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MCP Server Integration

10 Servers Production Ready

Model Context Protocol (MCP) servers extend Claude’s capabilities by providing specialized tools and resources for development tasks. The astro-basics project includes 10 configured MCP servers that enhance the development experience across multiple domains.

MCP (Model Context Protocol) is a standardized protocol that allows Claude to interact with external services and tools through specialized server implementations. Each server provides a set of functions that Claude can call to perform specific tasks.

🚀 Astro Docs

Search the official Astro framework documentation for up-to-date information and examples.

🎭 Playwright

Browser automation and testing with screenshot, navigation, and interaction capabilities.

🗃️ Supabase

Complete database operations, project management, and real-time functionality.

📚 Context7

Library documentation retrieval for any package or framework with up-to-date information.

🎨 Figma

NEW! Complete design-to-code generation, variable extraction, and asset management from Figma files. Learn more →

🔐 Clerk

User authentication, organization management, and secure access control.

💻 IDE Integration

VS Code diagnostics, Jupyter notebook execution, and development environment integration.

🌐 Netlify

Deployment automation, form handling, and serverless function management.

🔍 Web Tools

Web search, content fetching, and online resource discovery.

🔧 Generic MCP

Resource listing, reading, and generic MCP server operations.

MCP servers eliminate the need to manually search documentation, configure services, or switch between tools. Claude can directly interact with your development stack.

Access up-to-date documentation, API references, and service statuses without leaving your conversation with Claude.

Seamlessly work across design (Figma), development (VS Code), database (Supabase), hosting (Netlify), and authentication (Clerk) without context switching.

Perform complex multi-step operations like deploying to Netlify while updating Supabase database schemas and generating TypeScript types.

  • Search Astro documentation for specific features - Find examples in library documentation via Context7 - Get real-time API references and guides - Access troubleshooting information
  • Astro Docs: Official framework documentation
  • Context7: Any library or package documentation
  • Web Tools: General web search and content fetching
  • Playwright: Browser automation and testing
  • IDE Integration: Development environment tools
  • Generic MCP: Resource management
  • Supabase: Database operations and real-time features
  • Clerk: Authentication and user management
  • Figma: Design system integration and code generation
  • Netlify: Site deployment and serverless functions
  1. Setup & Configuration - Install and configure MCP servers
  2. Server Documentation - Detailed guides for each server
  3. Usage Examples - Real-world scenarios and code samples
  4. Troubleshooting - Common issues and solutions

Here’s how you might use multiple MCP servers together in a complete design-to-deployment workflow:

// 1. Generate component from Figma design
await generateFigmaComponent('user-profile-card', {
framework: 'react',
styling: 'scss',
})
// 2. Search Astro docs for authentication patterns
await searchAstroDocs('authentication middleware')
// 3. Get Clerk user management examples
await getClerkDocumentation('user management')
// 4. Create Supabase table for user data
await createSupabaseTable('user_profiles', schema)
// 5. Deploy to Netlify with environment variables
await deployToNetlify({
envVars: { CLERK_SECRET_KEY: '...', SUPABASE_URL: '...' },
})
// 6. Test the complete user flow with generated component
await testWithPlaywright('/dashboard/profile')

This workflow demonstrates the power of integrated MCP servers - from design extraction to research, implementation, testing, and deployment, all within a single conversation context.