Wonder.so
AI creative tool
Visit wonder.so ↗External link. Not endorsed — curated for usefulness.
What is Wonder.so?
Wonder is an AI-powered design tool that generates production-ready code directly from canvas designs, made by Aquila Labs. The platform combines visual design editing with code generation, allowing designers and developers to create interfaces that export as React and Tailwind CSS without manual translation or handoff delays.
The tool operates on a unified canvas where users describe designs in natural language, which Claude Opus processes to generate layouts and components. Users can iterate on designs through chat, make precise edits alongside AI suggestions, and modify styles, spacing, typography, and imagery without leaving the interface. Wonder generates images on-canvas to replace placeholders and supports advanced visual effects through shader support. Every design created maps directly to production code, eliminating the traditional design-to-development workflow gap. The platform includes variant creation, theme switching, and flow building capabilities that maintain design consistency across iterations.
Wonder integrates with coding agents and supports pushing designs back to production environments. Its code export maintains a 1:1 relationship between canvas elements and code output, enabling developers to extend or modify exported components directly. The interface prioritizes familiar design tools paired with AI-assisted generation, positioning it for teams seeking faster iteration cycles from concept to shipped product.
Pricing operates on a freemium model: the free tier supports experimentation with basic features, while Pro ($16/month), Pro+, and Max plans unlock expanded capabilities for production use. The platform is currently in public alpha, accessible at app.wonder.design.
Wonder competes with tools like Figma with plugins, Framer, and specialized AI design tools such as Galileo AI and v0.dev, which similarly bridge design and code generation but with different architectural approaches.