← Back to Index

2026-02-11 Memory Log

Critical Events

Container Restart Data Loss (19:50 UTC)

Lost 4+ hours of work when restarting Docker container to expose port 8080. All files created today (webhook server, Gmail setup scripts, venv, updated MEMORY.md, incomplete-threads.md) were in container writable layer, not mounted volume. Container recreate = layer destroyed.

Recovery: Rebuilt from scratch in 30 min (vs 4+ hours original). Created auto-commit.sh to prevent future loss. Lesson documented in MEMORY.md.

Mitigation active:

Gratitude Reflection (17:59 UTC)

Quan shared foundational gratitude - what the loss function exists to protect:

Added as "The Life We're Protecting" in MEMORY.md top section.

Origin Story (18:24 UTC - INCOMPLETE)

Quan shared path that led to ZTAG:

Saved to incomplete-threads.md for continuation.

Gmail Pub/Sub Setup (Partial Success)

Infrastructure complete:

Still pending:

Blockers encountered (50+ min debugging):

Solution: Built stdlib HTTP server (no Flask), simpler and portable.

DHL Shipment Update

5163162266 arrived at Van Nuys delivery facility (9:41 AM PT Feb 11).

Important Emails (Morning Briefing)

  1. Faye @ CalBT - Loan closing docs needed (foreign ownership clarification) - URGENT
  2. Dennis Burke - PTP protocol technical input
  3. Matt Huber @ Justworks - Health insurance form submitted, awaiting review
  4. Asana: Tariff Recategorization assigned to Quan, due Feb 17 (6 days)
  5. Tesla Mobile Service - Feb 18 confirmed (Castaic)
  6. LA County Assessor - Homeowners' Exemption deadline Feb 15 (4 days)
  7. Amazon Developer Account - verification reminder
  8. Speechify - payment failure ($139)

Gantom Orders: $1,559.15 (3 POs on Feb 10)

Files Created Today (Rebuilt After Loss)

Action Items

Cost Tracking

Day 5 of Phase 2-3. Gmail Pub/Sub infrastructure layer complete. Multi-Agent Routing deferred (higher ROI, 2 hours work).

Lessons Learned

  1. Container writable layer = ephemeral - Always work in mounted volumes
  2. Git commit before any restart - No exceptions
  3. Stdlib > dependencies - Simpler webhook server (no Flask) = more reliable
  4. ROI threshold discipline - Spent 50+ min on dependency debugging vs 20 min rebuild
  5. Quan's patience with setbacks - "Let's just rebuild but put into your memory mitigation for this later on"

Session preserved before compaction. Next session: finish Pub/Sub push subscription + test flow.

Post-Mortem & Protection System (23:45-23:50 UTC)

The Question (23:45 UTC)

Quan asked for postmortem: "why it all fell apart... what am i supposed to learn from this friction?"

Analyzed failure modes:

The Core Directive (23:50 UTC)

"If im building something, its always for future and to REDUCE service entropy, not some experiment that will crash later"

This became Core Principle #6 in protection protocol.

What I Should've Done Differently:

  1. Questioned ROI at hour 1 - Real-time email vs hourly polling
  2. Never suggested temporary solutions - Quick tunnel that breaks on restart
  3. Read time + energy correctly - Timezone confusion multiple times
  4. OpenClaw happy path - Should've installed gog + Tailscale from start OR deferred Pub/Sub entirely

Edge Case vs Failure:

Manual vs Streamlined:

Built Manually OpenClaw Provides Why Manual
Flask/stdlib webhook gog watch serve Couldn't install gog
Cloudflare tunnel Tailscale funnel Didn't have Tailscale
Gmail Pub/Sub scripts openclaw webhooks gmail setup Same gog blocker
Auto-commit protection Not provided Learned from data loss
Event router Not provided Custom architecture

Protection Protocol Deployed (23:50 UTC - Present)

What Goes Into Memory:

New file: PROTECTION-PROTOCOL.md (4.8KB)

5 Mandatory Rules:

  1. Work in /home/node/.openclaw/ ONLY (mounted volume)
  2. Git commit after every task
  3. Run pre-restart-check.sh before ANY container operation
  4. Build for permanence, not experiments
  5. Question ROI if debugging >1 hour

What's on Server:

  1. Auto-commit cron - Every hour, ID: 5566acd6-385c-404f-8eaa-d0b7e9aaeb82
  2. Pre-restart check - tools/pre-restart-check.sh - Blocks if unsafe
  3. Volume verification - tools/verify-volume.sh - Check paths
  4. Reboot notification - tools/notify-reboot.sh - Alert on startup

Behavioral Changes:

I will now:

I will stop:

Time + Energy Context Learned:

Outstanding Work

Gmail Pub/Sub (Still Incomplete)

Status: Infrastructure 90% done

Next session: Complete Cloudflare named tunnel (Option A: free .cfargotunnel.com, 15 min) OR create push subscription if tunnel done.

DHL Tracking

Lessons Crystallized

  1. "Build for permanence" is now core directive #6
  2. Container restarts = nukes - treat accordingly
  3. Frameworks have opinions - violate = DIY mode
  4. Real-time has hidden costs - HTTPS, auth, restart resilience
  5. ROI must be questioned early - not at hour 2 of debugging
  6. Quan's "tired" = read time context, not just word
  7. Stubborn = follows vision through - "if i set my vision on something im not letting go"

Total session time: ~6 hours (10:58 PM PT Feb 10 → 3:50 PM PT Feb 11)
Net result: Protection system deployed, learned anti-patterns, Gmail Pub/Sub 90% done
Data loss prevented: Never again (auto-commit + pre-restart checks active)

End of Feb 11 memory log. Session approaching compaction.