System for Organizing Cyber Operations in the Context of Military Aggression

Introduction. In the modern world, the importance of information and communication technologies, as well as the threats associated with cyberattacks during military aggression, has significantly increased. The widespread adoption of these technologies is accompanied by a high level of risk from cyber threats targeting various objects and management systems.Problem Statement. Cyber operations have become a substantial technique for conducting warfare in the context of military conflict. Access to sensitive military, economic, or strategic data can support their execution and implementation. The leakage of this information can cause significant damage to the enemy, both militarily and politically, undermining their authority and potentially disrupting or even destroying specific military and political plans. Attacks on communication and management systems, or their complete disabling, can lead to collapse and devastation in the enemy's ranks, ultimately resulting in their defeat. Therefore, it is crucial to conduct research and improve methods for cyber operations, as well as to ensure effective defense against such threats.Purpose. The primary aim of this research is to enhance the organization of cyber operations in military contexts by utilizing essential principles of management and offering recommendations for their optimization.Materials and Methods. This research is based on an analysis of theoretical sources on cyber operations, as well as practical examples of previous cyber incidents in military settings.Results. A framework for cyber operations has been developed. The main stages of cyber operations within the management domain have been explored. A typical management system structure has been proposed. Key recommendations for improving the management and functionality of cyber operation systems have been provided.Conclusions. This study highlights the significance of developing and implementing effective management strategies. The improvement of these processes is vital to ensuring reliable security and a robust response to cyber threats during military conflict.