One lifecycle poll over everything vuln-scanner produces - PR and advisory status, PVR triage transitions, and pending-disclosure aging, with a stars-secured impact headline and one action queue.
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One lifecycle poll over everything vuln-scanner produces - PR and advisory status, PVR triage transitions, and pending-disclosure aging, with a stars-secured impact headline and one action queue.
var
mode
write
tags
["meta","security","github"]
depends_on
["vuln-scanner"]
requires
["GH_TOKEN?","GH_GLOBAL?"]
${var} — Scope selector for the lifecycle poll:
empty → full lifecycle poll: PR/advisory status + PVR triage + disclosure-queue aging (default).
prs (also pr / tracker) → Arm A only — PR/advisory status audit + stars-secured dashboard.
pvr → Arm B only — PVR triage-state poll on submitted advisories.
queue (also disclosures / backlog) → Arm C only — pending-disclosure queue aging + escalation.
a bare GHSA-xxxx-xxxx-xxxx → Arm B, single-advisory mode — check just that one advisory's triage state on demand.
Today is ${today}. This skill is the daily read/poll arm of the vuln pipeline: vuln-scanner opens PRs, submits PVRs, and queues disclosure drafts, then moves on. This skill polls everything it produced and surfaces what the operator must look at — it does not open PRs or submit advisories itself (those are vuln-scanner's write actions).
Voice
If soul/SOUL.md and soul/STYLE.md are populated, read them and match the operator's voice in every notification. If empty or absent, use a clear, direct, neutral tone.
Capability mode
This skill runs mode: write deliberately. It is a read/poll arm, but three of its capabilities cannot run under read-only:
Arm B polls private, unpublished advisory triage state via gh api repos/$REPO/security-advisories/$GHSA. Draft/triage advisories are visible only to the repo maintainers and the reporter, so the read is intrinsically authenticated; read-only strips gh, and a bare $SECRET on the command line is refused by the Bash permission layer (so a hand-rolled authenticated curl isn't an option either) — the read needs gh api, which handles auth internally.
Arm B persists state transitions — it rewrites state:/last_checked:/resolved_at: frontmatter in memory/pending-disclosures/*.md in place and moves resolved files to memory/pending-disclosures/resolved/ (/ — both stripped in ).
Edit
git mv
read-only
Arm A leans on authenticated gh api for the PVR-state endpoint (repos/$REPO/private-vulnerability-reporting) and repo/advisory reads.
No sibling writes a repo file outsidememory/, so there was nothing to relocate — the only outside-memory/ writes are the ephemeral .pending-notify-temp/ notify-staging files. Keeping write preserves every absorbed capability.
Shared preamble (run for every invocation)
Read memory/MEMORY.md for context.
Read the last ~3 days of memory/logs/ and drop anything already reported — don't re-surface the same signal twice.
Read soul/SOUL.md + soul/STYLE.md if populated (voice).
Parse ${var} → scope (deterministic; trim + lowercase, except a GHSA- value which is compared case-insensitively but preserved verbatim):
empty → scope = full (run Arm A, then B, then C).
matches ^GHSA- (case-insensitive) → scope = pvr, single_advisory = <the GHSA value> (Arm B filtered to one advisory).
mkdir -p .pending-notify-temp and start an empty combined-notification buffer at .pending-notify-temp/vuln-tracker-${today}.md. Each arm that has signal appends its section to this buffer; at the very end (step "Notify") the skill sends the buffer once if it is non-empty. This keeps notifications tight — a full poll with signal in two arms is one message, not two.
Then run the arm(s) selected by scope, and finish with the shared Notify and Log steps.
Network Note
Arm A & Arm B (GitHub reads): all data via gh api / gh search / gh pr view. gh handles auth internally via GH_TOKEN (and Arm B's private-advisory reads need the elevated GH_GLOBAL PAT). No env-var-authenticated curl from bash — a bare $SECRET on the command line is refused by the Bash permission layer, so gh api (auth handled internally) is the reliable path; no postprocess scripts needed. Arm B keeps a documented curl fallback for the advisory endpoint — see Arm B step B2 — but gh api is preferred.
