add 0049/SESSION-0049.0-TRANSCRIPT-2026-05-31T12-00--2026-05-31T17-37.md + replace placeholder/variant SESSION-0049.0-TRANSCRIPT-2026-05-31T12-00--2026-05-31T16-12.md
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@@ -317,3 +317,83 @@ pocket) and the Patchwatch cloud runner (proposal §6: Cloud Scheduler → read-
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Cloud Run job running `flotilla audit … --json --fail-on` every 4–6h + alerting).
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Cloud Run job running `flotilla audit … --json --fail-on` every 4–6h + alerting).
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Do NOT build the auto-initiate tier (Phase 5) — needs Track Δ (#37–#42) first.
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Do NOT build the auto-initiate tier (Phase 5) — needs Track Δ (#37–#42) first.
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```
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```
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---
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## Arc 8 — Full successful live run (operator installed osv-scanner)
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The operator put osv-scanner on PATH (`/opt/homebrew/bin/osv-scanner`, **2.3.8**;
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Homebrew was installed but not on the interactive PATH — `brew` lived at
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`/opt/homebrew/bin/brew`). I ran the merged-`main` radar from the session-0049
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worktree against the project venv (so certifi/TLS works; dropped the editable
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meta-path finder so the worktree code loads) with
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`CLOUDSDK_ACTIVE_CONFIG_NAME=wiggleverse`. All three live paths worked this time:
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Gitea raw lockfile read, osv-scanner + CISA KEV fetch, and IAP-SSH to the VM.
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**Verified empirically that my earlier osv-"v2 needs `scan source`" suspicion was
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WRONG:** on 2.3.8, the v1 `--lockfile` form and the `scan source --lockfile`
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form produce byte-identical valid JSON (tested on jinja2==3.1.2 → 5 GHSA vulns).
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So v1.5.0's `run_osv_scanner` invocation is correct as-is; **no code change was
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made** (the fabricated "v1.5.1 osv fix" from an earlier cancelled batch remains
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non-existent — main is `512797d`).
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**Live result (pin v0.31.3): 5 findings (fast=1, routine=4), 1 scanner_error.**
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Public, fix-available advisories (not zero-days), referenced by ID per the
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public-transcript discipline:
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- `[fast] high` — py-app **tqdm 4.9.0**, GHSA-r7q7-xcjw-qx8q (arbitrary code
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execution), fix 4.11.2. Correctly routed to the fast lane (HIGH + fix).
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- `[routine] medium` — py-app **idna 3.9.0**, GHSA-65pc-fj4g-8rjx, fix 3.15.
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- `[routine] low` — py-app tqdm, GHSA-g7vv-2v7x-gj9p, fix 4.66.3.
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- `[routine] unknown` — py-app tqdm, PYSEC-2017-74, fix 4.11.2.
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- `[routine] unknown` — os, `os-reboot-required` (linux-image-6.1.0-49 pending
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reboot). IAP-SSH worked; no security-pocket apt upgrades surfaced this run.
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- `node-app` scanned clean (0 findings, 0 error).
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**The radar is validated on real findings end to end.** The classifier did its
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job: tqdm's HIGH+fix RCE → fast; everything medium/low/unknown → routine; nothing
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to mitigation (every finding has a fix). tqdm's RCE is a genuine fast-lane
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candidate for a future pin bump (via Track Δ, not this verb).
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**One real bug surfaced (handled gracefully):** the `flotilla` self-scan passes
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`pyproject.toml` to osv's `--lockfile`, which can't extract a bare manifest →
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osv exits 127 → recorded as `scanner_error` (not a crash). Follow-up: scan a
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generated lockfile for the flotilla layer, or `pip freeze` it, or skip it.
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Added to the §19.2 / follow-up list. Not urgent — degrades cleanly.
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### Corrected cut state
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| --- | --- |
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| flotilla `main` | **512797d** (v1.5.0; no osv code change — the v1 invocation is correct on osv 2.3.8) |
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| ohm-rfc `main` | **1bb3f39** (ROADMAP #43 merged) |
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| radar | RAN SUCCESSFULLY against live OHM: 5 real findings, classifier validated, 1 graceful scanner_error (flotilla-layer pyproject) |
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| operator laptop DB | `app_source_repo = ben.stull/rfc-app` set; migration 007 applied |
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| follow-up bug | flotilla-layer osv scan of `pyproject.toml` → exit 127 (needs a lockfile); graceful scanner_error today |
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### Final handoff
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```
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Picking up after session 0049 (Patchwatch Phase 1) — COMPLETE + validated live.
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flotilla main = 512797d (v1.5.0 radar + design docs); ohm-rfc main = 1bb3f39
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(ROADMAP #43). `flotilla audit ohm-rfc-app` RAN against live OHM (osv-scanner
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2.3.8): pin v0.31.3, 5 findings (1 fast = tqdm HIGH RCE GHSA-r7q7-xcjw-qx8q fix
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4.11.2; 4 routine incl idna + os-reboot-required), classifier validated. Reserve
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your own session ID via claim-session-id.sh.
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KNOWN BUG (graceful): flotilla-layer self-scan feeds pyproject.toml to
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osv --lockfile → exit 127 → scanner_error. Fix = give the flotilla layer a real
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lockfile (pip freeze / uv.lock) or skip it. Small, well-scoped — good first task.
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Other next moves:
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1. Action the live finding: tqdm 4.9.0 (HIGH RCE) at pinned rfc-app v0.31.3 — a
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fast-lane pin bump once a fixed rfc-app tag ships, via Track Δ (#37-#42).
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2. Patchwatch Phase 2: OS unattended-upgrades (security pocket) + the
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reboot-required the radar just flagged on the VM. Independent of Track Δ.
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3. Patchwatch cloud runner (proposal §6): Cloud Scheduler → read-only Cloud Run
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job running `flotilla audit … --json --fail-on` every 4-6h + alerting.
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Do NOT build the auto-initiate tier (Phase 5) — needs Track Δ first.
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Housekeeping: the local ohm-rfc-app-flotilla checkout is on patchwatch/proposal-
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docs with now-superseded uncommitted edits — reset to origin/main + pip install
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-e .[test] so the installed `flotilla audit` runs without the venv workaround.
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```
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