APPROACHES TO ENHANCING CYBER THREAT MONITORING SYSTEMS IN CORPORATE NETWORKS

Abstract

The paper explores the theoretical foundations and practical aspects of implementing cyber threat monitoring systems in corporate information systems. It analyzes their role in ensuring organizational information security and examines modern approaches to threat detection, along with current trends in the development of cyber threat monitoring systems within corporate networks. Special attention is given to the role of monitoring as a key component of corporate security, providing continuous oversight of network activity, information systems, and endpoint devices. This approach enables timely identification of potential threats and rapid response to emerging incidents. The use of advanced analytical tools and technologies facilitates the detection of anomalous behavior and suspicious patterns that may indicate attempts at unauthorized access, malware infections, or the manifestation of insider threats. Continuous monitoring of the state of the information infrastructure contributes to the early detection of vulnerabilities and mitigation of risks before they result in data breaches, financial losses, or reputational damage. The study highlights the limitations of traditional cybersecurity tools, which often prove inadequate in detecting complex and dynamic threats. In response, modern approaches to monitoring and incident response are proposed, incorporating the use of cutting-edge tools and intrusion detection algorithms. The proposed solutions aim to enhance the efficiency of cybersecurity efforts in the context of an increasingly complex cyber threat landscape. Systematic documentation and analysis of security events enable the generation of reliable audit reports on the current state of the information system, which are essential for incident investigations. The primary focus is placed on the technical implementation of monitoring systems, the integration of machine learning algorithms, the use of virtual environments for attack simulation, and the design of secure corporate network architectures. Additionally, practical recommendations are provided to improve threat monitoring effectiveness, particularly through the adoption of automation and artificial intelligence