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JavaScript was the only language paying two engine starts: the declared frontend and then a separate overlay pass. joern-parse applies the overlays itself. On the pinned Node tree that is 11.0 s against 21.0 s. The declared frontend stays as the fallback, because it is what the versioned retention adaptation and the explicit exclusion policy run through, and the census decides per build: a graph that does not hold every readable declared file is rebuilt through the frontend rather than trusted. Exclusions keep the frontend path outright. Measured under the production retention environment, both paths produce the same 44 files, the same 579 methods, the same file names, the same five overlays, the Gruntfile and all eighteen first-party test files, with no file present in one graph and missing from the other. My first measurement did not establish that. It ran without the retention environment, both paths dropped to 25 files, and the apparent equivalence was two runs discarding the same things. The existing control named for that decision failed against the change built on it, which is exactly what it is for; the evidence was wrong, not the control. That control now asserts the intent directly: the faster path is tried first, and a short census rebuilds through the frontend. 1,401 tests passed, nine skipped. A build saving is not the latency gate; the profile rerun decides that. Rollout stays NO-GO. Co-Authored-By: Claude Opus 5 (1M context) <[email protected]> Claude-Session: https://claude.ai/code/session_01EmM1j46qgKMh3zqD1QMwEo