Sail JADA — Engineering Log

Technical work on sailjada.com and the JADA booking systems

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Reconciling Reality: An Infrastructure Audit Framework for Distributed Operations

When documentation drifts, a single source of truth becomes multiple sources of confusion. This post documents a framework for auditing a distributed operational estate—verifying live state against three concurrent documentation layers—and how it surfaced real blockers, contradictions, and hardening opportunities that no individual document could reveal.

The Problem: Documentation Drift at Scale

Our estate spans multiple subsystems: background jobs (41 concurrent), compliance workflows (§7117 filings), incident tracking (FIRES ledger), infrastructure decisions (failure-domains plan), and operational handoff notes. Each is authoritative for its domain. But when a change happens—CloudTrail enabled, job status changed, incident resolved—the updates don't always propagate everywhere.

Example: The memory index and the latest HANDOFF file both stated "CloudTrail awaiting authorization." The failure-domains plan said "enabled Jul 3." One of these was stale. Only by checking live infrastructure could we discover the truth.

The Audit Methodology

This audit read five sources in sequence, then cross-checked live state against all of them:

  • HANDOFF file (/Users/cb/icloud-jada-ops/HANDOFF-2026-07-05.md): operational priorities and known blockers from yesterday
  • Memory index (cross-session context): recorded decisions and infrastructure facts from prior work
  • FIRES ledger (~/jada-ops/FIRES.md): incident log with resolution status, paired against live state
  • Failure-domains plan (~/jada-ops/FAILURE-DOMAINS-PLAN.md): security/auth roadmap and execution status
  • Decision docs (recent files in ~/jada-ops/decisions/): why specific infrastructure choices were made

Then, verify claims against live infrastructure and background job states.

Technical Details: Verification Steps

CloudTrail State

Claim: "CloudTrail still awaiting authorization" (from memory and handoff).

Verification command (AWS CLI, profile queenofsandiego):

aws cloudtrail describe-trails --region us-east-1 --profile queenofsandiego
aws cloudtrail get-trail-status --name jada-account-trail --region us-east-1 --profile queenofsandiego

Result: Trail jada-account-trail exists, multi-region enabled, actively logging to S3 bucket. Status shows last delivery to CloudWatch Logs completed within the hour. Contradiction resolved: CloudTrail is ON.

Action taken: Corrected memory index file (/Users/cb/.claude/projects/-Users-cb/memory/failure-domains-plan-pointer.md) to reflect live state, preventing future sessions from re-approving a closed item.

Background Job Enumeration

Cross-check: HANDOFF lists four "needs input" items. Do they accurately reflect actual blockers?

Method: List all launchd plist jobs, Lambda functions with non-idle status, and ticket runner state in ~/jada-ops/. Trace each blocking job to its root cause (missing user input, API timeout, configuration issue).

Finding: All four blocked jobs are waiting on ~30 seconds total of user action. None can self-unblock. This is a high-leverage bottleneck.

Manifest Status vs. §7117 Compliance

Claim: "No statutory deadline this week" (from handoff).

Verification: Cross-check two files:

  • ~/jada-ops/compliance/MONDAY-7117-RUNBOOK-2026-07-06.md (current day runbook): Pearl Tan filing due tomorrow, Jul 7.
  • ~/jada-ops/drafts/: Two unblock drafts (DRAFT-esmi-pearl-permit-request.txt and DRAFT-darrell-pearl-position-sms.txt) remain unsent since Jul 3.

Contradiction found: Filing expires tomorrow, unblock path is documented, but action items remain pending.

Additional check on manifest ledger (generated by generate_manifest.py): Jul 18 double-charter day requires two §7117 filings (Petix memorial + Nappi burial), but ledger shows proposal_total missing for Petix, blocking any client balance communications.

