container-forensics

Kubernetes forensics analyzes API server audit logs, RBAC configurations, and etcd security alongside container inventory to identify escape indicators. This process systematically scopes compromises and detects misconfigurations that traditional host-based analysis might miss.

Docker container forensics audits container inventory, checks privilege escalation, and performs image integrity verification and layer analysis. This approach detects compromises and misconfigurations specific to containerized environments during incident response.

eBPF runtime monitoring supports container forensics by using tools like Falco, Tetragon, and Tracee to detect container escapes. It provides deep visibility into runtime behaviors and system calls within Docker, containerd, or CRI-O setups.

Auditing Kubernetes RBAC and etcd security analyzes role-based access controls and cluster state data to detect privilege escalation paths. This identifies misconfigurations that could allow unauthorized access or container escapes.

Container forensics automatically identifies and works with Docker, Kubernetes, containerd, and CRI-O setups. It performs comprehensive auditing across these different container runtimes to detect compromises and misconfigurations.

Traditional host-based forensics misses container security incidents because it lacks visibility into container-specific layers, image integrity, runtime eBPF monitoring, and Kubernetes RBAC. Container forensics addresses these unique challenges by analyzing the containerized environment directly.