浏览和安装 Killer-Skills 目录中的数千个 AI Agent 技能。支持 Claude Code、Windsurf、Cursor 等。
Creates high-quality motion systems with staggered animations, smooth entrances, count-up numbers, hover glows, animated gradients, floating elements, and parallax. Use when building motion design, adding animations, implementing entrance transitions, or when the user asks for Apple/Linear/Vercel/Stripe-style motion.
Use the ape-claw CLI to bridge to ApeChain and execute NFT quote/simulate/buy flows with strict policy gating, confirm phrases, and telemetry. Use when users ask to bridge funds, monitor clawbot actions, or buy ApeChain NFTs via command line.
Create on-screen text hooks and captions for short-form video clips. Built around the Complementarity Principle - on-screen text should ADD to what the viewer hears, not repeat it. Includes podcast clip workflow, hook categories, and Triple Word Score optimization.
Build or update Node.js + LLM API workflows that replace Codex/MCP UI exploration for web automation at lower cost. Use when a user asks to productize page-structure discovery into a Node runner (Puppeteer/Playwright) with LLM-based element selection, deterministic playback control, cost controls, logging, and fallback paths.
Live Annotation Feedback Toolbar that overlays design review findings directly on web pages. Displays numbered badges on elements with issues, severity indicators, filtering, and screenshot capture. Integrates with design-review for real-time issue display. Triggers on show annotations, display issues, annotate page, overlay findings, or after running design-review.
Domain knowledge for Big Picture Event Storming following DDD conventions. Covers element types, color coding, pivotal event placement, layout rules, and bounded context identification. Use when the user asks about event storming, domain events, bounded contexts, DDD modeling, Big Picture EventStorming, pivotal events, or event storming workshop conventions.
Create implementation phase PRDs from pre-existing research for the telemetry agent. Translates already-complete research into focused, bounded PRDs. Use when the user says prd-phase N or wants to create a PRD for a specific build phase (1-7). Do NOT use for new feature discovery — use prd-create for that.
Mobile automation skill for the local `agent-mobile` CLI. Use when Codex needs to operate an iOS simulator or Android device with `agent-mobile`, including checking the environment, listing or booting devices, creating sessions, launching or installing apps, capturing UI snapshots with `@eN` refs, tapping/filling/typing/selecting/scanning UI, waiting for state changes, reading element properties, taking screenshots or recordings, streaming logs, or automating end-to-end mobile app flows.
Creating interactive data visualisations using d3.js. This skill should be used when creating custom charts, graphs, network diagrams, geographic visualisations, or any complex SVG-based data visualisation that requires fine-grained control over visual elements, transitions, or interactions. Use this for bespoke visualisations beyond standard charting libraries, whether in React, Vue, Svelte, vanilla JavaScript, or any other environment.
Implement mobile-first responsive designs with fluid layouts, breakpoints, relative units, and touch-friendly interfaces that work across all device sizes. Use this skill when writing or modifying React components (.tsx, .jsx files), when implementing CSS or Tailwind responsive utilities (sm:, md:, lg:, xl: breakpoints), when working on layout components, navigation menus, grid systems, when optimizing for mobile devices, tablets, or desktop screens, when implementing media queries, when ensuring touch-friendly UI elements, or when testing cross-device compatibility.
Implement multi-agent coordination patterns (supervisor-subagent, router, orchestrator-worker, handoffs) for LangGraph applications. Use when users want to (1) implement multi-agent systems, (2) coordinate multiple specialized agents, (3) choose between coordination patterns, (4) set up supervisor-subagent workflows, (5) implement router-based agent selection, (6) create parallel orchestrator-worker patterns, (7) implement agent handoffs, (8) design state schemas for multi-agent systems, or (9) debug multi-agent coordination issues.
Guides development of cross-platform desktop apps with Tauri 2, TypeScript, React, and Rust. Use when building Tauri apps, implementing IPC, designing Rust backend or TypeScript/React frontend, when researching or cloning a website (open site, snapshot elements), when verifying local dev or built frontend in browser, or when the user mentions Tauri, Tauri 2, Rust backend, React frontend, desktop app architecture, invoke/commands, cross-platform, 调研网站, 验证效果, agent-browser.