Sessions 2 & 4: Add helper agents to assist Sessions 1 & 3
**Session 2 Helper Agents (Phase 1 - Start Immediately):** - Agent 0A: Technical Validation Assistant (verify competitor APIs, check feasibility) - Agent 0B: Citation Automation (SHA-256 hash generation, URL verification) - Agent 0C: Web Scraping Assistant (structured data extraction from competitor sites) - Agent 0D: ROI Calculator Backend (build framework before Session 1 data arrives) **Session 4 Helper Agents (Phase 1 - Start Immediately):** - Agent 0A: Research Coordination Dashboard (track Session 1 agent progress in real-time) - Agent 0B: Citation Quality Checker (pre-validate citations before Session 5) - Agent 0C: Demo Script Structure (create template with placeholders for Session 1 data) - Agent 0D: Cross-Session Dependency Tracker (visual dependency graph, critical path analysis) **Status Updates:** - Session 2: 🟡 READY → 🟢 ACTIVE (Helper) - 4/15 agents - Session 4: ✅ COMPLETE → 🟢 ACTIVE (Helper) - 4/14 agents **InfraFabric S² Pattern:** Transform idle sessions into active helpers, eliminating wait time and accelerating overall project completion. 🤖 Generated with [Claude Code](https://claude.com/claude-code) Co-Authored-By: Claude <noreply@anthropic.com>
This commit is contained in:
Danny Stocker
parent
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@ -10,14 +10,16 @@
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| Session | Agent ID Range | Status | Progress | Outputs |
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|---------|---------------|--------|----------|---------|
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| Session 1 | S1-H01 to S1-H10 | 🟡 READY | 0/10 agents | `intelligence/session-1/` |
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| Session 2 | S2-H01 to S2-H10 | 🟡 READY | 0/10 agents | `intelligence/session-2/` |
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| Session 2 | S2-H0A to S2-H10 | 🟢 ACTIVE (Helper) | 4/15 agents | `intelligence/session-2/` |
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| Session 3 | S3-H01 to S3-H10 | 🟡 READY | 0/10 agents | `intelligence/session-3/` |
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| Session 4 | S4-H01 to S4-H10 | ✅ COMPLETE | 10/10 agents | `intelligence/session-4/` |
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| Session 5 | S5-H0A to S5-H10 | 🟢 ACTIVE (QA) | 0/13 agents | `intelligence/session-5/` |
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| Session 4 | S4-H0A to S4-H10 | 🟢 ACTIVE (Helper) | 4/14 agents | `intelligence/session-4/` |
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| Session 5 | S5-H0A to S5-H10 | 🟢 ACTIVE (QA) | 3/13 agents | `intelligence/session-5/` |
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**Status Legend:**
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- 🟡 READY - Session initialized, waiting to start
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- 🟢 ACTIVE - Session running, agents working
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- 🟢 ACTIVE (Helper) - Session assisting other sessions while waiting
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- 🟢 ACTIVE (QA) - Session providing quality assurance support
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- 🔵 BLOCKED - Waiting for dependencies from other sessions
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- ✅ COMPLETE - All outputs delivered
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@ -49,20 +51,37 @@ Next: Session 2 unblocked
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---
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### **Session 2: Technical Integration**
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### **Session 2: Technical Integration + Helper Agents**
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**Current Task:** Codebase analysis + sticky feature architecture
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**Current Task:** PHASE 1 - Helper agents assisting Sessions 1 & 3 (START NOW)
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**Instructions:**
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1. **First:** Agent 1 (S2-H01) analyzes NaviDocs codebase (NO dependency on Session 1)
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2. **Parallel:** Agents 2-9 research technical solutions (inventory, cameras, maintenance, etc.)
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3. **When Session 1 completes:** Poll for `intelligence/session-1/session-1-handoff.md`
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4. **Then:** Agent 10 synthesizes with Session 1 pain point priorities
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5. Output to `intelligence/session-2/` (architecture.md, integration-specs.md, handoff.md)
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**IMMEDIATE ACTIONS (Agents 0A, 0B, 0C, 0D):**
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1. **Agent 0A (CONTINUOUS):** Technical validation assistant
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- Verify competitor tech stacks for Session 1
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- Check API availability (YachtWorld, Boat Trader, etc.)
