CONCEPT OF INFORMATION SECURITY MANAGEMENT OF THE DIGITAL ENVIRONMENT IN THE ENTERPRISE ECOSYSTEM

Abstract

The article presents a concept of information security management and protection of the enterprise’s digital environment within the overall ecosystem of “on-demand business.” The transition from segmented protection to the formation of an ecosystem of uninterrupted information flow based on the coherence of stakeholder interaction is substantiated. Within the proposed approach, a decomposition of protection objects is carried out, distinguishing between primary (critical data, business processes) and supporting (IT infrastructure, personnel, facilities) assets. Special attention is paid to the transformation of the role of artificial intelligence in the cybersecurity system; a mechanism for monitoring incoming traffic based on IDS-GAN technology and the implementation of AI agents subject to separate auditing and control are proposed.

The concept is aimed at integrating the internal security management system with the external institutional and regulatory environment of Ukraine, highlighting the role of the National Bank of Ukraine in ensuring the security of financial transactions through the MISP-NBU platform and compliance with the DSTU ISO/IEC 27000 series standards. The relationship between the enterprise’s technical capacity and the requirements of the National Commission for the State Regulation of Electronic Communications is established. Considering blackout risks, the model incorporates the C2M2 model of the Ministry of Energy of Ukraine to assess the cybersecurity of the energy component of business operations. It is demonstrated that effective management of the digital environment requires a multi-level control structure (from strategic to operational) and mandatory cryptographic protection of communication channels. The obtained results may serve as a methodological basis for developing comprehensive cyber resilience programs that ensure continuity of information flows through the synergy of technological innovations and regulatory compliance. In addition, they may be applied by IT departments and risk management specialists to build adaptive protection systems under conditions of high uncertainty.