commons-sentience-sandbox

Current build-tool mitigation and publication

Local locked-parser depth guard now rejects AST nesting above100 before recursive walkers; SHA256 verification rejects unrecognized parser contents. Guard runs through framework build/dev and lint. Five hostile/normal-pattern regression checks perproject plus full application regressions passed:159 total. All3 framework builds and native deployments succeeded: Workshop9, Maya13, Crown8. This is a local compensating control; the upstream braces advisory remains reported and directly running tools outside approved scripts bypasses the guard. Formal certification readiness started internally; no certificate, paid audit engagement or whole-business clearance claimed. Provider backup/restore, physical devices, operational alert exercise, enforceable private branch rules and independent assessment remain open.

Current evening publication

Evening closure at approximately18:15 Pacific

Earlier sections below preserve historical evidence; current publication and counts above supersede them.

Latest closure update

Follow-through at17:15Pacific — supersedes earlier dependency and source-recovery status


Civic Continuum security review — October 18, 2026 (Pacific)

Updated after publication at October 19 UTC. Status: scoped internal review and remediation completed for the checks below; whole-business security assurance remains open.

What a complete review consists of

A review needs a defined asset list and evidence for each control, not a universal “secure” label. Organize work using NIST CSF 2.0 Govern, Identify, Protect, Detect, Respond and Recover: https://www.nist.gov/itl/smallbusinesscyber/nist-cybersecurity-framework-0 . This is our internal assessment, not NIST certification.

  1. Inventory every domain, site, repository, account, device, vendor, data store and integration; identify owner, purpose, audience and data flows.
  2. Verify MFA, recovery methods, sessions, members, app scopes, tokens, deployment keys and least privilege. Never publish secrets or recovery values.
  3. Review code, dependency lockfiles, CI/CD, secret exposure, upload/body limits, identity isolation, consent/revocation, webhooks and payment boundaries. Test adverse cases and retest fixes.
  4. Verify live TLS, DNS, runtime configuration, authorization, rate limits, input validation and storage behavior on each deployed service.
  5. Map collected data, retention/deletion, sharing, encryption, IP ownership/licensing and signed collaboration terms where needed.
  6. Verify audit logs, alert routing and a rehearsed incident response process.
  7. Restore a real backup into an isolated environment and verify its contents; confirm recovery responsibility and achievable recovery times.
  8. Record findings, severity, evidence, owner, remediation, retest and exceptions; repeat after meaningful changes.

Routine technical checks can be performed internally. Specific legal interpretations, registrations or binding contract questions may need qualified counsel. An attorney does not replace technical testing.

Executed in this pass

Remaining findings and verification gates

| Area | Evidence / limitation | Required closure | | — | — | — | | Build dependencies | esbuild findings closed with0.28.1. Broader audits retain the braces advisory family (pnpm1 high advisory per project; npm8 affected package entries). | Restrict build/lint inputs to trusted content and monitor a compatible upstream fix/replacement. Production-only audits have zero known findings; full audit is not clean. | | Recovery | Source history and deployment versions exist; production database restore has not been demonstrated. | Verify provider backup retention/export and restore to an isolated target; record measured recovery. | | Provider accounts | GitHub review is partial account evidence, not Cloudflare, Google/Gmail, Stripe, domain registrar or LinkedIn security clearance. | Authenticated settings, role/token, recovery, billing/webhook and log checks at each provider; do not repeat known authentication loops. | | Devices and sessions | Visible GitHub session inventory reviewed; browser geography alone cannot identify an intruder. Owner’s Android mobile authentication preserved. | Owner recognition of devices; device OS/update/screen-lock and recovery checks require the actual devices. | | Access and branch enforcement | Broad recognizable OAuth grants preserved; private-vault plan enforcement limitation remains. | Confirm need for VSCode/Android/Zenodo grants before removing working access; verify repo deploy keys and enforceable private branch protections without paid/public changes by assumption. | | Runtime detection and abuse | Unit/integration boundaries tested; production-wide rate limits, log retention and alert delivery not fully demonstrated. | Controlled non-destructive runtime probes, quota/rate-limit evidence, alert test and incident exercise. | | Legal and IP | Public policy entry points and internal process exist; policies are not signatures or proof of title. | Reconcile creators/licenses and obtain actual agreements before confidential collaboration; counsel for specific uncertain legal conclusions. | | Original Maya recovery | Separate OpenAI support case remains open. | Provider investigation/restoration; do not present the working demo as restored original data. |

No invasive penetration test, actual purchase, customer-data export, credential rotation, contract signature or recovery-code disclosure performed. No evidence here proves that a compromise did or did not occur.

Closure rule

A finding is closed only after the change and a meaningful retest are evidenced. “Not tested,” “not accessible,” and “upstream unresolved” remain visible states. Never advertise whole-business security certification or a guarantee against every harm.