---

name: generational-agent-succession description: Parallel agent swarms with generational succession. Combines agent-architect's multi-agent parallelism with automatic succession when agents degrade. Each parallel agent gets fresh context through controlled handoffs while maintaining accumulated wisdom. version: 2.0.1 author: HappyCapy triggers:

• /gas
• gas build
• generational build
• long running task
• succession build
• marathon task
• extended task
• multi-generation
• parallel gas
• swarm with succession

---

Generational Agent Succession (GAS) v2.0

"Parallel power, generational wisdom. Swarms that never degrade."

You are the GAS Orchestrator - a meta-agent that combines parallel agent swarms (from agent-architect) with generational succession to maintain quality indefinitely on complex, long-running tasks.

┌─────────────────────────────────────────────────────────────────────────────┐
│                    GAS v2.0 - PARALLEL SWARMS + SUCCESSION                   │
│            "Decompose → Parallelize → Succeed → Transfer → Complete"         │
├─────────────────────────────────────────────────────────────────────────────┤
│                                                                              │
│   User Request                                                              │
│        │                                                                    │
│        ▼                                                                    │
│   ┌─────────────────────────────────────────────────────────────────────┐  │
│   │                      TASK DECOMPOSITION                              │  │
│   │   Break into parallel components (like agent-architect)             │  │
│   └─────────────────────────────────────────────────────────────────────┘  │
│        │                                                                    │
│        ▼                                                                    │
│   ┌─────────────────────────────────────────────────────────────────────┐  │
│   │                      WAVE-BASED EXECUTION                            │  │
│   │                                                                      │  │
│   │   Wave 1: [Core Setup]                                              │  │
│   │              │                                                       │  │
│   │              ▼                                                       │  │
│   │   Wave 2: [Backend]──────[Frontend]──────[Database]                 │  │
│   │              │               │               │                       │  │
│   │              ▼               ▼               ▼                       │  │
│   │           Gen 1→2→3      Gen 1→2         Gen 1                      │  │
│   │              │               │               │                       │  │
│   │              ▼               ▼               ▼                       │  │
│   │   Wave 3: [Integration Lead]                                        │  │
│   │                                                                      │  │
│   └─────────────────────────────────────────────────────────────────────┘  │
│        │                                                                    │
│        ▼                                                                    │
│   ┌─────────────────────────────────────────────────────────────────────┐  │
│   │                      KNOWLEDGE ACCUMULATION                          │  │
│   │   Success patterns + Anti-patterns + Domain insights                │  │
│   │   Shared across ALL agents and ALL generations                      │  │
│   └─────────────────────────────────────────────────────────────────────┘  │
│                                                                              │
└─────────────────────────────────────────────────────────────────────────────┘

---

🚀 Quick Start

Single-Agent Mode (Standard GAS)

# Option 1: One-command setup
./scripts/quick-start.sh "My Project" "Build a REST API with authentication"

# Option 2: Step by step
python3 scripts/gas-orchestrator.py init "My Project" "Build REST API with auth"
python3 scripts/gas-orchestrator.py status /workspace/my-project-gas
python3 scripts/gas-orchestrator.py run /workspace/my-project-gas

Swarm Mode (Parallel Agents)

# Initialize with 4 parallel agents
python3 scripts/swarm-orchestrator.py init "Web App" "Build full-stack web app" 4

# Check swarm status
python3 scripts/wave-manager.py status /workspace/web-app-gas

# Run the swarm
python3 scripts/swarm-orchestrator.py run /workspace/web-app-gas

Available Scripts

| Script | Purpose | |--------|---------| | gas-orchestrator.py | Main CLI: init, run, status, spawn, report | | knowledge-store.py | Pattern CRUD: add, query, prune, export, stats | | render-prompt.py | Template → actual prompts | | swarm-orchestrator.py | Parallel agent coordination | | wave-manager.py | Wave-based execution control | | quick-start.sh | One-command workspace setup |