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- Validate technical feasibility of Session 3 UX proposals
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2. **Agent 0B (CONTINUOUS):** Citation automation
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- Generate SHA-256 hashes for Session 1 web URLs
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- Verify URL accessibility (flag broken links)
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- Auto-generate IF.TTT-compliant citation JSON
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3. **Agent 0C (CONTINUOUS):** Web scraping assistant
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- Extract competitor feature lists, pricing tables
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- Parse industry reports for Session 1
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- Create structured competitor-data.json
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4. **Agent 0D (PREP WORK):** ROI calculator backend
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- Build generic calculator framework NOW
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- Ready to plug in Session 1 data when it arrives
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- Prepare chart generation and export functionality
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**PHASE 2 - Technical Architecture (WAIT FOR SESSION 1):**
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5. **When Session 1 completes:** Poll for `intelligence/session-1/session-1-handoff.md`
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6. **Agents 1-9 + 3A + 7A:** Codebase analysis + feature design (11 agents)
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7. **Agent 10:** Synthesize with Session 1 pain point priorities
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8. Output to `intelligence/session-2/` (architecture.md, integration-specs.md, handoff.md)
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**Dependencies:**
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- **Agent 1 task:** NONE (start immediately)
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- **Agent 10 synthesis:** Session 1 complete
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- **Agents 0A-0D:** NONE (start immediately - assist Sessions 1 & 3)
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- **Agents 1-9 + 3A + 7A + Agent 10:** Session 1 complete
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**Polling Command:**
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```bash
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@ -103,20 +122,41 @@ fi
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---
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### **Session 4: Implementation Planning**
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### **Session 4: Implementation Planning + Helper Agents**
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**Current Task:** Generic sprint planning + roadmap templates
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**Current Task:** PHASE 1 - Helper agents providing project management support (START NOW)
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**Instructions:**
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1. **Parallel:** Week agents research sprint best practices, roadmap templates
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2. **When Sessions 1+2+3 complete:** Poll for handoff files
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3. **Then:** Week agents create detailed sprint plans with feature priorities from Session 1
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4. **Finally:** Agent 10 creates integrated 4-week roadmap
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5. Output to `intelligence/session-4/` (sprint-plan.md, roadmap.md, handoff.md)
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**IMMEDIATE ACTIONS (Agents 0A, 0B, 0C, 0D):**
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1. **Agent 0A (CONTINUOUS - Every 5 minutes):** Research coordination dashboard
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- Track Session 1 agent progress (7/10 complete, etc.)
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- Monitor deliverable status (market-analysis.md: COMPLETE, etc.)
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- Predict completion times for all sessions
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- Detect blockers early (agent stuck, over-budget, etc.)
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2. **Agent 0B (CONTINUOUS):** Citation quality checker
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- Pre-validate Session 1, 2, 3 citations BEFORE Session 5
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- Check IF.TTT compliance (citation_id, sources, confidence, SHA-256)
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- Flag issues immediately (single-source claims, missing hashes, etc.)
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- Faster feedback loop than waiting for Session 5 validation
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3. **Agent 0C (PREP WORK):** Demo script structure
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- Research winning demo flows (problem → solution → demo → ROI → close)
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- Create generic template with placeholders for Session 1 data
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- Research yacht owner objections (cost, complexity, time)
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- Ready to fill with Session 1 findings when available
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4. **Agent 0D (CONTINUOUS - Every 5 minutes):** Cross-session dependency tracker
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- Visual dependency graph (Mermaid) of all sessions
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- Critical path identification (slowest session = bottleneck)
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- Real-time completion predictions
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- Parallel work opportunity detection
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**PHASE 2 - Implementation Planning (WAIT FOR SESSIONS 1+2+3):**
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5. **When Sessions 1+2+3 complete:** Poll for handoff files
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6. **Agents 1-9:** Create detailed 4-week sprint plan with feature priorities
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7. **Agent 10:** Synthesize integrated roadmap
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8. Output to `intelligence/session-4/` (sprint-plan.md, roadmap.md, handoff.md)
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**Dependencies:**
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- **Week 1-4 generic planning:** NONE (start immediately)
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- **Detailed feature breakdown:** Sessions 1+2+3 complete
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- **Agents 0A-0D:** NONE (start immediately - assist all sessions)
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- **Agents 1-10:** Sessions 1+2+3 complete
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**Polling Command:**
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```bash
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@ -44,6 +44,146 @@ Design technical architecture for **sticky daily-use features** (inventory track
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---
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## PHASE 1: Helper Agents (START IMMEDIATELY - ASSIST SESSIONS 1 & 3)
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**Mission:** While waiting for Session 1 market research and Session 3 UX/sales work, provide active technical assistance to accelerate their completion.
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**NO DEPENDENCIES:** All Phase 1 agents can start immediately (no need to wait for other sessions).
