A comprehensive collection of Model Context Protocol (MCP) servers built to extend AI capabilities across multiple domains including filesystem operations, development tooling, WebAssembly components, and actor systems.
This portfolio demonstrates expertise in building secure, high-performance MCP servers that enable AI systems to interact with various tools and environments. Each server implements the MCP specification with robust error handling, security controls, and comprehensive functionality.
🔒 Secure Filesystem Operations
A production-ready MCP server providing comprehensive filesystem operations with enterprise-level security controls.
Key Features:
- 🛡️ Advanced Security: Directory traversal protection, configurable allowed directories
- 📁 Complete File Operations: Read, write, copy, move, delete, mkdir with metadata
- 🔍 Powerful Search: Regex pattern matching with context lines and performance controls
- ✏️ Smart Editing: Partial file edits without full rewrites (replace, insert, delete operations)
- ⚡ Performance: Configurable file size limits, timeout controls, binary file detection
Tech Stack: Rust, Tokio async runtime, secure path validation
🦀 Rust Development Automation
Streamlines Rust development workflows by exposing Cargo commands through the MCP protocol.
Key Features:
- 🏗️ Build Operations: Build, test, check, format, and lint Rust projects
- 📦 Dependency Management: Add and manage crate dependencies
- 🎯 Developer Experience: Seamless integration with AI-powered development workflows
Tech Stack: TypeScript, Node.js, Cargo integration
🎭 WebAssembly Actor Management
Manages WebAssembly actors in the Theater system with templating and build automation.
Key Features:
- 🎭 Actor Lifecycle: Create, list, build, and manage WebAssembly actors
- 📋 Smart Templates: HTTP servers, supervisors, and basic actor templates
- 🔧 Build Integration: Nix flakes and Cargo build system support
- 📊 Actor Intelligence: Detailed actor information and path resolution
Tech Stack: Rust, WebAssembly, Nix flakes, Theater actor system
🎪 Actor System Interface
Provides comprehensive control over the Theater WebAssembly actor system runtime.
Key Features:
- 🎭 Actor Control: Start, stop, restart actors with lifecycle management
- 💬 Message Passing: One-way messages and request-response patterns
- 🔌 Channel Operations: Open, send, and close communication channels
- 📈 System Monitoring: Actor state, events, and detailed system information
Tech Stack: Rust, WebAssembly actors, async message passing
🧩 WebAssembly Component Development
Accelerates WebAssembly component development with automated tooling.
Key Features:
- 🔗 Binding Generation: Automated WebAssembly component binding generation
- 🏗️ Component Building: Release and debug builds with custom arguments
- 🛡️ Security Controls: Directory access restrictions and path validation
- 🔧 Developer Integration: Seamless cargo-component workflow automation
Tech Stack: Rust, WebAssembly components, cargo-component
⚡ High-Performance JavaScript Tooling
Harnesses Bun's lightning-fast JavaScript runtime and package manager through MCP.
Key Features:
- ⚡ Ultra-Fast Operations: Package installation, building, and testing with Bun's speed
- 🎯 Smart Project Management: Template creation, dependency management, script execution
- 🧪 Testing Integration: Built-in test runner with comprehensive reporting
- 📦 Modern Bundling: Advanced bundling with minification and targeting options
Tech Stack: TypeScript, Bun runtime, Node.js
- Path Validation: Comprehensive protection against directory traversal attacks
- Access Controls: Configurable directory restrictions and operation limits
- Input Sanitization: Robust parameter validation and error handling
- Async Architecture: Non-blocking operations with Tokio async runtime
- Resource Management: Configurable timeouts, file size limits, and memory controls
- Efficient I/O: Streaming operations for large files and batch processing
- Comprehensive Documentation: Detailed READMs with examples and API references
- Error Handling: Descriptive error messages with actionable guidance
- Integration Ready: Drop-in compatibility with MCP clients and AI systems
Languages & Runtimes:
- Rust (primary) - Systems programming, performance, safety
- TypeScript/Node.js - JavaScript ecosystem integration
- Bun - Modern JavaScript runtime and tooling
Key Libraries & Frameworks:
- Tokio - Async runtime for Rust
- Serde - Serialization/deserialization
- MCP Protocol Implementation
- WebAssembly toolchain
Development & Build Tools:
- Cargo - Rust package manager
- Nix flakes - Reproducible builds
- Component model tooling
- CI/CD automation
AI-Powered Development:
- Code generation with filesystem integration
- Automated project scaffolding and builds
- Intelligent dependency management
WebAssembly Ecosystem:
- Component development automation
- Actor system management
- Performance-critical applications
Enterprise Integration:
- Secure filesystem operations for AI systems
- Development workflow automation
- Tool orchestration and management
This collection demonstrates:
- Technical Depth: Advanced Rust programming, async systems, WebAssembly
- Security Awareness: Production-ready security controls and validation
- Developer Focus: Tools that enhance productivity and reduce friction
- Ecosystem Integration: Seamless integration with modern development workflows
Each server includes comprehensive documentation and examples. To explore:
- Browse Individual Projects: Click on any server above for detailed documentation
- Review Examples: Each repository includes working client examples
- Integration Guides: Step-by-step guides for MCP client integration
All projects are licensed under the MIT License - see individual repositories for details.
Built with ❤️ for the Model Context Protocol ecosystem