailed in more detail. Definitions and problems are considered, the main sources confirming the importance of the study are presented. The results of the study can be used when considering approaches to assessing the sustainability of technological processes in the context of CII safety.