FIREWALL INSTRUCTION DETECTION SYSTEM AND MONITORING SYSTEM

Abstract

Firewalls are an important component of network security because they control and monitor traffic flowing between trusted and untrusted network environments. With the increasing number of network services, devices, and applications, manually monitoring firewall activity can become difficult. Suspicious traffic patterns, repeated connection attempts, policy violations, and abnormal network behavior may be overlooked without an effective monitoring and detection mechanism. The proposed Firewall Instruction Detection System and Monitoring System is designed as a defensive platform for monitoring firewall events and identifying potentially suspicious or unauthorized network activity. The system collects permitted firewall logs and analyzes information such as source and destination addresses, ports, protocols, timestamps, connection status, and rule actions. The collected information is processed using predefined security rules and detection criteria. The detection engine analyzes firewall events to identify patterns that may indicate suspicious activity, such as repeated denied connections, unusual traffic volumes, policy violations, or unexpected access attempts. Detected events can be categorized according to severity and assigned appropriate risk levels. This helps security administrators focus their attention on events that require further investigation. A centralized dashboard provides security teams with a visual representation of firewall activity, including allowed and blocked traffic, detected events, source and destination information, protocol distribution, and risk trends. The system can maintain historical firewall records and provide alerts for important events. It can also generate structured security reports containing detection results, event information, risk classification, and recommended defensive actions. The primary objective of the system is to improve firewall visibility, event detection, monitoring, and security analysis. By combining firewall-log collection, rule-based detection, event correlation, risk assessment, visualization, alerting, and reporting, the platform provides a centralized defensive monitoring solution.