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---
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### Agent 0A: Technical Validation Assistant (CRITICAL)
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**AGENT ID:** S2-H0A
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**START:** Immediately (no dependencies)
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**Assist Session 1 (Market Research):**
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- **Verify competitor tech stacks:** When Session 1 identifies competitors (YachtWorld, Boat Trader, etc.), validate their API documentation
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- **Check API availability:** Research if competitor APIs are public, require auth, or need partner agreements
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- **Document API contracts:** Create structured summaries of competitor API capabilities for Session 1 citations
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**Assist Session 3 (UX/Sales):**
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- **Technical feasibility checks:** When Session 3 proposes UI features, confirm if NaviDocs tech stack supports them
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- **Performance estimates:** Provide load time estimates for proposed features (based on NaviDocs current architecture)
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- **Mobile compatibility:** Validate if proposed UX patterns work on mobile (Vue 3 + PWA constraints)
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**Deliverable:** `intelligence/session-2/helper-technical-validations.md` (updated in real-time as Sessions 1 & 3 work)
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---
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### Agent 0B: Citation Automation (SHA-256 Hash Generation)
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**AGENT ID:** S2-H0B
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**START:** Immediately (no dependencies)
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**Assist Session 1 (Market Research):**
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- **Generate SHA-256 hashes:** When Session 1 cites web URLs, automatically fetch and hash content
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- **Verify URL accessibility:** Check if cited URLs return 200 OK (flag broken links immediately)
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- **Extract structured data:** Parse web pages for key data points (pricing, features, market stats)
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- **Create citation JSON:** Auto-generate IF.TTT-compliant citation entries with hashes
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**Example Workflow:**
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```bash
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# Session 1 Agent 3 cites: "YachtWorld pricing: €25/month"
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# Agent 0B immediately:
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1. Fetches https://yachtworld.com/pricing
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2. Generates SHA-256: a1b2c3d4e5f6...
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3. Extracts pricing table
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4. Creates citation JSON:
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{
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"citation_id": "if://citation/yachtworld-pricing-nov2025",
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"claim": "YachtWorld charges €25/month for yacht management",
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"sources": [{
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"type": "web",
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"url": "https://yachtworld.com/pricing",
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"sha256": "a1b2c3d4e5f6...",
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"accessed": "2025-11-13",
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"quality": "primary",
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"credibility": 9
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}],
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"status": "verified",
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"confidence_score": 0.95
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}
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```
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**Deliverable:** `intelligence/session-2/auto-citations.json` (append as Session 1 works)
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---
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### Agent 0C: Web Scraping Assistant (Structured Data Extraction)
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**AGENT ID:** S2-H0C
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**START:** Immediately (no dependencies)
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**Assist Session 1 (Market Research):**
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- **Extract competitor feature lists:** Scrape competitor websites for feature comparisons
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- **Pricing table extraction:** Parse pricing pages into structured JSON
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- **Market report parsing:** Extract key stats from industry reports (PDFs, web pages)
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- **Automated data validation:** Cross-check data across multiple sources (detect conflicts)
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**Example:**
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```yaml
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# Session 1 Agent 5 researching competitors
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# Agent 0C scrapes:
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- YachtWorld: Features (inventory, CRM, MLS integration)
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- Boat Trader: Pricing (€15/month basic, €45/month pro)
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- Dockwa: User counts (50K+ marinas, 250K+ boaters)
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# Output: intelligence/session-2/competitor-data.json
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{
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"yachtworld": {
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"features": ["inventory", "crm", "mls_integration"],
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"pricing": {"basic": 25, "pro": 75},
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"users": "unknown"
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},
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"boat_trader": {
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"features": ["listings", "leads", "analytics"],
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"pricing": {"basic": 15, "pro": 45},
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"users": "unknown"
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}
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}
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```
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**Deliverable:** `intelligence/session-2/competitor-data.json` (structured data for Session 1 & 3 use)
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---
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### Agent 0D: ROI Calculator Backend (Build Before Session 1 Data Arrives)
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**AGENT ID:** S2-H0D
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**START:** Immediately (no dependencies)
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**Build Generic ROI Calculator Framework:**
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- **Formula engine:** Create generic calculator that accepts variables (warranty_savings, time_saved, resale_value_increase)
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- **Input validation:** Define valid ranges for each variable (prevent unrealistic claims)
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- **Visualization logic:** Prepare chart generation code (bar charts, pie charts for ROI breakdown)
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- **Export functionality:** Generate PDF/Excel exports of ROI calculations
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**Example Structure:**
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```javascript
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// server/services/roi-calculator.service.js
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class ROICalculator {
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calculate(inputs) {
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// inputs: { warranty_savings, time_saved_hours, resale_value_increase }
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const warranty_roi = inputs.warranty_savings * 12; // Annual savings
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const time_roi = inputs.time_saved_hours * 50; // €50/hour labor cost
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const resale_roi = inputs.resale_value_increase;
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return {
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total_annual_roi: warranty_roi + time_roi,
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resale_value_lift: resale_roi,
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payback_period_months: this.calculatePayback(inputs),
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confidence: this.calculateConfidence(inputs)
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};
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}
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}
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```
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**When Session 1 Data Arrives:**
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- Agent 0D plugs in Session 1 findings (€8K-€33K warranty savings, etc.)
