Smart City Governance in the Context of Contemporary Challenges

Abstract

The article examines the transformation of smart city governance amid contemporary challenges, including armed conflicts, infrastructure disruptions, and evolving cyber threats. It is argued that the traditional understanding of smart cities as technologically advanced urban systems is insufficient, as effective governance increasingly depends on resilience, security, and the ability to maintain continuity of essential services during crises. The study applies a combination of general scientific and specialized legal research methods, including the dialectical method, formal legal analysis, and an interdisciplinary approach, to explore the interaction between technological systems and governance frameworks. The research highlights that the protection of critical infrastructure—comprising energy systems, communications networks, healthcare institutions, and utility services—must be regarded as a central element of smart city governance. Particular attention is given to the need for integrating both physical and cybersecurity measures, especially in light of recent large-scale disruptions and cyber incidents affecting urban systems. The findings emphasize the importance of coordinated action between local authorities and national governments, supported by digital platforms for public service delivery. These criteria include the level of protection of critical infrastructure, particularly energy facilities, and the effectiveness of cooperation with state institutions to ensure public safety and acceptable living conditions.