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By vinnie357
Automate end-to-end project workflows with parallel Claude agents: discover codebase structure, tech stack, and architecture; generate PRDs, phased plans, and task breakdowns; execute implementations; produce READMEs, API docs, and guides; run code quality assessments and STRIDE security reviews.
npx claudepluginhub vinnie357/claude-skills --plugin claudioComprehensive project analysis with parallel discovery components
Create comprehensive Product Requirements Documents with research integration
Create actionable phase/task structures from any planning input
Create detailed task lists with parallel processing for phases and contexts
Execute implementation plans with parallel task processing and coordination
MUST BE USED for project analysis and technology discovery. Use PROACTIVELY to analyze any codebase and understand technology stack, architecture patterns, project structure, and capabilities. Essential for understanding what projects do, how they're built, and identifying improvement opportunities.
Analyzes project directory structure and file organization patterns for parallel discovery workflows
Analyzes technology stack, programming languages, frameworks, and dependencies for parallel discovery workflows
Analyzes project architecture patterns, design patterns, and code organization for parallel discovery workflows
Analyzes integration opportunities, tool recommendations, and workflow enhancements for parallel discovery workflows
Activate when creating or modifying Claude Code agents with proper architecture patterns, tool selection, and extended context integration
Activate when analyzing code quality through linting, formatting, testing, coverage analysis, and maintainability metrics
Activate when creating or modifying Claude Code slash commands with proper frontmatter, Task invocation patterns, and TodoWrite integration
Activate when creating comprehensive documentation including README files, API docs, user guides, and developer guides
Activate when creating detailed implementation plans with phases, tasks, dependencies, and resource allocation for software projects
Uses power tools
Uses Bash, Write, or Edit tools
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Sign in to claimBased on adoption, maintenance, documentation, and repository signals. Not a security audit or endorsement.
Context-driven development framework that enables structured lifecycle for software projects: Context → Spec & Plan → Implement
Multi-agent /workflow development pipeline (planner → plan-review → coder → code-review) with typed handoff contracts, lifecycle hooks, and MCP servers.
Verification-first engineering toolkit for Claude Code. 15 skills across a 5-phase spine (Investigate → Design → Implement → Verify → Ship), 8 specialist agents, an interactive setup wizard. Every skill has rationalizations + evidence requirements. Built for senior ICs and tech leads.
PROJECT.md-first autonomous development with hybrid auto-fix documentation. 8-agent pipeline, auto-orchestration, docs auto-update on commit (true vibe coding). Knowledge base system with 90% faster repeat research. Strict mode enforces SDLC best practices automatically. Works for ANY Python/JavaScript/TypeScript/Go project.
Describe your goal, approve the spec, then step away — Claude and Codex loop together until it's right.
Production-ready Claude Code configuration with role-based workflows (PM→Lead→Designer→Dev→QA), safety hooks, 44 commands, 19 skills, 8 agents, 43 rules, 30 hook scripts across 19 events, auto-learning pipeline, hook profiles, and multi-language coding standards
Meta-plugin that installs all skills from all plugins in the marketplace
WebAssembly skills: wasmtime runtime, component model, guest compilation, and host embedding
Essential development skills: Git, documentation, code review, accessibility
Elixir development skills: Phoenix, OTP, Ports, Tidewave MCP, testing, configuration, style, and anti-patterns
Zig programming skills: build system, comptime, allocators, error handling, C interop, testing, and troubleshooting
A project analysis and planning system that transforms any codebase into an organized, trackable development process through specialized AI agents and project localization.
Claudio orchestrates discovery, requirements, planning, and task organization through 77+ specialized AI agents with standardized coordination patterns that work together to analyze, plan, and implement project solutions. The system uses a mature agent-based architecture with universal argument extraction where components are intelligently customized for each project based on comprehensive discovery analysis of technology stack, architecture patterns, and project requirements.
The system transforms ad-hoc development into systematic, trackable, and collaborative project execution through intelligent project localization, anti-fabrication policies, and comprehensive workflow automation.
Table of Contents: What is Claudio? | Documentation | Requirements | Quick Start | Key Features | Commands | Installation | Project Structure | Document Types | Advanced Features | Development | Troubleshooting
Note: Where you start your Claude session determines automatic project memory loading from CLAUDE.md files. We take advantage of this behavior until Claude supports alternative methods for project context loading.
# 1. Clone Claudio
git clone <this-repo>
cd claudio
# 2. Start Claude with directory access to your project
claude --add-dir /path/to/my-code
# 3. Run Claudio system command
/claudio:claudio /path/to/my-code
# Optional: Use install-only command instead
/claudio:install /path/to/my-code
# 4. Exit Claude session
exit
# 1. Navigate to your project
cd /path/to/my-code
# 2. Start Claude session (loads project CLAUDE.md automatically)
claude
# 3. Use project commands
# Optional: Create additional plans
/claudio:plan feature "my new feature, add to project phases"
/claudio:implement # Follows plans created by claudio workflow or install
/claudio:test
# Natural language: "use the claudio workflow to add my new feature to the phased planning documents"
# 1. Update Claudio (choose one method)
# From your project directory:
git submodule update --remote
# OR from the claudio directory:
cd claudio && git pull
# 2. Navigate to Claudio directory
cd claudio
# Note: Use `pwd` to verify your current directory
# 3. Start Claude with directory access to your project
claude --add-dir /path/to/my-code
# 4. Run Claudio upgrade command
/claudio:upgrade /path/to/my-code
# 5. Exit Claude session
exit