Introduces a multi-expert specification review and improvement system powered by renowned software engineering and specification experts. This command transforms technical specifications through the lens of industry experts, providing actionable feedback and systematic improvement recommendations. 🎯 Key Features Expert Panel System - 10 Industry Experts: Karl Wiegers, Gojko Adzic, Alistair Cockburn, Martin Fowler, Michael Nygard, Sam Newman, Gregor Hohpe, Lisa Crispin, Janet Gregory, and Kelsey Hightower - Domain Specialization: Requirements engineering, architecture, testing, compliance, and cloud-native patterns - Authentic Methodologies: Each expert applies their real-world frameworks and critique styles Analysis Modes - Discussion Mode: Collaborative improvement through expert dialogue - Critique Mode: Systematic review with prioritized recommendations - Socratic Mode: Learning-focused questioning for deeper understanding Focus Areas - Requirements: Clarity, completeness, testability validation - Architecture: Interface design, scalability, maintainability analysis - Testing: Quality attributes, coverage, edge case identification - Compliance: Regulatory requirements, security, operational excellence 🔧 Technical Implementation Command Structure /sc:spec-panel [content|@file] [--mode discussion|critique|socratic] [--focus area] [--iterations N] MCP Integration - Sequential MCP: Expert panel coordination and structured analysis - Context7 MCP: Industry patterns and best practices - Persona System: Technical Writer, System Architect, Quality Engineer activation Quality Metrics - Clarity Score (0-10): Language precision and understandability - Completeness Score (0-10): Coverage of essential elements - Testability Score (0-10): Measurability and validation capability - Consistency Score (0-10): Internal coherence assessment 📊 Output Examples Expert Critique Format KARL WIEGERS - Requirements Engineering: ❌ CRITICAL: Password complexity requirements not specified 📝 RECOMMENDATION: Add requirement "System SHALL enforce password complexity: minimum 8 characters, mixed case, numbers" 🎯 PRIORITY: High - Security vulnerability without standards 📊 QUALITY IMPACT: +35% security compliance, +20% completeness Improvement Roadmap - Immediate: Critical security and clarity issues - Short-term: Architecture refinements and testing strategies - Long-term: Evolution planning and advanced optimizations 🚀 Integration Patterns Workflow 1. Generate specification using https://github.com/github/spec-kit/blob/main/spec-driven.md 2. Review and improve with expert panel 3. Iterative refinement based on feedback CI/CD Integration - Specification validation in development workflow - Quality gate enforcement with automated checks - Version control integration for evolution tracking 📈 Quality Impact Based on an example review: - Security Completeness: +35% improvement - Requirements Clarity: +14% improvement - Testability Score: +19% improvement - Production Readiness: +47% improvement - Overall Quality: +24% improvement 🎓 Learning Features Educational Value - Socratic questioning mode for skill development - Expert methodology exposure and learning - Progressive specification writing guidance - Best practice pattern recognition Mentoring Integration - Step-by-step improvement guidance - Industry standard alignment - Professional specification writing techniques 🔗 Files Changed - SuperClaude/Commands/spec-panel.md - Complete command specification 🧪 Testing Includes comprehensive examples: - API specification review with security focus - Requirements workshop with collaborative analysis - Architecture validation with socratic questioning - Multi-iteration improvement workflows This feature significantly enhances SuperClaude's specification analysis capabilities, providing professional-grade review and improvement guidance through authentic expert perspectives and proven methodologies.
SuperClaude Documentation
🎯 Essential Understanding
SuperClaude is a Context Framework for Claude Code - it installs behavioral instruction files that Claude Code reads to enhance its capabilities.
