Container Infection Detection via Memory Page Comparison

The system segments the monolithic operating system security model into container-level security domains. Each container is isolated with its own namespace and security context, allowing resource sharing while preventing cross-container attacks. The IDS further segments monitoring functions to track each container independently, enabling targeted remediation without affecting other containers.

The Intrusion Detection System acts as an intermediary between containers and the shared kernel resources. It monitors memory pages, process activities, and system calls to detect malicious behavior before it can compromise the shared kernel. The IDS mediates security decisions by allowing legitimate resource sharing while blocking potentially harmful operations.

The IDS is designed as a multi-functional system that performs multiple security tasks within a single architecture: memory page scanning, process behavior monitoring, infection detection, container identification, and remediation coordination. This universal approach avoids the complexity of deploying separate specialized security tools for each function while maintaining comprehensive detection capability.

The IDS implements self-service mechanisms by automatically scanning memory pages, comparing them against known infection patterns, identifying affected containers, and executing remediation actions without requiring constant human intervention. The system serves itself by maintaining its own detection rules and automatically responding to threats, reducing operational complexity.