A Centralized Approach to Intrusion Detection System Management: Design, Implementation and Evaluation

Abstract

This paper presents the design, implementation, and evaluation of a novel control node for managing Intrusion Detection Systems (IDS). Existing IDS management solutions primarily focus on data visualization and lack comprehensive management capabilities, which are critical for effective intrusion detection. Our approach addresses these limitations by developing a centralized control node capable of managing multiple IDSs, providing real-time monitoring, configuration management, and enhanced security features. The control node uses SSH and SCP protocols for secure communication, supporting both centralized and distributed rule configurations. This flexible architecture enables efficient intrusion detection, even in high-traffic environments. The implemented system, featuring an intuitive graphical user interface (GUI) and robust management tools, supports both novice and advanced users, improving the overall usability and effectiveness of IDS management. Evaluation of the system under real-world conditions demonstrates that the control node reduces resource consumption, minimizes packet loss, and enhances detection efficiency by distributing workloads across multiple IDSs. The proposed solution offers a significant improvement in security management by enabling better control, monitoring, and configuration of IDSs, contributing to the overall security of the protected network.