How It Works
- Installation: Python CLI installs context files to
~/.claude/ - Commands: Type
/sc:analyze→ Claude Code readsanalyze.mdinstruction file - Behavior: Claude adopts behaviors defined in context files
- Result: Enhanced development workflows through context switching
🚀 Quick Start (5 Minutes)
New Users: Quick Start Guide →
# Recommended for Linux/macOS
pipx install SuperClaude && SuperClaude install
# Traditional method
pip install SuperClaude && SuperClaude install
# Then try: /sc:brainstorm "web app idea" in Claude Code
Having Issues: Quick Fixes → | Troubleshooting →
📚 Documentation Structure
🌱 Start Here (New Users)
| Guide | Purpose |
|---|---|
| Quick Start | Setup and first commands |
| Installation | Detailed setup instructions |
| Commands Guide | All 21 /sc: commands |
🌿 Daily Usage (Regular Users)
| Guide | Purpose | Use For |
|---|---|---|
| Commands Guide | Master all /sc: commands |
Daily development |
| Agents Guide | 14 domain specialists (@agent-*) |
Expert assistance |
| Flags Guide | Command behavior modification | Optimization |
| Modes Guide | 5 behavioral modes | Workflow optimization |
🌲 Reference & Advanced (Power Users)
| Guide | Purpose | Use For |
|---|---|---|
| Troubleshooting | Problem resolution | When things break |
| Examples Cookbook | Practical usage patterns | Learning workflows |
| MCP Servers | 6 enhanced capabilities | Advanced features |
🔧 Development & Contributing
| Guide | Purpose | Audience |
|---|---|---|
| Technical Architecture | System design | Contributors |
| Contributing | Development workflow | Developers |
🔑 Key Concepts
What Gets Installed
- Python CLI Tool - Manages framework installation
- Context Files -
.mdbehavioral instructions in~/.claude/ - MCP Configurations - Optional external tool settings
Framework Components
- 21 Commands (
/sc:*) - Workflow automation patterns - 14 Agents (
@agent-*) - Domain specialists - 5 Modes - Behavioral modification patterns
- 6 MCP Servers - Optional external tools
🚀 Quick Command Reference
In Your Terminal (Installation)
# Install framework (choose one)
pipx install SuperClaude # Recommended for Linux/macOS
pip install SuperClaude # Traditional method
npm install -g @bifrost_inc/superclaude # Cross-platform
# Configure and maintain
SuperClaude install # Configure Claude Code
SuperClaude update # Update framework
python3 -m SuperClaude --version # Check installation
In Claude Code (Usage)
/sc:brainstorm "project idea" # Start new project
/sc:implement "feature" # Build features
/sc:analyze src/ # Analyze code
@agent-python-expert "optimize this" # Manual specialist
@agent-security "review authentication" # Security review
📊 Framework vs Software Comparison
| Component | Type | Where It Runs | What It Does |
|---|---|---|---|
| SuperClaude Framework | Context Files | Read by Claude Code | Modifies AI behavior |
| Claude Code | Software | Your computer | Executes everything |
| MCP Servers | Software | Node.js processes | Provide tools |
| Python CLI | Software | Python runtime | Manages installation |
🔄 How Everything Connects
User Input → Claude Code → Reads SuperClaude Context → Modified Behavior → Enhanced Output
↓
May use MCP Servers
(if configured)
🆘 Getting Help
Quick Issues (< 2 min): Common Issues →
Complex Problems: Full Troubleshooting Guide →
Installation Issues: Installation Guide →
Command Help: Commands Guide →
Community Support: GitHub Discussions
🤔 Common Misconceptions Clarified
❌ "SuperClaude is an AI assistant"
✅ SuperClaude is a configuration framework that enhances Claude Code
❌ "I'm running SuperClaude"
✅ You're running Claude Code with SuperClaude context loaded
❌ "Claude Code executes; SuperClaude provides context my commands"
✅ Claude Code executes everything; SuperClaude provides the instructions
❌ "The .md files are documentation"
✅ The .md files ARE the framework - active instruction sets
Remember: SuperClaude enhances Claude Code through context - it doesn't replace it or run alongside it. Everything happens within Claude Code itself.