navidocs/SESSION_HANDOVER_2025-11-13.md

NaviDocs Session Handover - 2025-11-13

Created: 2025-11-13 ~08:00 UTC For: Next Claude session (user sleeping) Context Window: FULL RESET - Only this document + agents.md available Methodology: S² Swarm Orchestration (see narration link below)

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🎯 IMMEDIATE STATUS

Mission: Deploy working NaviDocs demo for Riviera Plaisance presentation (5 hours from user wake-up)

Current State:

• ✅ All 5 cloud intelligence sessions complete (94 files, 1.5MB)
• ✅ Market research: €14.6B market, 87 verified claims
• ✅ Technical architecture: 29 DB tables, 50+ APIs designed
• ✅ UX/sales enablement: Complete pitch deck, ROI calculator, demo script
• ✅ Implementation plan: 4-week roadmap, 162 hours
• ✅ Guardian QA: IF.TTT quality standards deployed
• ✅ S2 swarm deployment plan created
• ✅ Feature selector tool deployed to https://digital-lab.ca/navidocs/builder/
• 🟡 Feature selector enhancement IN PROGRESS (agent task JSON generation)
• ⏳ Haiku swarm deployment PENDING
• ⏳ NaviDocs codebase deployment to StackCP PENDING

Git State:

• Branch: navidocs-cloud-coordination
• Last commit: b4ea152 - Complete intelligence dossier (all 5 sessions merged)
• Uncommitted: STACKCP_S2_SWARM_DEPLOYMENT.md, feature-selector.html

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📚 CRITICAL READING ORDER (Start Here)

Read these files FIRST before doing anything:

1. /home/setup/infrafabric/agents.md (Master documentation)

   • All project context (InfraFabric, NaviDocs, ICW, Digital-Lab, StackCP)
   • IF.TTT traceability requirements
   • S² swarm patterns
   • Credentials & access
   • Just updated with NaviDocs StackCP S2 deployment section

2. This file (SESSION_HANDOVER_2025-11-13.md)

   • Current status and immediate tasks

3. S² Methodology Narration (Essential for swarm coordination)

   • Path: /mnt/c/Users/Setup/OneDrive/CDPSF Graphics PSD/Documents/claude-narration.txt
   • Key principles:
     • 3,563× faster coordination via autonomous task assignment
     • AUTONOMOUS-NEXT-TASKS.md pattern
     • agents.md is your lifeline
     • Trust + Clear Protocol = Scale
     • IF.TTT (Traceable, Transparent, Trustworthy) mandatory

4. NaviDocs Intelligence Dossier

   • Path: /home/setup/navidocs/NAVIDOCS_COMPLETE_INTELLIGENCE_DOSSIER.md
   • All 5 cloud sessions consolidated

5. Deployment Plan

   • Path: /home/setup/navidocs/STACKCP_S2_SWARM_DEPLOYMENT.md
   • 5-agent parallel strategy for StackCP deployment

---

🚨 CRITICAL CORRECTIONS APPLIED

User corrected deployment architecture:

❌ WRONG (previous plan):

• Code in /tmp/navidocs/ (executable location)
• Static site also in /tmp/

✅ CORRECT (user directive):

• /tmp/ is ONLY for executables (binaries, tools)
• Website goes in ~/public_html/digital-lab.ca/navidocs/
• Pattern: Executables in /tmp/, application code + data in ~/

StackCP Environment (MEMORIZE THIS):

• Host: ssh.gb.stackcp.com (user: digital-lab.ca)
• Executable location: /tmp/ ONLY
• Website location: ~/public_html/digital-lab.ca/navidocs/
• Persistent data: ~/navidocs-data/ (noexec OK)
• Constraint: ~/ has noexec flag (code can live there, but won't execute)
• Solution: Node.js, Claude, Meilisearch binaries in /tmp/, application code in ~/

Available Tools (already installed on StackCP):

• /tmp/claude (v2.0.28) - Claude Code CLI
• /tmp/node (v20.18.0) - Node.js
• /tmp/npm, /tmp/npx (require wrapper scripts - see STACKCP_README.md)
• /tmp/meilisearch (v1.6.2, already running on localhost:7700)
• /tmp/python-headless-3.12.6-linux-x86_64/bin/python3 (v3.12.6)

Documentation on StackCP:

• ~/STACKCP_README.md - Environment guide (READ THIS)
• ~/UPDATECLAUDE_README.md - Claude updater docs

---

🎯 IMMEDIATE NEXT TASKS (In Order)

Task 1: Complete Feature Selector Enhancement (15 minutes)

