Network Threat Identification via Protocol Deviation Analysis

The patent introduces an intermediary component that standardizes security events from multiple security services into a common format. This intermediary layer translates disparate events into standardized representations, enabling coordinated threat detection without requiring complex point-to-point coordination between services. The intermediary handles the complexity of event coordination centrally, reducing overall system complexity while maintaining reliable threat detection.

The patent implements a universal event standardization mechanism that can handle events from multiple different security services through a single coordinated system. The standardized event format serves as a universal interface, allowing diverse security services (intrusion detection, virus detection, firewalls, etc.) to contribute to threat identification without requiring separate coordination logic for each service combination. This multi-functional approach maintains broad security coverage while simplifying event coordination.

The patent implements a self-service mechanism where the system automatically learns and adapts to new threat patterns from standardized security events without requiring manual rule creation. The system analyzes coordinated events to identify new threat types and automatically generates appropriate detection rules. This self-learning capability maintains high threat detection accuracy for emerging threats while dramatically reducing the maintenance effort required compared to manual rule updates.