Swift iOS Development Automation Platform
@cbvibe69
High-performance Swift-based MCP server for Xcode automation with hybrid architecture. Designed for Mac Studio M2 Max with real-time build intelligence, advanced multi-simulator management, and maximum security.
Overview
What is Swift iOS Development Automation Platform?
A high-performance Swift-based MCP server for Xcode automation with a hybrid architecture. It transforms iOS development workflows through real-time build intelligence, advanced automation, and native macOS integration, eliminating 90+ second build feedback delays.
How to use Swift iOS Development Automation Platform?
Install prerequisites (Xcode 16.5+, Swift 6.0+, Apple Silicon Mac with 16GB+ RAM, macOS 14+). Clone the repository, run Scripts/setup.sh, build with Scripts/build.sh, and start the server with Scripts/run.sh --log-level debug --max-resource-utilization 85. Alternatively, run swift run XcodeAutomationServer and test with a JSON-RPC MCP client.
Key features of Swift iOS Development Automation Platform
- Sub-5 second real-time error detection
- 6+ concurrent simulator management
- Native UI automation via Accessibility API
- App Sandbox security compliance
- Hybrid pattern extraction from proven tools
- 2-3x performance over Node.js implementations
Use cases of Swift iOS Development Automation Platform
- Real-time build error detection and fix suggestions
- Incremental builds under 10 seconds
- Launch six simulators in less than 30 seconds
- UI automation with 98%+ reliability
- Performance regression detection and automatic optimization
FAQ from Swift iOS Development Automation Platform
What are the hardware and OS requirements?
Requires macOS 14+ (Sonoma or later), Apple Silicon Mac with at least 16GB RAM and 8 cores; the recommended setup is a Mac Studio M2 Max with 32GB RAM and 12-core CPU.
How does the server ensure data security?
It is App Sandbox compliant with user-controlled permissions via security bookmarks. All processing is local-only – no data leaves your Mac.
How does performance compare to Node.js-based MCP servers?
The README states a 2-3x improvement over Node.js implementations, with error detection in <5 seconds versus a 90+ second baseline.
What transport protocol does the server use?
It implements the Model Context Protocol (MCP) and communicates via JSON-RPC messages over standard I/O.
What is the license for this project?
The project is licensed under the MIT License.