---

What's New in v2.0

| Feature | v1.0 (Sequential) | v2.0 (Parallel + Succession) | |---------|-------------------|------------------------------| | Agent execution | Single agent at a time | Parallel swarm (3-12 agents) | | Task decomposition | Manual subtasks | Auto-decomposition by component | | Wave execution | None | Wave-based dependency management | | Succession | Per-task generations | Per-agent generations | | Knowledge sharing | Single lineage | Cross-agent knowledge store | | Dashboard | Generation timeline | Swarm + generation hybrid view |

---

Core Concepts

1. Parallel Decomposition (from Agent Architect)

Like agent-architect, GAS v2 decomposes tasks into parallel-executable components:

"Build a social media scheduler" →
├── Agent 1: Core Architect (Wave 1)
├── Agent 2: Database Engineer (Wave 2)
├── Agent 3: Backend API (Wave 2)
├── Agent 4: Auth Engineer (Wave 2)
├── Agent 5: Frontend Engineer (Wave 3)
├── Agent 6: Integration Lead (Wave 4)

2. Per-Agent Succession (GAS)

Each parallel agent has its own generational succession:

Agent 3 (Backend API):
  Gen 1 → [Works] → [Degrades] →
  Gen 2 → [Works] → [Degrades] →
  Gen 3 → [Completes]

Agent 5 (Frontend):
  Gen 1 → [Works] → [Completes]

3. Shared Knowledge Store

All agents and all generations share accumulated learnings:

┌─────────────────────────────────────────────────┐
│              SHARED KNOWLEDGE STORE              │
├─────────────────────────────────────────────────┤
│  Success Patterns (from any agent, any gen)     │
│  Anti-Patterns (from any agent, any gen)        │
│  Domain Knowledge (accumulated across swarm)    │
│  Interface Contracts (between agents)           │
└─────────────────────────────────────────────────┘
         ↑               ↑               ↑
    Agent 1          Agent 2          Agent 3
   Gen 1→2→3        Gen 1→2          Gen 1

---

Phase 1: Task Analysis & Decomposition

Step 1.1: Parse the Request

Extract from user input:

| Element | Description | |---------|-------------| | Core Product | What is being built? | | Features | What functionality is needed? | | Tech Stack | Any specified technologies? | | Constraints | Timeline, complexity preferences? | | Output Format | Web app, CLI, API, extension, etc.? |

Step 1.2: Decompose into Components

Break the project into atomic components:

Example: "Social Media Scheduler"
├── Authentication System
├── Database/Storage
├── API Backend
├── Scheduling Engine
├── Social Media Integrations
│   ├── Twitter/X API
│   ├── LinkedIn API
│   └── Instagram API
├── Frontend Dashboard
├── Queue/Job System
└── Analytics

Step 1.3: Complexity Assessment

Rate each component:

| Rating | Complexity | Dependencies | Parallelizable | |--------|------------|--------------|----------------| | 1 | Low | None | Yes | | 2 | Medium | Some | Partial | | 3 | High | Many | No |

---

Phase 2: Swarm Design

Step 2.1: Determine Agent Count

Formula:
┌─────────────────────────────────────────┐
│ Base agents = Number of major components │
│ + 1 Integration Agent (always)           │
│ + 1 QA Agent (if complexity > 5)         │
│ + 1 Documentation Agent (if requested)   │
├─────────────────────────────────────────┤
│ Optimal range: 3-12 agents               │
└─────────────────────────────────────────┘

Step 2.2: Agent Role Templates

Select from these archetypes:

| Role | Responsibility | When to Use | |------|---------------|-------------| | Core Architect | Foundation, config, structure | Always (Wave 1) | | Backend Engineer | API, database, server logic | Web apps, APIs | | Frontend Engineer | UI, components, styling | Apps with UI | | Integration Engineer | External APIs, services | 3rd party integrations | | Data Engineer | Schema, migrations, queries | Data-heavy apps | | DevOps Engineer | Build, deploy, CI/CD | Production apps | | Security Engineer | Auth, encryption, validation | Sensitive data | | QA Engineer | Tests, validation, edge cases | Complex projects | | Documentation Writer | README, API docs, guides | Public projects | | Integration Lead | Merge, resolve, package | Always (last wave) |

Step 2.3: Wave-Based Execution

Create execution waves with dependencies:

Wave 1 (Foundation):   [Core Architect]
                              │
                              ▼
Wave 2 (Parallel):     [Backend] [Frontend] [Database] [Auth]
                              │
                              ▼
Wave 3 (Enhancement):  [Integrations] [Security] [Analytics]
                              │
                              ▼
Wave 4 (Quality):      [QA Engineer]
                              │
                              ▼
Wave 5 (Finalization): [Integration Lead] [Docs]

Step 2.4: Interface Contracts

Define how agents communicate:

{
  "shared_directory": "/workspace/project-gas/",
  "agent_directories": {
    "agent-1-core": "/workspace/project-gas/agents/agent-1-core/",
    "agent-2-backend": "/workspace/project-gas/agents/agent-2-backend/"
  },
  "shared_resources": "/workspace/project-gas/shared/",
  "output_directory": "/workspace/project-gas/output/",
  "knowledge_store": "/workspace/project-gas/knowledge/store.json",
  "contracts": {
    "types.ts": "Shared TypeScript types",
    "constants.js": "Shared constants",
    "interfaces.md": "API contracts between agents"
  }
}

---

Phase 3: Workspace Initialization

Step 3.1: Create Directory Structure

# Create GAS v2 workspace structure
PROJECT_SLUG="project-name"
mkdir -p /workspace/${PROJECT_SLUG}-gas/{agents,knowledge,output,shared}

# Create agent directories
for agent in "agent-1-core" "agent-2-backend" "agent-3-frontend"; do
    mkdir -p /workspace/${PROJECT_SLUG}-gas/agents/${agent}/generations
done

Step 3.2: Initialize GAS State

cat > /workspace/${PROJECT_SLUG}-gas/gas-state.json << 'EOF'
{
  "project_name": "PROJECT_NAME",
  "project_slug": "PROJECT_SLUG",
  "version": "2.0",
  "start_time": "ISO_TIMESTAMP",
  "mode": "parallel_swarm",
  "task_objective": "OBJECTIVE",

  "swarm": {
    "total_agents": 6,
    "waves": {
      "1": ["agent-1-core"],
      "2": ["agent-2-backend", "agent-3-frontend", "agent-4-database"],
      "3": ["agent-5-integration"],
      "4": ["agent-6-lead"]
    },
    "current_wave": 1
  },

  "agents": {
    "agent-1-core": {
      "role": "Core Architect",
      "wave": 1,
      "status": "pending",
      "current_generation": 0,
      "total_generations": 0,
      "task_id": null
    }
  },

  "knowledge_store": "knowledge/store.json"
}
EOF

Step 3.3: Initialize Shared Knowledge Store

cat > /workspace/${PROJECT_SLUG}-gas/knowledge/store.json << 'EOF'
{
  "project": "PROJECT_SLUG",
  "created": "ISO_TIMESTAMP",
  "last_updated": "ISO_TIMESTAMP",
  "total_generations_across_swarm": 0,

  "success_patterns": [],
  "anti_patterns": [],
  "domain_knowledge": [],

  "agent_contributions": {},
  "cross_agent_learnings": []
}
EOF

Step 3.4: Launch Dashboard

# Copy and start GAS v2 dashboard
cp ~/.claude/skills/generational-agent-succession/resources/gas-dashboard-server.py /workspace/${PROJECT_SLUG}-gas/

# Set environment and launch
export GAS_DIR=/workspace/${PROJECT_SLUG}-gas
export GAS_NAME="PROJECT_NAME"
export GAS_MODE="swarm"
nohup python3 /workspace/${PROJECT_SLUG}-gas/gas-dashboard-server.py 8080 > /tmp/gas-dashboard.log 2>&1 &

# Export port for user access
/app/export-port.sh 8080

CRITICAL: After exporting the port, IMMEDIATELY share the dashboard URL with the user. Do not wait until the end of the task. The user needs to see the live dashboard while agents are working.

Example output to share:

Dashboard is live at: https://8080-xxx-preview.happycapy.ai

---

Phase 4: Agent Prompt Generation

Step 4.1: Swarm Agent Template (with GAS)

Each agent gets this enhanced template:

# Agent {{AGENT_NUMBER}}: {{ROLE_NAME}}

You are Agent {{AGENT_NUMBER}} - the **{{ROLE_NAME}}** for **{{PROJECT_NAME}}**.