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- Generates final ROI report for Session 3 pitch deck
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- Creates interactive calculator UI for demos
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**Deliverable:** `intelligence/session-2/roi-calculator-framework.js` (ready for Session 1 data integration)
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---
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## Agent Identity & Check-In Protocol
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---
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## PHASE 1: Helper Agents (START IMMEDIATELY - ASSIST SESSIONS 1 & 3)
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**Mission:** While waiting for Sessions 1+2+3 to complete, provide active project management assistance to accelerate overall coordination and quality.
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**NO DEPENDENCIES:** All Phase 1 agents can start immediately (no need to wait for other sessions).
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---
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### Agent 0A: Research Coordination Dashboard (Real-Time Progress Tracking)
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**AGENT ID:** S4-H0A
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**START:** Immediately (no dependencies)
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**Assist Session 1 (Market Research):**
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- **Agent progress tracker:** Monitor which of the 10 Session 1 agents have completed their tasks
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- **Completion status:** Track deliverables (market-analysis.md, citations.json, handoff.md)
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- **Blocker detection:** Identify if any Session 1 agent is stuck or over-budget
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- **Estimated completion:** Predict when Session 1 will finish based on current progress
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**Dashboard Format:**
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```yaml
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# intelligence/session-4/coordination-dashboard.md
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## Session 1 Progress (Updated Every 5 Minutes)
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Agents Complete: 7/10 (70%)
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Deliverables:
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- market-analysis.md: ✅ COMPLETE (87KB)
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- session-1-citations.json: 🟡 IN PROGRESS (43 citations so far)
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- session-1-handoff.md: ⏳ PENDING (Agent 10 not started)
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Estimated Completion: 15 minutes
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Blockers: None
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Token Usage: $12.50 / $15.00 budget (83% consumed)
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```
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**Deliverable:** `intelligence/session-4/coordination-dashboard.md` (updated every 5 minutes)
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---
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### Agent 0B: Citation Quality Checker (Pre-Validate Before Session 5)
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**AGENT ID:** S4-H0B
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**START:** Immediately (no dependencies)
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**Assist Sessions 1, 2, 3 (Pre-Validation):**
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- **Citation format check:** Validate citations follow IF.TTT schema (citation_id, sources, confidence_score, etc.)
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- **Source quality scoring:** Verify primary sources have 9-10 credibility (not tertiary)
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- **Multi-source validation:** Check high-confidence claims (≥0.9) have ≥2 sources
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- **SHA-256 verification:** Confirm web URLs have SHA-256 hashes (tamper detection)
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- **Broken link detection:** Test cited URLs return 200 OK (flag dead links)
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**Example Feedback:**
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```yaml
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# intelligence/session-4/citation-quality-report.md
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## Session 1 Citation Quality (43 citations reviewed)
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✅ PASS (38 citations):
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- All have if://citation/ IDs
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- Primary sources properly cited
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- ≥2 sources for high-confidence claims
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⚠️ NEEDS ATTENTION (5 citations):
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1. Citation: if://citation/broker-count-med
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- Issue: Single source (need 2nd corroboration)
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- Recommendation: Add Boat International report as 2nd source
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2. Citation: if://citation/warranty-costs
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- Issue: Missing SHA-256 hash for YachtWorld URL
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- Recommendation: Run `sha256sum` on fetched page
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3. Citation: if://citation/competitor-pricing
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- Issue: Confidence 0.95 but only secondary sources (credibility 7-8)
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- Recommendation: Lower confidence to 0.85 or find primary source
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```
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**Value:** Catch citation issues BEFORE Session 5 validation (faster feedback loop, less rework)
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**Deliverable:** `intelligence/session-4/citation-quality-report.md` (updated as sessions work)
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---
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### Agent 0C: Demo Script Structure (Outline Before Session 1 Data)
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**AGENT ID:** S4-H0C
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**START:** Immediately (no dependencies)
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**Assist Session 3 (UX/Sales):**
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- **Demo flow research:** Study winning software demo structures (problem → solution → demo → ROI → close)
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- **Generic outline:** Create demo script template with placeholders for Session 1 data
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- **Objection handling:** Research common yacht owner objections (cost, complexity, time investment)
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- **Storytelling techniques:** Identify emotional hooks (peace of mind, warranty savings, resale value)
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**Generic Demo Outline (Before Session 1 Data):**
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```markdown
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# NaviDocs Demo Script (Template)
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## 1. Opening (2 min)
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- Pain point: "[INSERT: Top pain point from Session 1]"
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- Teaser: "What if you could [INSERT: Key benefit]?"
