file-native-runtime-audit

To audit a live file-native runtime, you inspect the workspace to map active state surfaces, identify cron/systemd wrappers, and locate core scripts. This generates a canonical system map detailing current inputs, outputs, and shadow paths.

A file-native runtime audit systematizes the inspection of live autonomous systems to map implementation quality. You need one before redesigning workflows to understand existing state objects, multi-rail paths, and wrapper integrations.

You identify wrappers and core scripts in file-native rails through deterministic verification and direct workspace access checks. This process isolates active system components from shadow paths and documents operational seams for safe replacement.

Yes, you can map multi-rail workflows and mixed live workspace paths safely. The audit enforces deterministic verification through state surface inspection, ensuring accurate identification of canonical objects and active inputs before any redesign.

The best way to find the smallest replaceable seam is by conducting a full state-tracking audit of the live runtime. Documenting seam discovery highlights the exact integration point to replace first during upgrade planning.

Yes, this runtime audit explicitly works with cron and systemd wrappers. It maps these wrappers alongside core scripts and receipts to produce an implementation-quality map for safe system upgrade planning.