Proceedings of the International scientific and practical conference “Science in the Modern World” (January 19-21, 2026) / Publisher website: www.naukainfo.com. - Cambridge, United Kingdom, 2026. - 203 p.

76 In today's era of digitalization of public administration, government information systems are becoming a critically important element of public authority functioning. They enable the provision of administrative services, maintenance of government registries, exchange of data between government agencies, and interaction between the state and its citizens. The growing role of such systems also increases their vulnerability to cyber threats, which necessitates a shift from a narrow understanding of cybersecurity to the concept of cyber resilience. Cyber resilience implies the ability of state information systems not only to prevent cyberattacks, but also to ensure continuity of operation, adaptation to threats, and rapid recovery after incidents [1]. In scientific research, cyber resilience is viewed as a complex characteristic of a system that includes organizational, technical, and managerial components. Unlike traditional cybersecurity, which focuses primarily on perimeter protection and preventing unauthorized access, cyber resilience focuses on the incident lifecycle: preparing for cyberattacks, responding to them, and restoring functionality with minimal losses to the state and society [2]. This approach is particularly relevant for state information systems, the shutdown of which could lead to violations of citizens' rights, destabilization of management processes, and loss of trust in the authorities. The development of cyber resilience strategies for state information systems should be based on a risk-oriented approach. This means systematically identifying threats, assessing the likelihood of their occurrence and potential consequences, and prioritizing protective measures depending on the criticality of a particular system or service. International experience shows that effective cyber resilience strategies combine technical protection measures with management decisions, a clear division of responsibilities, and interagency coordination [3]. It is the comprehensive nature of such strategies that reduces the risk of system failures and increases the overall resilience of the state's digital infrastructure. Regulatory and legal frameworks play an important role in ensuring cyber resilience. In European Union countries, cyber resilience issues are enshrined in