Design Implementation

swiftui-patterns is a practical guide for Frontend Development on Apple platforms. It covers SwiftUI state management, NavigationStack flows, view composition, and performance guidance so you can choose the right pattern for real app code. Use the swiftui-patterns skill when refactoring or building screens with clear ownership and fewer re-renders.

remotion-video-creation is a Remotion-focused skill for React video work. It helps reduce rendering mistakes with 29 rules covering animations, assets, audio, captions, charts, compositions, and transitions. Use it for Video Editing workflows, templated explainers, social clips, and data-driven motion graphics.

manim-video helps you plan and produce clean Manim-based explainer videos for graphs, workflows, system diagrams, product walkthroughs, and launch visuals. Use the manim-video skill when you want a precise animated explanation with a scene-first workflow, not a talking-head edit. It includes practical manim-video guide steps for install, scene planning, and rendering.

liquid-glass-design helps you implement Apple’s iOS 26 Liquid Glass system for SwiftUI, UIKit, and WidgetKit. Use it for glassy buttons, cards, toolbars, containers, and widgets, with guidance on shape, tint, interactivity, and when the effect fits a real UI.

Use frontend-design to build distinctive, production-grade frontend interfaces with a clear visual point of view. This frontend-design skill is built for landing pages, dashboards, app shells, and components where hierarchy, typography, motion, and polish matter as much as implementation. It includes install and usage guidance for design-first UI work.

Use the design-system skill to generate or audit a UI system, extract tokens from existing code, and review styling consistency in real repos.

compose-multiplatform-patterns is a practical guide for Compose Multiplatform and Jetpack Compose in KMP apps. It covers state management, navigation, theming, performance, and reusable UI patterns for Android, iOS, Desktop, and Web, helping frontend development teams build maintainable shared screens.

Use the shadcn skill to inspect project context, run the right CLI commands, install components, and compose UI with documented patterns for base vs radix, forms, theming, and registries.

frontend-design helps you turn vague UI ideas into distinctive, production-grade interfaces with real frontend code, strong aesthetic direction, and less generic AI styling.

design-review is a UX-minded design QA skill for auditing live interfaces, spotting spacing, hierarchy, visual consistency, and interaction issues, then fixing them iteratively with verification. It supports plan-mode review before implementation and is useful when you want a design-review guide for concrete source changes instead of vague advice.

gstack is a browser-driven AI skill for QA testing, dogfooding, release checks, and bug capture. It opens real pages, clicks through UI, verifies state, compares before and after, tests responsive layouts, and captures screenshot-backed evidence. It is especially useful for UI Design review and deployment validation when you need trustworthy browser results from the gstack skill.

improve-codebase-architecture helps you find architectural friction, shallow modules, and deepening opportunities in a codebase. Use it for refactoring reviews, testability improvements, and AI-navigable design decisions, especially when you want the skill to respect CONTEXT.md and docs/adr/ guidance.

The design-an-interface skill helps you explore radically different API and module interface shapes before you commit. It is built for frontend development and other module-design work where you want requirements first, then multiple options, trade-off comparison, and a cleaner caller-facing contract.

ckm:ui-styling helps you create accessible, production-ready user interfaces using shadcn/ui, Tailwind CSS, and canvas-based visual design. Ideal for React-based projects needing structured, responsive layouts, accessible components, dark mode, and consistent design systems. Use ckm:ui-styling skill for UI design, theming, and rapid prototyping with practical, stack-specific guidance.

ckm:design-system helps you build three-layer tokens, component specs, CSS variables, Tailwind mappings, and brand-consistent slide assets from a clear token architecture.

design-system-patterns helps teams design scalable UI foundations with token structure, theming architecture, and reusable component API patterns for design systems and component libraries.

The interaction-design skill helps teams design and implement purposeful UI motion, microinteractions, transitions, loading states, and feedback patterns with practical React-oriented references and usage guidance.

The web-component-design skill helps teams design reusable UI components for React, Vue, and Svelte with strong API patterns, accessibility guidance, and styling tradeoff references for design systems.

mobile-android-design helps agents deliver Android-native UI guidance with Material Design 3, Jetpack Compose, theming, navigation, and adaptive layout patterns for phones, tablets, and foldables.

The mobile-ios-design skill helps agents produce iOS-native UI guidance with Apple HIG principles, SwiftUI patterns, navigation advice, accessibility, and adaptive layouts for iPhone and iPad.

react-native-design is a focused skill for React Native UI patterns, covering StyleSheet styling, typed React Navigation, and Reanimated 3 usage for cross-platform screens.

vercel-composition-patterns is a React composition skill for Frontend Development that helps replace boolean prop sprawl with compound components, explicit variants, lifted state, and React 19-safe APIs. Use it to review component architecture, improve reusable UI APIs, and choose the right composition pattern for scalable frontend code.

overdrive is a GitHub skill for ambitious UI design work that emphasizes context, proposal-first planning, and exceptional interaction quality. Use it to install and apply overdrive for cinematic transitions, responsive interfaces, and high-impact product experiences.

typeset improves UI typography by fixing font choice, hierarchy, sizing, weight, and readability so text feels intentional. Use the typeset skill for UI Design when text looks generic, inconsistent, or hard to scan, and you want a clearer type system with less guesswork.