ENTERING INITIAL DATA FOR SECURITY OBJECTS AND NETWORK STRUCTURE
Abstract
This article analyzes the "Network Analyzer" software tool and its underlying algorithms, which are designed to enhance the level of protection in corporate networks against unauthorized access. The study proposes a security domain allocation algorithm and a load-based optimization algorithm for network nodes and security devices. Developed using the JavaScript programming language, the system enables network topology analysis, security domain formation, and the visualization of attack graphs. A comparative analysis between the proposed methods and traditional approaches like Access Control Lists (ACL) and Role-Based Access Control (RBAC) is presented, demonstrating how to achieve an optimal balance between network security and performance throughput.