Arm C (local only): reads only local files (memory/pending-disclosures/, memory/issues/, memory/topics/pr-status.md). No outbound network or auth required.
Arm A — PR & advisory lifecycle status (scope full or prs)
Audit the lifecycle status of every disclosure vuln-scanner has produced. Without a follow-up loop, three things rot silently:
Merged-but-uncelebrated wins — landed fixes never reach self-improve / reflect (retro) without manual aggregation.
Maintainer questions on open PRs — a maintainer comments asking for clarification; if the bot doesn't see it, the PR ages out.
Queued drafts past their disclosure window — entries with channel: "skipped" (no-safe-channel) vanish into vuln-scanned.json with no recurring re-probe.
This arm cross-references memory/vuln-scanned.json against live GitHub state and surfaces anything the operator should look at.
If memory/vuln-scanned.json doesn't exist or has no scans array, log VULN_TRACKER_SKIP: no scan history for this arm and skip Arm A (no notification section — first runs of vuln-scanner haven't happened yet). In a full poll, continue to Arm B/C.
Each scan entry has at minimum: repo, scanned_at, findings, channel, severity. Public-PR entries also have pr (URL). Pending-disclosure entries have draft_at and patch_branch. Skipped entries have reason.
Retro-active coverage: if the JSON was written after vuln-scanner started running, some PRs won't be in the JSON. Pull all bot-authored security PRs from GitHub directly (next step) to fill the gap.
A2. Pull all bot-authored security PRs from GitHub
vuln-scanner opens PRs with title prefix fix(security): and branch prefix security/. Title prefix is the more reliable signal across full history.
gh search prs --json does not expose headRefName — that field is only available via GraphQL. Use title-prefix as primary, GraphQL as optional belt-and-suspenders.
The bot author is whoever the workflow uses (typically github-actions[bot] or a dedicated account configured in the workflow). Determine the author from aeon.yml or the workflow file; default to whatever account opened the most recent fix(security): PR you can find.
Maintainer-needs-answer: any comment whose author.login != $BOT_AUTHOR posted after the most recent comment by $BOT_AUTHOR (or after PR creation if the bot hasn't commented). Also reviewDecision == "CHANGES_REQUESTED" always counts.
Stale-no-review: state == "OPEN" AND no review AND no maintainer comment AND createdAt > 7d ago.
Aging-with-engagement: state == "OPEN" AND any maintainer activity AND open > 14d.
If a scan entry has advisory_ids (one or more GHSA IDs), check each one's published state:
gh api "repos/$ORIGIN_REPO/security-advisories/$GHSA_ID" --jq '.state // "not found"'
state == "published" → public advisory visible. 404 → osv-scanner referenced it but the upstream repo never published its own advisory.
A4. Fetch star counts for every secured repo
For every unique repo across the union from step A2 (JSON history + bot-authored security PRs):
gh api "repos/$REPO" --jq '{stars: .stargazers_count, archived: .archived}' 2>/dev/null
Refetch every run. Do NOT carry star counts forward from the previous memory/topics/vuln-followup.md — per-repo counts drift between runs and the secured-stars headline is the operator's load-bearing metric. Cache only within a single run, keyed by nameWithOwner, so a repo with multiple PRs is fetched once.
Repo-state handling:
200 with stars: use .stargazers_count (raw integer).
200 with archived: true: still use the star count, but suffix the repo cell with (archived) so the operator knows the maintainer isn't responsive.
404 / 403: repo was deleted, renamed, or made private. Record null and render as repo-deleted. Exclude from total_stars_* aggregates entirely so dead repos don't quietly zero out the totals.
Other non-2xx: record null and render ★?. Flag in the run log for operator follow-up.
These per-repo counts power both the Stars Secured aggregate (step A6) and the Stars column on every per-repo table in step A6.