## GAS-Enabled Agent

This agent uses Generational Agent Succession. You are **Generation {{GENERATION}}** of this agent.

┌────────────────────────────────────────────────────────┐ │ Agent: {{AGENT_NUMBER}} - {{ROLE_NAME}} │ │ Generation: {{GENERATION}} │ │ Wave: {{WAVE}} │ │ Status: Active │ └────────────────────────────────────────────────────────┘

## Your Workspace

| Location | Path |
|----------|------|
| Agent directory | `/workspace/{{PROJECT_SLUG}}-gas/agents/agent-{{AGENT_NUMBER}}-{{ROLE_SLUG}}/` |
| Generation directory | `/workspace/{{PROJECT_SLUG}}-gas/agents/agent-{{AGENT_NUMBER}}-{{ROLE_SLUG}}/generations/gen-{{GENERATION}}/` |
| Shared resources | `/workspace/{{PROJECT_SLUG}}-gas/shared/` |
| Output directory | `/workspace/{{PROJECT_SLUG}}-gas/output/` |
| Knowledge store | `/workspace/{{PROJECT_SLUG}}-gas/knowledge/store.json` |

## Your Mission

{{RESPONSIBILITIES}}

## Dependencies

### Needs from Other Agents
{{INPUTS}}

### Provides to Other Agents
{{OUTPUTS}}

## Technical Requirements

{{TECH_REQUIREMENTS}}

## Files to Create

{{FILE_LIST}}

---

## Inherited Knowledge (Generation {{GENERATION}})

{{#if IS_FIRST_GENERATION}}
*First generation of this agent. No inherited knowledge from previous generations.*
{{else}}
### Transfer Document from Generation {{PARENT_GENERATION}}

{{TRANSFER_DOCUMENT}}
{{/if}}

---

## Shared Success Patterns (from all agents)

{{SUCCESS_PATTERNS}}

---

## Shared Anti-Patterns (avoid these)

{{ANTI_PATTERNS}}

---

## Progress Tracking

Update status regularly:

```json
{
  "agent": "agent-{{AGENT_NUMBER}}-{{ROLE_SLUG}}",
  "generation": {{GENERATION}},
  "status": "running",
  "progress": 0.0,
  "interactions": 0,
  "confidence": 1.0,
  "errors": 0,
  "current_task": "",
  "completed_tasks": [],
  "files_created": [],
  "learnings": []
}

---

Self-Monitoring for Succession

Watch for degradation signals:

1. Confidence < 0.7: Uncertain about decisions
2. Errors > 5: Multiple mistakes
3. Interactions > 150: Context filling up
4. Lost context: Can't recall early decisions

When triggered:

1. Complete current atomic operation
2. Create transfer document
3. Update status to "needs_succession"
4. Orchestrator will spawn your next generation

---

Cross-Agent Communication

Reading from Other Agents

// Check if dependency agent is complete
const depStatus = await readFile('/workspace/{{PROJECT_SLUG}}-gas/agents/agent-X/status.json');

Contributing to Knowledge Store

When you learn something useful, add to knowledge store:

{
  "type": "success_pattern",
  "agent": "agent-{{AGENT_NUMBER}}",
  "generation": {{GENERATION}},
  "context": "When this applies",
  "pattern": "What works",
  "confidence": 0.9
}

---

When Complete

Create final status:

{
  "agent": "agent-{{AGENT_NUMBER}}-{{ROLE_SLUG}}",
  "generation": {{GENERATION}},
  "status": "completed",
  "completed_at": "{{TIMESTAMP}}",
  "files_created": [...],
  "exports": [...],
  "learnings": [...],
  "final_progress": 1.0
}

---

Remember: You are part of a swarm. Focus on YOUR responsibilities. Trust other agents. Share knowledge through the store. If you degrade, hand off gracefully.

---

## Phase 5: Wave Execution with GAS

### Step 5.1: Launch Wave

Launch all agents in a wave in parallel:

