RIPER Workflow for Claude Code

Research • Innovate • Plan • Execute • Review

A structured, context-efficient development workflow for Claude Code using custom slash commands and subagents.

🎯 Overview

RIPER creates a controlled, guided flow that enforces separation between research, planning, and execution phases. This helps:

• Reduce context usage through specialized agents
• Prevent premature implementation before understanding
• Maintain clear documentation of decisions
• Enable reproducible development processes

🚀 Quick Start

Installation

1. Copy the .claude directory to your project root:

cp -r .claude /path/to/your/project/

2. Update .claude/project-info.md with your project details

3. Customize .claude/riper-config.json with your tech stack and paths

4. Optional: Add .claude/memory-bank/ to .gitignore to keep plans and reviews private:

   echo ".claude/memory-bank/" >> .gitignore
   

   Or selectively ignore just plans and reviews while keeping memory bank structure:

   echo ".claude/memory-bank/*/plans/" >> .gitignore
   

   echo ".claude/memory-bank/*/reviews/" >> .gitignore
   

   Note: If you accidentally commit these, remove them before merging:

   git rebase -i HEAD~n  # where n is number of commits to review
   

Basic Usage

Start a guided RIPER session:

/riper:strict

Then use the workflow commands:

1. Research - Investigate the codebase

   /riper:research analyze authentication system
   

2. Plan - Create technical specifications

   /riper:plan add OAuth2 support
   

3. Execute - Implement the approved plan

   /riper:execute
   

   Or execute a specific substep:

   /riper:execute 2.3
   

4. Review - Validate implementation

   /riper:review
   

📚 Commands Reference

RIPER Workflow Commands

Command	Description	Mode Restrictions
/riper:strict	Enable strict protocol enforcement	None
/riper:research	Enter research mode (read-only)	Read only
/riper:innovate	Brainstorm approaches (optional)	Read only
/riper:plan	Create technical specifications	Read + Write to memory bank
/riper:execute	Implement approved plan	Full access
/riper:execute <step>	Execute specific plan step	Full access
/riper:review	Validate against plan	Read + Test execution
/riper:workflow	Full guided workflow	Varies by phase

Memory Bank Commands

Command	Description
/memory:save <context>	Save important context
/memory:recall <topic>	Retrieve saved context
/memory:list	List all memories

🏗️ Architecture

Agents

RIPER uses 3 consolidated agents for efficiency:

1. research-innovate - Handles research and brainstorming phases
2. plan-execute - Manages planning and implementation
3. review - Validates implementation against specifications

Memory Bank Structure

.claude/memory-bank/
├── main/                  # Main branch memories
│   ├── plans/            # Technical specifications
│   ├── reviews/          # Code review reports
│   └── sessions/         # Session contexts
└── [feature-branch]/     # Feature branch memories
    └── ...

Mode Capabilities

Mode	Read	Write	Execute	Plan	Validate
RESEARCH	✅	❌	❌	❌	❌
INNOVATE	✅	❌	❌	❌	❌
PLAN	✅	📄*	❌	✅	❌
EXECUTE	✅	✅	✅	❌	❌
REVIEW	✅	📄*	✅**	❌	✅

* Only to memory bank
** Only test execution

🔧 Configuration

project-info.md

Update with your project details:

• Project name and description
• Common commands
• Directory structure
• Tech stack
• Development guidelines

riper-config.json

Customize workflow settings:

• Important paths
• Tech stack patterns
• Memory bank configuration
• Agent models

settings.json

Claude Code project settings:

• Project name
• Description
• Custom instructions

💡 Tips & Best Practices

When to Use RIPER

✅ Good for:

• Complex multi-step features
• Refactoring critical code
• Implementing architectural changes
• Tasks requiring careful planning

❌ Skip for:

• Simple bug fixes
• Minor text changes
• Straightforward updates
• Exploratory coding

Workflow Tips

1. Always start with research - Understanding before coding prevents wasted effort
2. Use memory bank - Save important context for future sessions
3. Be specific in plans - Detailed specs lead to accurate implementation
4. Review ruthlessly - Catch deviations early
5. Iterate on substeps - Use /riper:execute 2.3 to fix specific parts

Context Efficiency

• Research phase uses cheaper, focused tools
• Plans are saved to memory, reducing repetition
• Execute phase has full context from approved plan
• Review validates without reimplementing

🤝 Contributing

Improvements welcome! Key areas:

• Additional workflow commands
• Better memory management
• Enhanced agent capabilities
• Integration examples

📜 Credits

This implementation is based on the RIPER-5 workflow crea