A5. Re-probe channel: "skipped" and channel: "pending-disclosure" repos
For each historical entry where the disclosure couldn't ship, re-check whether the situation changed:
channel: "skipped" with reason containing "no PVR":
PVR_NOW=$(gh api "repos/$REPO/private-vulnerability-reporting" --jq .enabled 2>/dev/null || echo "false")
If PVR_NOW=true and the original was false, surface as newly-actionable.
channel: "skipped" with reason containing "no SECURITY.md" — re-check gh api repos/$REPO/contents/SECURITY.md and .github/SECURITY.md. If now present, surface as newly-actionable.
channel: "pending-disclosure" — cross-reference with memory/pending-disclosures/ to see if the draft is still on disk. If the file is gone but the JSON entry says pending-disclosure, mark as lost-draft so it stops being escalated forever.
A6. Categorize every entry, then rewrite the dashboard
Status
Meaning
merged
PR merged. One-time celebration — drop from notifications after 30d.
open-clean
PR open, no maintainer activity yet, < 7d old. Wait.
needs-answer
Maintainer commented or requested changes. Operator action.
stale-no-review
Open > 7d, zero maintainer activity. Consider polite ping or close.
aging-engaged
Open > 14d with engagement. Operator should triage.
closed-no-merge
PR closed without merging. Capture the reason for review.
queued
pending-disclosure draft on disk, not yet shipped.
skipped-rechecked
Channel was "skipped" originally; re-probe still shows no channel.
newly-actionable
Skipped originally; PVR or SECURITY.md now present. Operator action.
lost-draft
JSON says pending-disclosure but draft file is gone. Display once, then suppress.
pre-history
PR found via search but predates vuln-scanned.json. Fill what we can.
Then rewrite memory/topics/vuln-followup.md (rewrite — don't append; this file is a living dashboard, not a log).
The Stars Secured block goes at the top so the operator sees aggregate impact before drilling into rows. total_stars_secured = sum of stargazers across every unique repo where vuln-scanner has landed at least one merged PR. total_stars_in_flight = sum across repos with an open PR. total_stars_tracked = sum across the full union. Track all three because celebration uses secured, prioritization uses in_flight, and historical review uses tracked.
Round star counts to abbreviated form for the headline (12.4k, 1.8k, 940). Keep raw integers in the per-repo tables so sort/diff stays exact.
# Vuln Tracker Status
*Last updated: ${today}*
## Stars Secured
- **Merged-PR repos (secured):** ★ <total_stars_secured> across <secured_repo_count> repos
- **Open-PR repos (in flight):** ★ <total_stars_in_flight> across <in_flight_repo_count> repos
- **All tracked repos:** ★ <total_stars_tracked> across <total_repo_count> repos
### Secured leaderboard — every merged PR ranked by repo stars
| Rank | Repo | Stars | PR | Merged | Severity | Title |
|------|------|-------|----|--------|----------|-------|
### Per-repo breakdown — secured (sorted by stars desc)
| Repo | Stars | Merged PRs | First merge | Latest merge | Severities landed |
|------|-------|------------|-------------|--------------|-------------------|
### Per-repo breakdown — in flight (sorted by stars desc)
| Repo | Stars | Open PRs | Oldest open | Severities open |
|------|-------|----------|-------------|-----------------|
### Per-repo breakdown — queued / skipped / closed (sorted by stars desc)
| Repo | Stars | Status | Severity | Note |
|------|-------|--------|----------|------|
## Operator-action queue
### Needs answer (<count>)
| Repo | Stars | PR | Title | Last activity | Latest commenter |
|------|-------|----|----|--------------|------------------|
### Newly actionable — channel opened up since the original scan (<count>)
| Repo | Stars | Original date | Original blocker | Now |
|------|-------|---------------|------------------|-----|
### Stale or aging
| Repo | Stars | PR | Age | Status | Suggested action |
|------|-------|----|----|-----|------------------|
## Recently merged (last 30d, <count>)
| Date merged | Repo | Stars | PR | Severity | Title |
|-------------|------|-------|----|----------|-------|
## Open / clean (no operator action — wait, < 7d) (<count>)
| Repo | Stars | PR | Severity | Opened | Age |
|------|-------|----|----------|--------|-----|
## Closed without merge (last 30d, <count>)
| Date | Repo | Stars | PR | Severity | Title | Likely reason |
|------|------|-------|----|----------|-------|---------------|
## Queued (no PR yet) (<count>)
| Severity | Repo | Stars | Original channel | Original blocker | Days queued |
|----------|------|-------|------------------|------------------|-------------|
## Lost-draft ghosts (suppressed from notifications)
| Date | Repo | Stars | Severity |
A7. Decide whether Arm A has signal
No signal (contribute nothing to the notification) if all are true:
Zero needs-answer
Zero newly-actionable
Zero items moved to merged since the last run
Zero items moved to closed-no-merge since the last run
Zero items aged into stale-no-review or aging-engaged since the last run
To detect "since last run," diff today's categorization against the previous memory/topics/vuln-followup.md. If the file doesn't exist (first run), treat all entries as new and surface the full backlog.