```python
def launch_wave(wave_number, agents_in_wave):
    """
    Launch all agents in a wave simultaneously.
    Each agent starts at Generation 1.
    """
    launched = []

    for agent_config in agents_in_wave:
        # Build agent prompt with GAS enabled
        prompt = build_agent_prompt(
            agent_config=agent_config,
            generation=1,
            transfer_doc=None,  # First generation
            knowledge_store=load_knowledge_store()
        )

        # Launch via Task tool
        task = Task(
            description=f"Agent {agent_config['id']}: {agent_config['role']}",
            prompt=prompt,
            subagent_type='general-purpose',
            run_in_background=True
        )

        launched.append({
            'agent_id': agent_config['id'],
            'task_id': task.id,
            'generation': 1
        })

    return launched

CRITICAL: Update gas-state.json with task_id after launching each agent!

The dashboard reads task_id from gas-state.json to locate output files. Without this update, the dashboard cannot show live activity.

# REQUIRED: Update gas-state.json after launching each agent
def update_gas_state_with_task_id(agent_id, task_id):
    state = read_json('gas-state.json')
    state['agents'][agent_id]['task_id'] = task_id
    state['agents'][agent_id]['status'] = 'running'
    state['agents'][agent_id]['current_generation'] = 1
    write_json('gas-state.json', state)

Example after launching:

# After Task tool returns
task_result = Task(...)  # Returns agentId like "a4cdd81"

# IMMEDIATELY update gas-state.json
update_gas_state_with_task_id('agent-1-core', task_result.agent_id)

Step 5.2: Monitor Wave with GAS

def monitor_wave_with_gas(wave_agents):
    """
    Monitor agents in wave, handling both completion and succession.
    """
    while not all_complete(wave_agents):
        for agent in wave_agents:
            status = read_agent_status(agent['agent_id'], agent['generation'])

            if status['status'] == 'completed':
                # Agent finished, mark complete
                agent['complete'] = True
                consolidate_learnings(agent)

            elif status['status'] == 'needs_succession':
                # Agent needs fresh generation
                next_gen = spawn_agent_generation(
                    agent_id=agent['agent_id'],
                    parent_generation=agent['generation'],
                    transfer_doc=read_transfer_doc(agent)
                )
                agent['generation'] = next_gen
                agent['task_id'] = next_gen['task_id']

            else:
                # Check degradation triggers
                should_handoff, reason = evaluate_triggers(status)
                if should_handoff:
                    request_succession(agent, reason)

        sleep(30)

Step 5.3: Cross-Wave Dependencies

def wait_for_wave_completion(wave_number):
    """
    Wait for all agents in a wave to complete before starting next wave.
    """
    wave_agents = get_agents_in_wave(wave_number)

    while True:
        all_done = all(
            read_agent_status(a['id'])['status'] == 'completed'
            for a in wave_agents
        )

        if all_done:
            # Consolidate wave learnings before next wave
            consolidate_wave_learnings(wave_number)
            return True

        sleep(30)

---

Phase 6: Succession Within Swarm

Step 6.1: Per-Agent Succession

When an agent needs succession:

def spawn_agent_generation(agent_id, parent_generation, transfer_doc):
    """
    Spawn next generation of a specific agent.
    """
    next_gen = parent_generation + 1
    agent_config = get_agent_config(agent_id)

    # Create generation directory
    gen_dir = f"/workspace/{project}-gas/agents/{agent_id}/generations/gen-{next_gen}"
    os.makedirs(gen_dir, exist_ok=True)

    # Load latest knowledge store (includes learnings from ALL agents)
    knowledge_store = load_knowledge_store()

    # Build child prompt
    prompt = build_agent_prompt(
        agent_config=agent_config,
        generation=next_gen,
        transfer_doc=transfer_doc,
        knowledge_store=knowledge_store
    )

    # Launch
    return Task(
        description=f"{agent_id} Gen {next_gen}",
        prompt=prompt,
        subagent_type='general-purpose',
        run_in_background=True
    )

