@cloudkinetix/bmad-enhanced/expansion-packs/ck-parallel-dev/templates/parallel-execution-plan-tmpl.md

Cloud-Kinetix enhanced fork of BMAD-METHOD - Breakthrough Method of Agile AI-driven Development with robust versioning and unified validation.

# Concurrent Execution Plan

> ⚡ **Claude Code Concurrent Execution** - Template for maximum parallelism using Claude's multi-tool capability

## Overview

- **Total Stories**: {story_count}
- **Execution Waves**: {wave_count}
- **Sophistication Levels**: {sophistication_levels}
- **Estimated Duration**: {estimated_duration}

## Dependency Analysis Summary

### File Overlap Matrix

| Story      | Primary Files   | Shared Files   | Conflict Risk   |
| ---------- | --------------- | -------------- | --------------- |
| {story_id} | {primary_files} | {shared_files} | {conflict_risk} |

### Dependency Graph

```
{dependency_visualization}
```

## Concurrent Wave Planning

### Wave 1 - Concurrent Core Implementation

**Execution Mode**: maximum_parallelism
**Coordination Strategy**: concurrent_multi_tool_execution
**Stories**: {wave_1_stories}
**Focus**: Core functionality with concurrent deployment
**Sophistication**: Level 1

```json
{
  "execution_mode": "maximum_parallelism",
  "parallel_strategy": {
    "approach": "simultaneous_task_calls",
    "execution": "4 concurrent Task tool calls in single message"
  },
  "agents": {
    "AGENT_A_{story_1}": {
      "innovation_dimension": "error_handling",
      "conflict_zones": ["authentication_flow"]
    },
    "AGENT_B_{story_2}": {
      "innovation_dimension": "testing_strategies",
      "conflict_zones": ["test_environment"]
    },
    "AGENT_C_{story_3}": {
      "innovation_dimension": "security_hardening",
      "conflict_zones": ["ai_prompts"]
    },
    "AGENT_D_{story_4}": {
      "innovation_dimension": "monitoring_approach",
      "conflict_zones": ["session_handling"]
    }
  }
}
```

**Concurrent Quality Gate**:

- All agents complete simultaneously
- Cross-agent coordination verification
- Conflict zone validation
- Innovation dimension uniqueness check

### Wave 2 - Enhanced Features

**Stories**: {wave_2_stories}
**Focus**: Feature enhancements, optimizations
**Sophistication**: Level 2

| Story      | Agent        | Innovation Dimension | Worktree        |
| ---------- | ------------ | -------------------- | --------------- |
| {story_id} | {agent_name} | {dimension}          | {worktree_name} |

**Quality Gate**:

- Integration tests passing
- Performance benchmarks met
- Security scan clean
- Documentation updated

### Wave 3 - Advanced Optimizations (Optional)

**Stories**: {wave_3_stories}
**Focus**: Performance, scaling, advanced features
**Sophistication**: Level 3

| Story      | Agent        | Innovation Dimension | Worktree        |
| ---------- | ------------ | -------------------- | --------------- |
| {story_id} | {agent_name} | {dimension}          | {worktree_name} |

## Innovation Dimension Assignments

Each parallel agent focuses on a unique dimension to ensure diverse implementations:

1. **Efficiency Patterns**: {agent_1}
   - Algorithm optimization
   - Resource usage
   - Performance tuning

2. **Code Organization**: {agent_2}
   - Module structure
   - Separation of concerns
   - Reusability patterns

3. **Testing Strategies**: {agent_3}
   - Test coverage approaches
   - Test organization
   - Mocking strategies

4. **Error Handling**: {agent_4}
   - Exception management
   - Recovery patterns
   - User feedback

5. **Documentation Quality**: {agent_5}
   - Code comments
   - API documentation
   - Usage examples

## Concurrent Coordination Protocol

### Real-Time Communication

- Orchestrator tracking: `/tmp/parallel-stories/orchestrator.json`
- Concurrent status updates: Real-time agent coordination
- Conflict zone monitoring: Immediate alerts
- Innovation dimension enforcement: Automated uniqueness

### Concurrent Merge Strategy

1. Simultaneous wave completion validation
2. Parallel conflict zone verification
3. Concurrent feature branch integration
4. Cross-agent integration testing

### Concurrent Execution Commands

```bash
# Deploy concurrent wave (4 agents simultaneously)
/stories --execution-mode maximum_parallelism --wave-size 4

# Monitor concurrent progress
/stories:status --concurrent-tracking

# Merge concurrent implementations
/stories:merge --concurrent-validation
```

## Risk Mitigation

### Identified Risks

1. **File Conflicts**: {conflict_details}
   - Mitigation: {mitigation_strategy}

2. **Dependency Issues**: {dependency_details}
   - Mitigation: {mitigation_strategy}

3. **Resource Constraints**: {resource_details}
   - Mitigation: {mitigation_strategy}

## Success Criteria

- [ ] All stories completed
- [ ] Quality gates passed
- [ ] No merge conflicts
- [ ] Tests comprehensive
- [ ] Documentation complete
- [ ] Performance targets met

## Concurrent Execution Commands

```bash
# Start concurrent development (maximum parallelism)
/stories --execution-mode maximum_parallelism --concurrent-waves {wave_config}

# Monitor concurrent progress with real-time coordination
/stories:status --concurrent-tracking --innovation-dimensions

# Handle concurrent merge with conflict zone validation
/stories:merge all --concurrent-validation --conflict-zone-check

# Deploy specific concurrent wave
/stories:deploy --concurrent-agents 4 --innovation-dimensions unique
```

## Notes

{additional_notes}