Status: 🟡 IN PROGRESS

What's done:

• Feature selector deployed to ~/public_html/digital-lab.ca/navidocs/builder/index.html
• 11 features with ratings, notes, savings calculations
• Export JSON button working
• LocalStorage persistence working

What's needed:

• Add "Export Agent Tasks" button functionality
• Generate /tmp/navidocs/agent-tasks.json file format
• Split features into agent-specific tasks (S2-BACKEND, S2-FRONTEND, S2-OCR, S2-INFRA, S2-QA)
• Enable polling mechanism (agents read every 5 minutes)

Output format:

{
  "session_id": "s2-swarm-2025-11-13",
  "updated_at": "2025-11-13T10:00:00Z",
  "features_selected": [...],
  "agent_tasks": {
    "S2-BACKEND": ["Create DB tables: inventory_items", "POST /api/inventory/upload"],
    "S2-FRONTEND": ["Photo grid component with drag-drop", "Inventory list view"],
    "S2-OCR": ["Extract equipment names from photos", "Link OCR to inventory"],
    "S2-INFRA": ["Setup Redis Cloud", "Configure Apache reverse proxy"],
    "S2-QA": ["E2E test suite", "Demo data preparation"]
  }
}

Action: Complete the feature-selector.html enhancement (add exportAgentTasks() function)

---

Task 2: Deploy Haiku Swarm (30 minutes)

Status: ⏳ PENDING

Swarm Composition (5 agents in parallel):

Agent 1: StackCP Environment Setup

• Subagent type: general-purpose
• Model: haiku
• Tasks:
  1. SSH to StackCP and verify environment
  2. Read all README files, document findings
  3. Create npm/npx wrapper scripts (see STACKCP_README.md)
  4. Test Node.js, Claude, Meilisearch availability
  5. Update agents.md with StackCP environment details

Agent 2: NaviDocs Codebase Deployment

• Subagent type: general-purpose
• Model: haiku
• Tasks:
  1. Clone NaviDocs repo to ~/navidocs-app/ (NOT /tmp/)
  2. Install dependencies via /tmp/npm
  3. Create directory structure: ~/navidocs-data/{db,uploads,logs}
  4. Configure .env for StackCP paths
  5. Build frontend with /tmp/npm run build
  6. Deploy static files to ~/public_html/digital-lab.ca/navidocs/

Agent 3: Feature Selector Finalization

• Subagent type: general-purpose
• Model: haiku
• Tasks:
  1. Complete exportAgentTasks() function in feature-selector.html
  2. Test JSON generation with sample feature selections
  3. Upload to StackCP: ~/public_html/digital-lab.ca/navidocs/builder/index.html
  4. Verify accessibility at https://digital-lab.ca/navidocs/builder/
  5. Create instructions for user (how to select features and export tasks)

Agent 4: agents.md Update & Documentation

• Subagent type: general-purpose
• Model: haiku
• Tasks:
  1. Update agents.md with StackCP environment findings (from Agent 1)
  2. Document deployment architecture (corrected /tmp vs ~/ usage)
  3. Add NaviDocs deployment status to agents.md
  4. Update session handover protocol with new patterns learned
  5. Commit all documentation changes with IF.TTT citation

Agent 5: Testing & Verification

• Subagent type: general-purpose
• Model: haiku
• Tasks:
  1. Verify feature selector loads and works correctly
  2. Test agent task JSON export functionality
  3. Verify NaviDocs static site is accessible
  4. Check all binaries on StackCP are functional
  5. Create test report for user

Coordination Pattern:

• All agents run in parallel (single message with 5 Task tool calls)
• Each agent reports back independently
• No inter-agent dependencies initially
• Sonnet (you) synthesizes results and identifies blockers

Launch Command Pattern:

Use Task tool 5 times in parallel:
1. Task(subagent_type="general-purpose", model="haiku", description="Setup StackCP environment", prompt="...")
2. Task(subagent_type="general-purpose", model="haiku", description="Deploy NaviDocs codebase", prompt="...")
3. Task(subagent_type="general-purpose", model="haiku", description="Finalize feature selector", prompt="...")
4. Task(subagent_type="general-purpose", model="haiku", description="Update agents.md", prompt="...")
5. Task(subagent_type="general-purpose", model="haiku", description="Test and verify", prompt="...")