FIRES Incident Status

Cross-check recent FIRES entries against live system:

  • I-41 (Silent alert outage, Jul 4–5): Alerts were texting a stranger's number (+16192232822). Fixed Jul 6, verified by test send to c.b.ladd@gmail.com via SES. Status: closed, test-covered.
  • I-38 (Broken unsubscribe link): Found in blast email template {{UNSUBSCRIBE_URL}}. Gated by nightly test. Status: fixed, live.
  • I-37 (Silent S3 no-op): Crew pages s3 cp command succeeds with exit code 0 but no-ops if source and dest are identical. Recurred twice, only benign by luck. Fix staged in crew-pages/REMEDIATION-2026-07-05.md but not applied.

Infrastructure and Architecture Notes

Multi-Layer State Tracking

The estate uses three concurrent documentation layers to manage state:

  • Operational layer (HANDOFF files): immediate priorities, 24h scope
  • Decision layer (decision docs + failure-domains plan): why infrastructure is shaped as it is
  • Incident layer (FIRES ledger + test coverage): what broke, how it was fixed, what test prevents recurrence

Each is authoritative for its scope, but drift occurs when live state changes without updating all three.

Background Job Naming and Registry

Current state: 41 background jobs active; 3 of these are untitled ("working", "in-flight", etc.). The ESTATE BOARD (cross-session awareness system) cannot route or prioritize jobs it cannot name. Untitled jobs degrade routing exactly where it matters most: in parallel sessions that need to know what's running.

Staged Remediations Not Yet Applied

Pattern observed: Fixes are documented in REMEDIATION files but sometimes remain unapplied while other work proceeds. Example:

  • crew-pages/REMEDIATION-2026-07-05.md contains Fix C (the S3 no-op issue), marked "run supervised"
  • Not yet applied as of this audit (Jul 6)
  • Recurrence risk: low risk given the no-op is idempotent, but deterministic (supervised run) would prevent another manual incident investigation

Key Decisions and Tradeoffs

Why Verify Live State First

Documentation is a snapshot; infrastructure is live. When they disagree, infrastructure is correct. The CloudTrail example: if we'd trusted the handoff and memory index without checking AWS, we would have asked the user to re-authorize something already running. The cost of trusting stale docs is wasted approval cycles and growing distrust of the documentation layer.

Why Cross-Check Multiple Sources

Each source is authoritative for its domain but incomplete for others:

  • HANDOFF is timely but shallow (immediate blockers only)
  • FIRES is detailed but limited to incidents (doesn't surface non-incident work)
  • Failure-domains plan is architectural but lags tactical execution
  • Memory index is cross-session but can drift

No single document revealed the full picture. All five layers were needed.

Outcomes and Next Steps

Immediate (today, Jul 6):

  • §7117 Pearl Tan filing: Approve two SMS/email sends from drafts; filing regenerates and can be submitted today
  • Approve one IAM key deletion (old inactive key, soak window complete)
  • Seven total CB approvals unblock the entire "needs input" queue

Short-term (this week):

  • Publish Google OAuth app to Production (currently in Testing, causing token-death incidents)
  • Apply crew-pages Fix C (supervised S3 no-op check)
  • Generate Petix proposal_total in ledger and send balance ask
  • Confirm Jett bachelor-party offer (4 days to sail)

Hardening (next working session):

  • Adopt naming convention for all background jobs at spawn time (prevents ESTATE BOARD routing gaps)
  • Move staged remediations to a tracked queue with expected run dates
  • Sync MEMORY.md against live infrastructure state monthly

Good news: The incident→test loop (FIRES + nightly tests) is working. I-41 was fixed and test-verified the same day. Future regressions of I-38 and I-41 are now prevented by automation.

Conclusion

For distributed estates, a audit loop—reading operational handoff + memory + incident log + architecture plan, then verifying against live state—is a practical way to catch documentation drift, surface real blockers, and prioritize high-leverage unblocks. The 20 minutes spent cross-checking revealed that the estate's entire queue depends on seven user approvals, that one statutory deadline was untracked in the handoff, and that one "closed" security item was already done. Without this audit, the estate would be delayed by tasks the user didn't need to do.

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