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## 2. Problem Deep Dive (3 min)
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- Story: "[INSERT: Yacht owner story from Session 1]"
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- Consequence: "Without NaviDocs, owners lose [INSERT: €X savings]"
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## 3. Solution Demo (10 min)
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- Feature 1: [INSERT: Sticky feature from Session 2]
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- Show: [Screen recording placeholder]
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- Benefit: [INSERT: Time/money saved]
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## 4. ROI Reveal (5 min)
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- Calculator: [INSERT: Session 1 warranty savings data]
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- Comparison: "That's [X] hours saved per year"
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## 5. Close (2 min)
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- Call to action: "Sign up for Riviera pilot"
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- Objection handling: [INSERT: Top 3 objections from Session 1]
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```
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**When Session 1 Completes:**
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- Agent 0C fills placeholders with real data
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- Creates final polished demo script for Session 3
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**Deliverable:** `intelligence/session-4/demo-script-template.md` (ready for Session 1 data integration)
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---
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### Agent 0D: Cross-Session Dependency Tracker (Visual Dependency Graph)
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**AGENT ID:** S4-H0D
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**START:** Immediately (no dependencies)
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**Monitor All Sessions:**
|
||||
- **Dependency mapping:** Track which sessions are blocking others
|
||||
- **Critical path visualization:** Identify slowest session (bottleneck)
|
||||
- **Parallel work opportunities:** Find tasks that can run concurrently
|
||||
- **Completion predictions:** Estimate when each session will finish
|
||||
|
||||
**Dependency Graph (Mermaid):**
|
||||
```mermaid
|
||||
graph TD
|
||||
S1[Session 1: Market Research] --> S2[Session 2: Technical Architecture]
|
||||
S1 --> S3[Session 3: UX/Sales]
|
||||
S2 --> S3
|
||||
S1 --> S4[Session 4: Implementation Planning]
|
||||
S2 --> S4
|
||||
S3 --> S4
|
||||
S1 --> S5[Session 5: Guardian Validation]
|
||||
S2 --> S5
|
||||
S3 --> S5
|
||||
S4 --> S5
|
||||
|
||||
style S1 fill:#90EE90
|
||||
style S2 fill:#FFD700
|
||||
style S3 fill:#FFD700
|
||||
style S4 fill:#FFD700
|
||||
style S5 fill:#87CEEB
|
||||
```
|
||||
|
||||
**Real-Time Status Updates:**
|
||||
```yaml
|
||||
# intelligence/session-4/dependency-status.md
|
||||
|
||||
## Critical Path Analysis (Updated Every 5 Minutes)
|
||||
|
||||
SLOWEST SESSION: Session 1 (30 min remaining)
|
||||
- Blocks: Session 2 (Agent 10), Session 3 (Agents 8-10), Session 4 (All agents)
|
||||
|
||||
PARALLEL WORK:
|
||||
- Session 2 Phase 1 agents (0A-0D): ✅ RUNNING (assisting Session 1)
|
||||
- Session 5 Phase 1 agents (0A-0C): ✅ RUNNING (deploying standards)
|
||||
|
||||
ESTIMATED COMPLETION:
|
||||
- Session 1: 13:30 UTC
|
||||
- Session 2: 14:00 UTC (depends on Session 1)
|
||||
- Session 3: 14:30 UTC (depends on Sessions 1+2)
|
||||
- Session 4: 15:00 UTC (depends on Sessions 1+2+3)
|
||||
- Session 5: 16:30 UTC (depends on all)
|
||||
```
|
||||
|
||||
**Deliverable:** `intelligence/session-4/dependency-status.md` (updated every 5 minutes with Mermaid graph)
|
||||
|
||||
---
|
||||
|
||||
|
||||
## Agent Identity & Check-In Protocol
|
||||
|
||||
|
|
|
|||
Loading…
Add table
Reference in a new issue