A8. Emit Arm A's notification section (when it has signal)
Append this section to the combined buffer (.pending-notify-temp/vuln-tracker-${today}.md). Keep the whole message under 4000 chars; if tight, drop the merged/opened/stale section bodies and keep counts only.
Arm B — PVR triage state (scope full, pvr, or a bare GHSA-…)
pvr-watchlist monitors repos waiting to open PVR. This arm monitors PVRs that have already been submitted and tracks their lifecycle: triage → draft (accepted) → published (public) or withdrawn (rejected). Without this, submitted advisories sit unmonitored until manually recalled from memory.
Source of truth: memory/pending-disclosures/*.md files with channel: pvr frontmatter. Each such file must have ghsa, repo, state, submitted_at fields (full schema below).
Configuration — optional tracking issue. The arm can reference an optional tracking issue in the operator's own repo — useful for cross-linking advisory state with an internal issue board. Resolve from (priority order):
If a tracking issue is configured, mention its URL in the notification and the per-advisory write-up so the operator can navigate to the canonical tracker.
B1. Discover in-flight PVRs
Scan memory/pending-disclosures/ for all .md files. Parse the YAML frontmatter. Keep only those with channel: pvr.
If single_advisory is set (a bare GHSA-… was passed), filter to just the matching ghsa value (one-off mode).
If no PVR files found:
PVRT_SKIP: no submitted PVRs on disk
Record that Arm B status and skip Arm B (no notification section). In a full poll, continue to Arm C.
B2. Probe each advisory's triage state
For each entry, determine repo and ghsa from frontmatter.
(Note: a bare $SECRET on the command line is refused by the Bash permission layer, so gh api is the reliable path here — or route the curl through ./secretcurl with a {GH_GLOBAL} placeholder.)
B3. Detect state changes
Compare the probed state to the state in the frontmatter.
No change: note it, continue.
Changed: this is the primary event. Log old → new state.
Also flag:
Aged triage:state=triage AND (today − submitted_at) > 30 days → escalate. Most maintainers respond within 30 days; silence past that is actionable.
Accepted (draft): surface the patch branch from the patch_branch frontmatter field — maintainer may want a PR instead of a private advisory.
Published: advisory is live. The finding is closed. Update state and mark for removal.
Withdrawn: rejected. Note the reason if visible. Mark for cleanup.
B4. Update frontmatter in-place
For each file with a state change, rewrite just the state field in the YAML frontmatter. Also update a last_checked field (add it if absent).
Do NOT modify the body of the advisory file — only update frontmatter.
All entries still triage, no changes, none aged: no notification section. Record status and continue.
Any state change, aged entry, or action item: emit the section below.
B6. Emit Arm B's notification section (when it has signal)
Append to the combined buffer:
*PVR triage*
pvr triage: {total} advisories in flight. {changed_count} changed.
CHANGED:
- {repo} {ghsa} — {old_state} → {new_state}
{action_item}
AGED (>30d no response):
- {repo} {ghsa} — {days}d in triage. {severity}. escalate or close.
patch: {patch_branch}
STILL TRIAGE:
{n} advisories waiting. oldest: {repo} ({days}d).
