Информационное обеспечение деятельности по технической защите информации

Abstract

The goal of research is to determine the main areas for the development, composition and structure of methodological support for the construction and functioning of information provision systems for the organization and maintenance of technical protection of information in authorities, organizations and enterprises. The method of research is synthesis and analysis of the composition, and content of the tasks of technical protection of information, addressed in its organization, as well as the mathematical technique of factor analysis and theoretical and methodological basis of the cluster approach. As a result of the research, the tasks of technical protection of information, considered on the objects of informatization are defined and the timeliness of the application is shown for automated information support systems of the activity for the technical protection of information to solve these problems. It is noted that at present, the methodology for creating such systems is practically absent. The authors of research indicate the main approaches to their development, such as the dynamic change in the subject area of information security, the emergence of new information technologies, rapid changes in system and application software, the expansion of the range of information security threats, changes in the regulatory framework, etc. The composition and structure of the system of models and methodologies are proposed necessary for the design of these information support systems, their development, production, delivery and operation. Particular indicators are proposed to assess the completeness, reliability, timeliness (relevance) and information security necessary to ensure the activities to solve the problems of technical protection of information and complex indicator to assess the efficiency of information support for this activity. The interdependence of complex and particular indicators is shown by convolution of particular indicators using the linear function and the Cobb-Douglas function. Examples of calculating the complex indicator are given. The proposed indicators and models for their calculation will define quantitative requirements for the composition and structure of promising information support systems, as well as for the completeness, reliability, timeliness and security of the information provided by them, which is necessary for organizing the technical protection of information in domestic information systems.