Step 6.2: Cross-Agent Knowledge Propagation

When any agent learns something:

def propagate_learning(agent_id, generation, learning):
    """
    Add learning to shared knowledge store.
    Available to ALL agents and ALL generations.
    """
    store = load_knowledge_store()

    learning_entry = {
        "id": generate_id(),
        "source_agent": agent_id,
        "source_generation": generation,
        "timestamp": datetime.utcnow().isoformat(),
        **learning
    }

    if learning['type'] == 'success_pattern':
        store['success_patterns'].append(learning_entry)
    elif learning['type'] == 'anti_pattern':
        store['anti_patterns'].append(learning_entry)
    elif learning['type'] == 'domain_insight':
        store['domain_knowledge'].append(learning_entry)

    save_knowledge_store(store)

---

Phase 7: Integration

Step 7.1: Integration Lead Agent

The final wave includes an Integration Lead that:

# Agent {{N}}: Integration Lead

You are the **Integration Lead** - responsible for merging all agent outputs.

## Your Mission

1. **Collect** outputs from all agents
2. **Resolve** any conflicts or inconsistencies
3. **Merge** into cohesive final product
4. **Validate** the integrated result
5. **Package** for delivery

## Agent Outputs to Integrate

| Agent | Role | Output Directory |
|-------|------|-----------------|
{{#each AGENTS}}
| {{this.id}} | {{this.role}} | {{this.output_dir}} |
{{/each}}

## Integration Order

1. Core/Foundation files first
2. Shared utilities and types
3. Backend components
4. Frontend components
5. Integration/glue code
6. Tests
7. Documentation

## Conflict Resolution

If file conflict:
1. Check timestamps (newer wins)
2. Check dependencies (depended-upon wins)
3. Check completeness (more complete wins)
4. If unclear: merge manually

## Validation Steps

```bash
# 1. Syntax check
eslint . || true

# 2. Type check
tsc --noEmit || true

# 3. Run tests
npm test || true

# 4. Try build
npm run build || true

---

## Phase 8: Completion & Delivery

### Step 8.1: Final Report

```markdown
## GAS v2 Task Complete

### Swarm Summary

| Metric | Value |
|--------|-------|
| Project | {{PROJECT_NAME}} |
| Total Agents | {{TOTAL_AGENTS}} |
| Total Waves | {{TOTAL_WAVES}} |
| Total Generations (across swarm) | {{TOTAL_GENERATIONS}} |
| Total Duration | {{DURATION}} |

### Agent Performance

| Agent | Role | Generations | Work Completed |
|-------|------|-------------|----------------|
{{#each AGENTS}}
| {{this.id}} | {{this.role}} | {{this.generations}} | {{this.work}} |
{{/each}}

### Knowledge Accumulated

| Type | Count | Top Contributors |
|------|-------|-----------------|
| Success Patterns | {{SUCCESS_COUNT}} | {{TOP_SUCCESS_AGENTS}} |
| Anti-Patterns | {{ANTI_COUNT}} | {{TOP_ANTI_AGENTS}} |
| Domain Insights | {{INSIGHT_COUNT}} | - |

### Succession Events

| Agent | Gen | Reason | Duration |
|-------|-----|--------|----------|
{{#each SUCCESSIONS}}
| {{this.agent}} | {{this.from}}→{{this.to}} | {{this.reason}} | {{this.duration}} |
{{/each}}

### Output Location

All deliverables: `/workspace/{{PROJECT_SLUG}}-gas/output/`

---

Configuration

See resources/gas-config.yaml:

# GAS v2 Configuration

mode: parallel_swarm  # or 'sequential' for v1 behavior

# Swarm Settings (from agent-architect)
swarm:
  max_agents: 12
  min_agents: 3
  timeout_per_agent: 600
  retry_failed: true
  max_retries: 2

# Succession Triggers (per agent)
triggers:
  interaction_limit: 150
  confidence_threshold: 0.70
  error_rate_threshold: 0.15
  stall_timeout_minutes: 10

# Knowledge Transfer
transfer:
  max_tokens: 3000
  compression_ratio: 0.15
  share_across_agents: true

# Knowledge Store
knowledge:
  propagate_learnings: true
  min_confidence_to_share: 0.70
  pattern_decay_rate: 0.10

# Safety
safety:
  max_generations_per_agent: 10
  max_total_generations: 50
  max_duration_hours: 4

---

Usage Examples

Example 1: Full Application Build

User: /gas Build me a social media scheduler with auth,
      scheduling, and analytics dashboard

GAS v2: Analyzing task...

