Methodological Framework for the Rational Distribution of Security Resources in Information Systems

Abstract

In the era of digital transformation, ensuring information system security has become a strategic priority for organizations. This paper presents a methodological framework for the rational distribution of security resources in information systems. The framework is based on the integration of risk assessment models, resource optimization techniques, and real-time threat analysis to ensure a balanced allocation of protective measures. Emphasis is placed on identifying critical assets, quantifying potential threats, and implementing adaptive security protocols. The proposed model contributes to improving the efficiency of information security management by reducing unnecessary costs and strengthening system resilience. The study is supported by practical examples from corporate IT infrastructures and demonstrates how theoretical principles can be translated into operational solutions. This approach is particularly relevant for organizations facing limited cybersecurity budgets and seeking to prioritize resource deployment effectively.