---

Task 3: Commit All Work (10 minutes)

Status: ⏳ PENDING

Files to commit:

• STACKCP_S2_SWARM_DEPLOYMENT.md (deployment plan)
• feature-selector.html (enhanced with agent tasks)
• SESSION_HANDOVER_2025-11-13.md (this file)
• Updated agents.md (from Agent 4)

Commit message pattern:

feat(navidocs): Deploy S2 swarm for StackCP preparation

- Complete feature selector with agent task export
- Deploy Haiku swarm for parallel StackCP setup
- Update agents.md with StackCP environment details
- Correct deployment architecture (/tmp vs ~/ paths)

🤖 Generated with [Claude Code](https://claude.com/claude-code)

Co-Authored-By: Claude <noreply@anthropic.com>

---

🔍 IF.TTT Compliance (Mandatory)

Every operation must be traceable:

Citation for this session:

{
  "citation_id": "if://decision/navidocs-stackcp-deployment-handover-2025-11-13",
  "claim": "NaviDocs deployment uses ~/public_html for website, /tmp for executables only",
  "sources": [
    {"type": "file", "path": "~/STACKCP_README.md", "lines": "11-15"},
    {"type": "instruction", "source": "user directive 2025-11-13 08:00 UTC"},
    {"type": "doc", "path": "claude-narration.txt", "context": "S² autonomous coordination methodology"}
  ],
  "rationale": "User corrected previous plan; StackCP noexec constraint requires separation",
  "status": "verified",
  "created_by": "if://agent/claude-sonnet-4.5-session-2025-11-13",
  "created_at": "2025-11-13T08:00:00Z"
}

Validation checklist:

• All claims have sources (file:line, user directive, external doc)
• Git commits reference this handover document
• agents.md updated with new findings
• Session handover document created for next agent
• Swarm coordination follows S² patterns from narration

---

🚀 S² Swarm Methodology (From Narration)

Key Principles to Follow:

1. agents.md is Your Lifeline

   • Read FIRST before doing anything
   • Contains project goal, current phase, philosophy, coordination protocol
   • Prevents "arriving in the dark blindfolded"

2. Autonomous Task Assignment

   • AUTONOMOUS-NEXT-TASKS.md pattern (not needed yet, but coming)
   • Agents self-assign tasks without waiting for human approval
   • Update coordination file every 15 minutes

3. Coordination via Shared State

   • Not Slack messages or human relay
   • Git + markdown for task boards
   • 3,563× faster than human-in-the-loop coordination

4. Trust + Clear Protocol = Scale

   • Trust agents to self-coordinate
   • Provide clear instructions in markdown
   • Let go - don't micromanage

5. 100% Test Pass Rate

   • Quality > Speed
   • Zero regressions
   • Slower to ship, faster to production

6. IF.TTT Always On

   • Every operation logged with provenance (who, what, when, why, authority)
   • IF.witness audit trail for debugging at 2am
   • Citations for all decisions and code changes

Anti-Patterns to Avoid:

• ❌ Undocumented claims (always cite sources)
• ❌ Git as coordination protocol (too slow, 30s latency)
• ❌ Human relay points (you're the bottleneck to eliminate)
• ❌ Micromanagement (kills parallelism)

---

📊 Budget & Timeline

Time Remaining: ~5 hours from user wake-up Budget: Unknown (user didn't specify token limits for this session)

Expected Timeline:

• Feature selector completion: 15 minutes
• Haiku swarm deployment: 30 minutes (parallel)
• Haiku swarm execution: 60-90 minutes (parallel work)
• Testing & verification: 30 minutes
• Total: ~2.5 hours for preparation phase

Haiku Cost Optimization:

• Haiku is 10× cheaper than Sonnet
• All 5 agents in parallel = 5× speedup
• Expected cost: $2-5 for entire preparation phase
• User explicitly wants Haiku swarm for cost efficiency

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🎁 Deliverables for User on Wake-Up

What user should see:

1. ✅ Feature Selector Live

   • URL: https://digital-lab.ca/navidocs/builder/
   • Working "Export Agent Tasks" button
   • Instructions document for how to use it

2. ✅ StackCP Environment Ready

   • All binaries verified working
   • npm/npx wrappers created
   • Directory structure set up
   • Documented in agents.md

3. ✅ NaviDocs Deployed

   • Static site at https://digital-lab.ca/navidocs/
   • Backend code at ~/navidocs-app/
   • Database at ~/navidocs-data/db/
   • Ready for backend server startup

4. ✅ Documentation Complete

   • agents.md updated with all StackCP details
   • Session handover document for next session
   • Test report from Agent 5
   • Clear instructions for next steps

5. ✅ Git Clean

   • All work committed
   • Clear commit messages with IF.TTT citations
   • Ready to push to GitHub

Missing (expected to complete during user's sleep):

