* fix(voice-call): close in-flight limiter fail-open on empty remote address
The webhook in-flight limiter (createWebhookInFlightLimiter in
src/plugin-sdk/webhook-request-guards.ts) returns true unconditionally
when tryAcquire is called with an empty key — that is its by-contract
fail-open path used to mean 'caller is opting out of the limiter'.
The voice-call webhook handler reached that path silently: it computed
'req.socket.remoteAddress ?? ""' and passed the empty string straight
into tryAcquire. Whenever req.socket.remoteAddress was absent (closed
socket, edge proxy quirk), the limiter became a no-op and the request
proceeded directly to readBody without any concurrency cap.
Fix: when remoteAddress is missing, log a warning and fall back to a
constant non-empty key ('__voice_call_no_remote__') so all such
requests share one in-flight bucket instead of bypassing the limiter
entirely. The bucket size stays maxInFlightPerKey (default 8), which
is the right defense-in-depth posture against slow-body attacks
arriving with stripped IP info.
Scoped to voice-call only. Other consumers of the SDK helper
(bluebubbles via openclaw/plugin-sdk/webhook-ingress) are not changed
to avoid drive-by edits to plugins this PR does not own. The shared
SDK contract (empty key = bypass) is left as-is and documented
implicitly by the fix's comment block.
The existing 8-concurrent test in webhook.test.ts continues to assert
the limiter engages on the happy path; no new test added since the
private handleRequest path is not unit-test exposed and the change is
two-line auditable from the diff alone.
* test(voice-call): cover missing webhook remote address limiter
* test: align changed package sdk routing
---------
Co-authored-by: Peter Steinberger <steipete@gmail.com>
* feat(security): add GHSA detector-review pipeline and OpenGrep CI workflows [AI-assisted]
Stand up an end-to-end pipeline that turns every published openclaw GitHub
Security Advisory into a reusable OpenGrep rule, and wire the compiled rules
into manual-dispatch GitHub Actions workflows that publish SARIF to GitHub
Code Scanning.
The pipeline is harness-agnostic: any coding-agent CLI (Rovo Dev, Claude
Code, Codex, OpenCode, or anything you can shell out to) can drive it via
the runner script's --harness flag. Built-in adapters cover the four common
harnesses; --harness-cmd '<template>' supports anything else with shell-style
{prompt}/{model}/{output_file} substitution.
Pipeline pieces:
- scripts/run-ghsa-detector-review-batch.mjs runs your chosen coding harness
in parallel against every advisory using the agent-agnostic detector-review
spec at security/detector-review/detector-review-spec.md. Each case
produces an opengrep general-rule.yml (precise) and broad-rule.yml
(review-aid), plus a coverage-validated report against the vulnerable
commit's changed files.
- scripts/compile-opengrep-rules.mjs walks a run directory, rewrites each
rule's id to ghsa-detector.<ghsa>.<orig-id>, injects ghsa/advisory-url/
detector-bucket/source-rule-id metadata, and uses opengrep itself to drop
rules with InvalidRuleSchemaError so the published super-configs load
cleanly.
Compiled outputs:
- security/opengrep/precise.yml (336 rules)
- security/opengrep/broad.yml (459 rules)
- security/opengrep/compile-manifest.json (per-rule provenance map)
CI workflows (manual workflow_dispatch only):
- .github/workflows/opengrep-precise.yml
- .github/workflows/opengrep-broad.yml
Both install a pinned opengrep, run opengrep scan against src/, upload SARIF
to Code Scanning under categories opengrep-precise / opengrep-broad, and use
continue-on-error: true so findings never block the workflow.
Detector-review spec and assets:
- security/detector-review/detector-review-spec.md the agent-agnostic spec
the runner injects into each per-case prompt
- security/detector-review/references/{detector-rubric,report-template}.md
- security/detector-review/scripts/init_case.py
- security/prompt-suffix-coverage-first.md mandatory prompt addendum that
enforces coverage-first validation (rule must catch the OG vuln, not just
pass synthetic fixtures)
Docs:
- security/README.md end-to-end flow, supported harnesses, regen recipe
- security/opengrep/README.md compiled-config details + recompile recipe
* security: tighten GHSA OpenGrep detector workflow
* chore: refine precise opengrep workflow
* chore: remove stale opengrep metadata
* fix: harden GHSA OpenGrep workflow
* ci: split OpenGrep diff and full scans
* chore: remove performance-only opengrep rule
* ci: use OpenGrep installer path
* chore: enforce opengrep rule metadata provenance
* chore: generalize opengrep rule compilation
* docs: align opengrep rulepack guidance
* chore: support generic opengrep rule sources
* fix: validate opengrep rulepack-only changes
---------
Co-authored-by: Jesse Merhi <security-engineering@atlassian.com>