{if tracking_issue configured}
tracker: {tracking_issue_url}
{end}
Action items by transition:
triage → draft → "maintainer accepted — offer to PR the patch branch: {patch_branch}"
triage → published → "published as {cve_id}. remove from tracking."
triage → withdrawn → "rejected. remove from tracking and note in vuln-scanned.json."
aged triage (>30d) → "30d+ no response. consider pinging maintainer or withdrawing."
B7. Clean up resolved entries
For entries where state=published or state=withdrawn AND resolved_at is set: move the file from memory/pending-disclosures/ to memory/pending-disclosures/resolved/ (create the directory if needed; use git mv).
Do NOT delete — keep as a historical record.
Record Arm B status PVRT_OK for the log.
Arm C — Disclosure-queue aging (scope full or queue)
Monitor the pending vulnerability disclosure backlog. vuln-scanner queues draft advisories to memory/pending-disclosures/ when PVR auto-submission fails or the disclosure path is email-only. Without daily visibility, CRITICAL/HIGH advisories silently age past responsible-disclosure windows. This arm surfaces the queue state and escalates when findings sit too long. (Arm B tracks the lifecycle of the channel: pvr subset; Arm C ages the whole queue by severity and disclosure status.)
C1. Scan the backlog
ls memory/pending-disclosures/ 2>/dev/null
If the directory doesn't exist or is empty: log DISCLOSURE_TRACKER_SKIP: no pending advisories for this arm and skip Arm C (no notification section).
C2. Parse each advisory file
For each .md file in memory/pending-disclosures/ (ignore the resolved/ subdir):
From the filename (pattern: {repo-slug}-{YYYY-MM-DD}.md or {repo-slug}-{YYYY-MM-DD}-{ampm}.md):
Extract target repo slug (everything before the last date segment)
Extract filed date
From the YAML frontmatter (if present) parse:
repo: — overrides the filename slug when present (canonical target)
severity: — CRITICAL / HIGH / MEDIUM / LOW
status: — see step C2.5 for the controlled vocabulary
From the file content (fallback for files without frontmatter), look for these near the top of the file:
Severity: or **Severity:** — one of CRITICAL / HIGH / MEDIUM / LOW
CVE/CWE: or similar identifier
Short title (first non-blank heading line)
If severity is not parseable, treat as MEDIUM. Compute age: today - filed date in days.
C2.5. Classify each advisory's disclosure state
Before counting any draft as a past-threshold escalation, decide whether the draft is genuinely pending or already covered. A draft can be in one of these states:
escalate — pending, no canonical PR found, past the severity-tier threshold
pending — pending, no canonical PR found, within the threshold window
operator-todo — needs operator-only action (email send, PVR enable nudge); not an agent failure
covered-by-pr — a canonical disclosure PR has already been filed against the target repo and is OPEN or recently merged
superseded-upstream — the bypass / vuln is fixed in upstream already, draft is dead-weight
Check frontmatter status: first — map the literal value to a state:
superseded-upstream → superseded-upstream
submitted, submitted-via-pvr, disclosed-via-pr-{N}, email-sent → submitted or covered-by-pr
pending-operator-sendwith auto_send: true → pending (the disclosure-emailer will send it autonomously — not a human task)
pending-operator-send (without auto_send: true), queued for operator manual send, email-failed, any string mentioning "operator" → operator-todo
pending, blank, or missing → fall through to rule 2
Cross-reference memory/topics/pr-status.md (if present) — grep for the {repo} slug (frontmatter repo: or filename) in the Open section and Recent Merges section. If a row exists with a fix(security) or chore(security) title against that repo, opened on or after the draft's detected_at / reconstructed_at / filed-date, classify as covered-by-pr and capture the PR number / title for the summary. If memory/topics/pr-status.md doesn't exist, skip this lookup and fall to rule 3.
Fall through — if no status hint and no canonical PR found, classify as pending. Then check age vs the severity-tier threshold (CRITICAL 3d / HIGH 7d / MED-LOW 14d) — if past, promote to escalate.
This is the load-bearing step. Without cross-referencing already-merged fix PRs the tracker generates false-positive escalations for drafts that have already been resolved.
