competition-container-runtime

Live container behavior diverges from checked-in manifests when sandbox activation applies runtime mounts, secrets, sidecars, or init containers that alter the startup state. Tracing these divergence points maps the observed runtime behavior back to the original manifest intent.

Trace mounted secret consumption by mapping the live container's runtime state, identifying active mounts, and following the entrypoint process to pinpoint where the application reads the secret. This reconstructs the provenance chain from manifest declaration to runtime usage.

Sidecars and init containers change container runtime state by executing preliminary processes or injecting shared resources before the main application starts. Analyzing this startup sequence reveals exactly how these auxiliary components modify the live environment.

Resolve route-to-container mappings by tracing the runtime routing configuration within the active sandbox. This identifies the specific live container instance receiving traffic and highlights any routing divergences from the declared manifest.

Reproduce the earliest divergence point by splitting manifest intent from runtime reality, then systematically mapping images, startup sequences, and live mounts. This isolates the minimal runtime path needed to replicate the observed behavior.

Use container runtime analysis when you need to debug why a sandbox container behaves unexpectedly, preserve evidence chains linking manifests to outcomes, or map live state changes back to checked-in manifests after sandbox activation.