What problem does it solve? Deploying a Nodefony application requires knowing exactly what the framework's generator already produces (Dockerfile, Compose file, Kubernetes manifests, CI pipelines) and grounding every orchestration decision in authoritative Docker, Kubernetes, Podman, and OCI documentation rather than guesswork. ## Core Features & Use Cases - Generator Template Map: Catalogs every deployment artifact the Nodefony scaffold renders (Dockerfile.tpl, compose.yaml.tpl, GitHub/GitLab CI templates, migrate-job.yaml.tpl) and the it.db branching variable that decides database topology and replica count. - Offline Reference Corpus: Ships 24 frozen offline pages (~1.3 MB) covering Docker builds, multi-stage builds, Compose, Kubernetes probes, resources, Pod Security Standards, pod lifecycle, Podman/Buildah, distroless, and OCI, citable as file:line. - Framework Capability Anchors: Documents built-in health probes (/livez, /readyz), graceful shutdown drain (15s), _FILE secret suffix, and non-root user (1000:1000) with exact source-code line references. - Use Case: Before editing a generated Kubernetes manifest, consult the corpus to confirm that a missing seccomp profile violates the Restricted policy, or verify locally with a disposable kind cluster and podman kube play. ## Quick Start Ask the assistant to review the generated Dockerfile and Kubernetes manifests for my Nodefony application against the offline Docker and Kubernetes reference corpus.