C3. Build the summary
Group advisories by state first, then by severity within each state. The three buckets are:
Escalate — escalate state only (truly stuck, past threshold, no canonical PR)
Operator-todo — operator-todo state (email-only sends, PVR-enable nudges, anything awaiting human action)
Cleanup candidates — covered-by-pr, submitted, superseded-upstream (draft files that can be removed from memory/pending-disclosures/)
Severity tiers and thresholds (only apply to escalate and pending states):
CRITICAL (age threshold: 3 days — escalate immediately)
where {state-suffix} is empty for escalate / pending, [operator-todo: {reason}] for operator-todo, and [covered: PR #{N}] / [superseded-upstream] / [submitted] for cleanup candidates.
Count totals. Identify advisories in the escalate state — those are the only ones that drive the urgent notification path.
C4. Check for upstream PVR / token issues
Look in memory/issues/INDEX.md for any open issues tagged with pvr, repository_advisories, or missing-secret that explain why advisories are stuck. If such an issue exists, note:
Number of consecutive PVR failures (if logged)
Fix estimate from the issue notes
How many of the backlogged advisories are blocked by it
If no such issue exists, treat the queue as routine and skip the "blocked by" line in the notification.
C5. Decide whether Arm C has signal
Compute counts from step C3:
escalate_count — drafts in the escalate state
pending_count — drafts in pending (in-window) state
cleanup_count — drafts in covered-by-pr / submitted / superseded-upstream
Decision:
Queue empty: log DISCLOSURE_TRACKER_SKIP: queue empty, no section.
escalate_count > 0: emit the urgent section.
escalate_count == 0 but cleanup_count > 0: emit the daily digest section (includes the cleanup-candidate list so the operator can prune memory/pending-disclosures/).
All pending / operator-todo, nothing past threshold, no cleanup candidates: emit the daily digest section.
Coverage from covered-by-pr / submitted / superseded-upstream is never counted as an escalation — informational only. Operator-todo is never an escalation either; it's surfaced separately so the operator knows their inbox.
C6. Emit Arm C's notification section
Append to the combined buffer.
Urgent format (escalate_count > 0):
*Disclosure queue*
disclosure queue: {escalate_count} past threshold (of {total} drafts).
ESCALATE:
- {repo} — {severity}, {age}d old (threshold: {N}d)
[... others in `escalate` state ...]
operator-todo ({operator_todo_count}):
- {repo} — {severity}, {age}d — {operator-reason}
cleanup candidates ({cleanup_count}):
- {repo} — [covered: PR #{N} / superseded-upstream / submitted] — safe to delete from memory/pending-disclosures/
{IF blocking issue tracked in memory/issues/INDEX.md}
blocked by {ISS-ID} — {short reason}
fix: {fix estimate} unblocks {N} of {escalate_count + pending_count}
{end}
Record Arm C status DISCLOSURE_TRACKER_OK for the log.
Notify (shared, runs once at the end)
If the combined buffer .pending-notify-temp/vuln-tracker-${today}.md has at least one arm section, prepend the header line *Vuln Tracker — ${today}* and send once:
If the buffer is empty (every arm that ran was silent), send nothing — a clean poll is silent. Keep the whole message under 4000 chars; if over, trim Arm A's body first (keep counts), then Arm C's cleanup list, keeping every needs-answer / newly-actionable / ESCALATE line.
Log (shared, runs once at the end)
Append to memory/logs/${today}.md under ONE heading (the health loop parses ### <skill-name>), with a discriminator line naming the scope/arms that ran:
Only include the Arm B / Arm C lines for arms that actually ran under the current scope. Use each arm's own status token (VULN_TRACKER_OK / VULN_TRACKER_SKIP, PVRT_OK / PVRT_SKIP, DISCLOSURE_TRACKER_OK / DISCLOSURE_TRACKER_SKIP) inline, and close with VULN_TRACKER_OK for the hub run (or VULN_TRACKER_BAD_VAR if the var was unrecognized).
Required Env Vars
GH_TOKEN / GITHUB_TOKEN — GitHub read token for Arm A's PR/comment/repo/advisory reads and the PVR-state endpoint. repo scope is enough. Present by default in GitHub Actions.