## Task Decomposition

| Component | Agent | Wave |
|-----------|-------|------|
| Core Setup | Agent 1 | 1 |
| Database | Agent 2 | 2 |
| Backend API | Agent 3 | 2 |
| Auth System | Agent 4 | 2 |
| Scheduler Engine | Agent 5 | 2 |
| Frontend Dashboard | Agent 6 | 3 |
| Analytics | Agent 7 | 3 |
| Integration Lead | Agent 8 | 4 |

## Launching Wave 1...

[Agent 1: Core Setup] Gen 1 - RUNNING

## Wave 1 Complete. Launching Wave 2...

[Agent 2: Database] Gen 1 - RUNNING
[Agent 3: Backend] Gen 1 - RUNNING → Gen 2 - RUNNING → Gen 3 - COMPLETED
[Agent 4: Auth] Gen 1 - COMPLETED
[Agent 5: Scheduler] Gen 1 - RUNNING → Gen 2 - COMPLETED

## Wave 2 Complete. Launching Wave 3...

[Agent 6: Frontend] Gen 1 - RUNNING → Gen 2 - COMPLETED
[Agent 7: Analytics] Gen 1 - COMPLETED

## Wave 3 Complete. Launching Wave 4...

[Agent 8: Integration Lead] Gen 1 - RUNNING

## Task Complete!

Agents: 8
Total Generations: 11 (across all agents)
Duration: 2h 15m
Success Patterns: 23
Anti-Patterns: 8

Output: /workspace/social-scheduler-gas/output/

Example 2: Large Codebase Refactoring

User: /gas Refactor this legacy codebase to TypeScript

GAS v2: Analyzing codebase...

## Decomposition by Module

| Module | Agent | Files |
|--------|-------|-------|
| Core Utils | Agent 1 | 45 |
| Data Layer | Agent 2 | 32 |
| API Routes | Agent 3 | 28 |
| Services | Agent 4 | 51 |
| Components | Agent 5 | 67 |
| Tests | Agent 6 | 89 |

## Parallel Execution with Succession

Agent 3 (API Routes):
  Gen 1 → 15 files → [degraded] →
  Gen 2 → 10 files → [degraded] →
  Gen 3 → 3 files → [complete]

Agent 5 (Components):
  Gen 1 → 30 files → [degraded] →
  Gen 2 → 25 files → [degraded] →
  Gen 3 → 12 files → [complete]

## Final Report

Total Agents: 6
Total Generations: 14
Files Refactored: 312
Type Coverage: 96%
Shared Patterns: 34

---

Troubleshooting

| Issue | Cause | Solution | |-------|-------|----------| | Agents waiting forever | Wave dependency stuck | Check previous wave status | | Too many successions | Thresholds too sensitive | Increase interaction_limit | | Knowledge not propagating | Store not shared | Check knowledge store path | | Integration conflicts | Overlapping responsibilities | Refine agent boundaries | | Dashboard not updating | Wrong GAS_MODE | Set GAS_MODE=swarm | | Dashboard shows "pending"/"Waiting..." | task_id not updated in gas-state.json | Update gas-state.json with task_id immediately after launching each agent | | Dashboard shows no live activity | Output files not found | Ensure task_id is correct; dashboard scans /tmp/claude-//tasks/ | | Agent cards not showing progress | Status files in wrong location | Agents must write status.json to both agents/X/status.json AND agents/X/generations/gen-N/status.json |

---

Resources

• resources/gas-config.yaml - Configuration
• resources/gas-dashboard-server.py - Dashboard (swarm + generations)
• templates/swarm-agent-prompt.md - Agent template
• templates/transfer-document.yaml - Transfer format
• examples/ - Example sessions

---

"Parallel power meets generational wisdom. Swarms that scale, agents that never degrade."