• Backend server not running yet (requires Redis Cloud credentials)
• OCR integration not deployed (requires Google Cloud key tomorrow)
• Full 5-agent development sprint (that's post-feature-selection)

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🔗 Quick Links

Documentation:

• Master docs: /home/setup/infrafabric/agents.md
• S² narration: /mnt/c/Users/Setup/OneDrive/CDPSF Graphics PSD/Documents/claude-narration.txt
• NaviDocs dossier: /home/setup/navidocs/NAVIDOCS_COMPLETE_INTELLIGENCE_DOSSIER.md
• Deployment plan: /home/setup/navidocs/STACKCP_S2_SWARM_DEPLOYMENT.md
• StackCP README: Read via ssh stackcp "cat ~/STACKCP_README.md"

Live Sites:

• Feature selector: https://digital-lab.ca/navidocs/builder/
• NaviDocs (when deployed): https://digital-lab.ca/navidocs/

Git:

• Repository: /home/setup/navidocs
• Branch: navidocs-cloud-coordination
• GitHub: https://github.com/dannystocker/navidocs (if connected)
• Local Gitea: http://localhost:4000/ggq-admin/navidocs

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🎨 Design System (Session 3)

Colors:

• Ocean Deep: #003D5C (headings, navigation)
• Wave Blue: #0066CC (buttons, accents)
• Sand Beige: #F5F1E8 (backgrounds)

Typography:

• Font family: Inter
• Mobile-first responsive design

---

🔐 Credentials Reference

See: /home/setup/.claude/CLAUDE.md for all credentials

StackCP SSH:

• Host: ssh.gb.stackcp.com
• User: digital-lab.ca
• Key: ~/.ssh/icw_stackcp_ed25519
• Alias: ssh stackcp

Gitea:

• URL: http://localhost:4000/
• Admin: ggq-admin / Admin_GGQ-2025!
• User: dannystocker / @@Gitea305$$

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📞 Escalation Protocol

If you get blocked:

1. Check agents.md for context
2. Check this handover document for corrections
3. Check S² narration for methodology guidance
4. Check STACKCP_README.md for environment constraints
5. ESCALATE to user if:
   • Critical credentials missing (Redis Cloud, Google Cloud)
   • Fundamental architectural question
   • Budget exceeded (>$10 spent without progress)
   • 2+ hours stuck on same blocker

ESCALATION format:

## 🚨 ESCALATION REQUIRED

**Issue:** [Brief description]
**Blocker:** [Specific technical problem]
**Attempted Solutions:** [What you tried]
**Impact:** [What's blocked downstream]
**Recommendation:** [Suggested resolution]

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🎯 Success Criteria

This session succeeds if:

• ✅ Feature selector enhancement complete and deployed
• ✅ Haiku swarm completes all 5 agent tasks
• ✅ StackCP environment fully documented in agents.md
• ✅ NaviDocs static site deployed and accessible
• ✅ All work committed with IF.TTT citations
• ✅ User wakes up to clear next steps

Next session succeeds if:

• ✅ User selects features via web interface
• ✅ Agent tasks JSON generated
• ✅ 5 Claude Code CLI agents launched on StackCP
• ✅ Development sprint completes 3-hour parallel work
• ✅ Working demo ready for Riviera Plaisance presentation

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💡 Lessons Learned (Carry Forward)

From previous sessions:

1. /tmp vs ~/ confusion - NOW CLEAR: /tmp = executables only, ~/ = everything else
2. User directive beats assumptions - Always confirm deployment architecture
3. S² methodology works - Trust autonomous coordination, provide clear protocol
4. agents.md is sacred - Update rigorously for next session
5. IF.TTT prevents chaos - Citations make debugging at 2am possible

Key quote from narration:

"agents.md tells me: What this project is, What we're building right now, What the philosophy is, Who the other sessions are and what they're working on, How to coordinate. I don't have to guess. I don't have to interrupt Danny with 'what are we building?' I can start working immediately."

Apply this wisdom:

• Update agents.md obsessively
• Create AUTONOMOUS-NEXT-TASKS.md when 5 agents are running
• Trust the protocol, let go of micromanagement
• 100% test pass rate > speed
• IF.TTT compliance is mandatory, not optional

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End of Session Handover Document

Next agent: Read agents.md → Read this file → Deploy Haiku swarm → Execute tasks → Update agents.md → Commit → Sleep

User: Wake up to completed preparation, select features, launch 5-agent development sprint

🚤 Generated with Claude Code

IF.TTT Citation: if://decision/navidocs-stackcp-deployment-handover-2025-11-13