ios▌

Native iOS interface design aligned with Apple's Human Interface Guidelines and platform conventions. \n \n Covers eight core design areas: layout and safe areas, typography with Dynamic Type, semantic colors and Dark Mode, native navigation patterns, system controls, accessibility (VoiceOver, contrast, touch targets), SF Symbols, and standard gestures with haptic feedback \n Includes scoring framework (0-10) for auditing iOS interface adherence, common mistakes table, and quick diagnostic check

Build, configure, and deploy iOS applications using XcodeGen and Swift Package Manager.

Comprehensive guidance for iOS app development. This skill aggregates specialized modules for different aspects of iOS development.

Vision-driven iOS automation using natural language commands and screenshot analysis. \n \n Operates entirely from screenshots without requiring DOM access or accessibility labels; can interact with any visible UI element regardless of technology stack \n Requires a configured vision model (Gemini, Qwen, Doubao, or similar) via environment variables for AI-powered screen understanding and action execution \n Follows a synchronous workflow: connect device, take screenshot, execute actions via nat

Take screenshots from physical iOS devices connected via USB using pymobiledevice3.

You MUST use this skill for ANY game development, SpriteKit, SceneKit, RealityKit, or interactive simulation work.

Apple's Human Interface Guidelines define the visual language, interaction patterns, and accessibility standards that make iOS apps feel native and intuitive. The core principle: clarity and consistency through thoughtful design.

You MUST use this skill for ANY GPU rendering, graphics programming, 3D content display, or display performance work.

You MUST use this skill for ANY networking work including HTTP requests, WebSockets, TCP connections, or network debugging.

You MUST use this skill for ANY build, environment, or Xcode-related issue before debugging application code.