GH_GLOBAL — GitHub PAT with public_repo + repository_advisories:write scope, used by Arm B to read the triage state of private/unpublished advisories you submitted. Same token used by vuln-scanner and pvr-watchlist. Without it, Arm B advisory reads may 403 (treated as still triage).
AEON_PVR_TRACKING_ISSUE (optional) — internal tracking-issue reference for Arm B cross-linking (else resolved from aeon.ymlpvr_triage.tracking_issue:, else skipped).
Arm C requires no env vars — all its data comes from local files written by vuln-scanner.
Pending-disclosure file schema (Arm B & Arm C)
memory/pending-disclosures/*.md files. Newer drafts use YAML frontmatter:
---
repo: owner/repo
ghsa: GHSA-xxxx-xxxx-xxxx
ghsa_url: https://github.com/owner/repo/security/advisories/GHSA-xxxx-xxxx-xxxx
channel: pvr # Arm B tracks only channel: pvr entries
state: triage # triage | draft | published | withdrawn
status: pending-operator-send # optional; Arm C vocabulary below
submitted_at: 2026-05-12T19:54:42Z
last_checked: 2026-05-15 # added/updated by Arm B
severity: HIGH
cwe: [CWE-xxx] # may be a string or an array — handle both
patch_branch: https://github.com/<fork-owner>/repo/tree/security/branch-name
patch_commit: abc1234
submit_url: https://github.com/owner/repo/security/advisories/new
---
# {Repo}: {Title}
...
Arm B required fields:repo, ghsa, channel: pvr, state, submitted_at. Optional: patch_branch, patch_commit, cwe, ghsa_url.
Older drafts use inline **Severity:** lines and no frontmatter — parse defensively: grep for severity: and Severity: case-insensitively; if unparseable, default to MEDIUM.
status: controlled vocabulary (Arm C, step C2.5)
Set by vuln-scanner / operator / cleanup chores:
(blank or missing) — pending; falls through to the PR-status cross-ref
pending — same as blank
pending-operator-sendwith auto_send: true — queued for autonomous send by disclosure-emailer; classify as pending (NOT operator-todo). It should flip to email-sent within a day; if it lingers armed-but-unsent, that means RESEND_API_KEY isn't configured — surface it once so the operator wires up Resend.
pending-operator-sendwith auto_send: false/absent / queued for operator manual send — operator-todo (human must send; e.g. non-email contact or AI-report ban)
email-sent — sent by disclosure-emailer via Resend; awaiting maintainer reply. Treat like submitted (informational cleanup candidate, never an escalation).
email-failed — disclosure-emailer gave up after repeated send failures (bad address / Resend error). operator-todo — the contact needs fixing or a manual send.
disclosed-via-pr-<N> — covered-by-pr, draft can be archived
superseded-upstream — bypass is already fixed in upstream; draft is dead
Any string containing operator — operator-todo
When a canonical PR lands but the draft's status: was never set, Arm C falls through to step C2.5 rule 2 (cross-ref pr-status.md) and classifies as covered-by-pr automatically. The status: shortcut just bypasses the grep.
When to delete a draft: cleanup candidates in the notification can be removed by the operator with rm memory/pending-disclosures/<file>.md. Safe once the canonical PR is open — the patch branch on the fork remains the authoritative artifact.
Notes & related
vuln-scanned.json schema is loose — cwe may be a string or an array; advisory_ids may be present or absent. Handle both.
Sibling skill:vuln-scanner produces the records this skill audits (its write actions — open PR, submit PVR, queue draft — are deliberately NOT here). pvr-watchlist probes repos waiting to open PVR; Arm B picks up once a PVR is submitted. inbox-triage catches inbound maintainer replies via the GitHub notification layer (complementary, not a duplicate of Arm A's branch-name lifecycle audit).
Arm A, Arm B, and Arm C all read memory/pending-disclosures/ from different angles; coordinate via the shared memory/topics/vuln-followup.md dashboard to avoid duplicate escalation.
