Skill UI

Provides structured guidance for distinctive, intentional visual design of frontend interfaces. Helps break generic AI-style patterns by grounding choices in subject matter, typography, and visual structure. Useful for designers and developers building new UI or reshaping existing interfaces with a unique aesthetic direction.

Provides comprehensive guidance on implementing standard user interface controls according to Apple's Human Interface Guidelines (HIG). It details the appropriate use cases for toggles, segmented controls, pickers, sliders, and other input elements, ensuring designs are consistent, accessible, and optimized for the Apple ecosystem.

A comprehensive guide and assistant for designing and implementing user interface components (menus, buttons, toolbars) strictly following Apple's Human Interface Guidelines (HIG). It covers best practices for structure, hierarchy, contextual behavior, and platform-specific considerations across iOS, macOS, and visionOS.

A comprehensive guide detailing the core principles of Apple's Human Interface Guidelines (HIG). It covers essential topics such as accessibility (VoiceOver, Dynamic Type), utilizing system colors and materials, adhering to platform conventions, and best practices for typography, layout, and motion. Use this guide to ensure your application design is native, inclusive, and highly polished across all Apple operating systems.

A comprehensive guide to the Apple Human Interface Guidelines (HIG), detailing best practices for designing seamless and intuitive user experiences across various interaction scenarios. It covers key principles such as minimizing modality, providing clear feedback, handling data entry, progressive onboarding, and managing complex features like sharing and drag-and-drop, ensuring your application feels native and polished.

A comprehensive guide for designing cross-device applications across the Apple ecosystem. This skill helps developers adhere to the specific Human Interface Guidelines (HIG) for various platforms—including iOS, macOS, watchOS, tvOS, and visionOS. It emphasizes adapting design principles (e.g., touch-first vs. pointer-based vs. spatial) while maintaining brand consistency, ensuring a native and optimal user experience regardless of the operating system.

Guides building native-feeling macOS interfaces, covering layout/composition, traffic lights, draggable chrome, shortcuts, light/dark mode, visuals, animations, drag-and-drop, and onboarding for desktop tools whether React, Electron, or native.

This skill provides a collection of curated micro-interactions, easter eggs, and clever UX patterns designed to elevate standard digital interfaces. Use it when polishing an existing feature or designing unique web behaviors (like hover states, loaders, or transitions) to move beyond generic templates and establish a strong, memorable brand personality. Focus on adding delightful, high-performance details that feel premium.

This framework analyzes foundational design principles—such as affordances, signifiers, and conceptual models—to create products that are highly intuitive and discoverable. It guides analysis by bridging the 'Gulf of Execution' and the 'Gulf of Evaluation.' Use this when diagnosing confusing user interfaces, poor usability, or needing to ensure a product is robustly human-centered and easy to understand.

Guides frontend designer-engineers to deliver memorable, production-ready interfaces by defining an aesthetic stance, scoring feasibility with DFII, and translating every intentional decision into code, typography, motion, and texture.

A comprehensive collection of agent skills for rigorously auditing digital interfaces and user flows. It evaluates designs against 168 research-backed UX/UI principles, detects common design antipatterns, and provides specialized review for AI-powered interfaces, ensuring adherence to modern best practices.

This skill crafts agency-level digital experiences with haptic depth and cinematic spatial rhythm. It enforces premium aesthetics like Apple-esque design, avoiding standard fonts and generic layouts. Features include asymmetrical bento grids, nested component architecture, and fluid physics-based animations using custom cubic-beziers for a polished, high-end user interface.