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Stitch Review

Google Stitch is an AI-powered UI design tool that generates web and mobile UI from natural language prompts, sketches, or screenshots.

shipped Jul 3, 2026aipaid
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Stitch — product screenshot

Why it matters

1Leverages Google's Gemini models, including Gemini 2.5 Flash for Standard mode and Gemini 2.5 Pro for Experimental mode.
2Stitch 2.0, released in March 2026, introduced multi-screen generation (up to five screens) and Voice Canvas capabilities.
3Exports generated designs to Figma as editable frames and frontend code to HTML/CSS, Tailwind, or React.
4Supports data retention for labs.google/fx history up to 18 months, and anonymized data for AI training up to four years.

overview

What is Stitch?

Stitch is an AI-powered UI design tool developed by Google Labs that enables UI/UX Designers, Developers, and Product teams to transform natural language prompts, sketches, or screenshots into structured interface layouts for web and mobile applications. It leverages Google's Gemini models to generate designs and associated front-end code, with exports to Figma or HTML/CSS. The tool's primary function is to accelerate the initial stages of UI/UX design by generating high-fidelity interface mockups from various inputs, including text, images, and voice. Stitch 2.0, an update released in March 2026, enhanced capabilities with an AI-native infinite canvas, multi-screen generation, and voice interaction features. It operates on Google's Gemini 2.5 Flash for speed in Standard mode and Gemini 2.5 Pro for higher fidelity in Experimental mode, with mentions of Gemini 3.1 Pro and Flash models powering the AI as of April 2026.

features

Key Features of Stitch

Google Stitch provides a comprehensive set of features designed to streamline the UI/UX design and development workflow, leveraging advanced AI models to convert diverse inputs into structured interfaces and code.

  • Converts natural language prompts, sketches, or screenshots into editable UI designs for web and mobile applications.
  • Generates production-ready frontend code, including HTML, CSS, Tailwind, and React.
  • Exports generated designs directly to Figma as editable frames, facilitating designer handoff and further refinement.
  • Creates clickable prototypes and multi-screen flows, enabling users to simulate navigation and user interactions.
  • Features an AI-Native, infinite canvas introduced in Stitch 2.0, allowing side-by-side display of assets and design progress tracking via an 'Agent manager'.
  • Supports multi-screen generation, capable of producing up to five screens simultaneously for complete user flows (e.g., product catalog, checkout).
  • Incorporates Voice Canvas/Vibe Design, allowing users to interact with the AI through voice for real-time design critiques, generation, and modification.
  • Automatically creates a design system (colors, typography, fonts, corner radius) when generating UI, ensuring consistency.
  • Utilizes Google's Gemini models, specifically Gemini 2.5 Flash for Standard mode and Gemini 2.5 Pro for Experimental mode, for varied performance and fidelity.

use cases

Who Should Use Stitch?

Stitch is designed for a diverse range of users involved in product development and design, offering tools to accelerate ideation, prototyping, and code generation.

  • Developers: Who require a rapid UI starting point and production-ready frontend code (HTML, CSS, Tailwind, React) to integrate into their projects.
  • Product Teams & Solo Founders: For early-stage product exploration, rapid prototyping, and validating Minimum Viable Product (MVP) concepts without extensive design resources.
  • UI/UX Designers: To accelerate initial design ideation, explore multiple design variations quickly, and bridge the gap between design and development with Figma exports.
  • Non-designers: Who need to produce professional-looking interfaces quickly from simple inputs like text prompts or sketches.
  • Builders in the Google AI ecosystem: Seeking to leverage Google's Gemini models for advanced UI generation capabilities within their workflows.

how to use

How to Use Stitch

Stitch provides an intuitive workflow for transforming various inputs into UI designs and code, primarily accessed through Google Labs.

  • 1Access Stitch through the Google Labs platform, typically via a web interface.
  • 2Input design requirements using natural language prompts, uploading sketches, or providing screenshots of existing interfaces.
  • 3Specify desired output parameters, such as target platform (web or mobile) and the number of screens to generate (up to five in Stitch 2.0).
  • 4Review the generated UI designs on the infinite canvas, utilizing the 'Agent manager' to track progress and variations.
  • 5Refine designs by providing additional text prompts, adjusting design system parameters (colors, fonts), or using voice commands via Voice Canvas.
  • 6Export the finalized designs to Figma as editable frames or generate production-ready frontend code in HTML/CSS, Tailwind, or React for developer handoff.

pricing

Stitch Pricing & Plans

Stitch operates on a paid model. Specific pricing tiers, subscription costs, or usage-based fees are not publicly disclosed by Google Labs. As an experimental tool, detailed commercial pricing information is not readily available.

Pros

  • +Rapid UI design ideation and generation from diverse inputs, including natural language, sketches, and screenshots.
  • +Seamless export functionality to Figma as editable frames, facilitating efficient design handoff and collaboration.
  • +Ability to generate production-ready frontend code in HTML, CSS, Tailwind, and React, accelerating developer workflows.
  • +Multi-screen generation (up to five screens) and interactive prototyping capabilities introduced in Stitch 2.0, enabling comprehensive user flow creation.
  • +Integration of voice commands via Voice Canvas/Vibe Design for real-time design critiques and modifications.
  • +Leverages advanced Google Gemini models (2.5 Flash, 2.5 Pro, 3.1 Pro/Flash) for varied fidelity and speed in design generation.

Cons

  • −Limited fine-grained visual refinement and control directly within the Stitch interface, often necessitating export to Figma for detailed pixel-level editing.
  • −Potential for inconsistent results or generic aesthetic outputs if prompts are not sufficiently specific, requiring iterative refinement.
  • −Challenges with generating highly complex interactivity and cohesive user flows involving numerous related screens, despite multi-screen generation improvements.
  • −Identified accessibility concerns, such as issues with color contrast in some generated designs, requiring manual correction post-export.
  • −As an experimental product from Google Labs, it is still in beta, implying ongoing development, potential changes, and a lack of long-term stability guarantees.
  • −Specific pricing details and subscription tiers are not publicly available, making cost assessment difficult for potential users.

Similar Tools

Stitch vs Competitors

Stitch competes in the AI-powered UI design space with several tools, each offering distinct advantages and focuses. While Stitch excels in leveraging Google's AI models for multimodal input, competitors often differentiate through specific features like advanced prototyping or comprehensive design ecosystems.

1
Banani AI↗

Generates interactive, multi-screen UI prototypes from text prompts or design references, focusing on flow building and iteration.

Like Stitch, Banani converts prompts and screenshots to UI designs and code, but it emphasizes multi-screen flow building and iteration, offering more control over style and follow-up states.

2
UizardOn StorkCompare

Specializes in quickly transforming wireframes, sketches, and text prompts into editable UI designs and multi-screen prototypes.

Uizard, like Stitch, takes text prompts, sketches, and screenshots to generate UI. It is often highlighted for fast prototyping and design-to-code conversion, particularly for startups and SMBs.

3
UX Pilot↗

Converts natural language prompts, screenshots, or documentation into high-fidelity interface designs, wireframes, and complete screen flows.

Similar to Stitch, UX Pilot offers multimodal UI generation from prompts and screenshots, but it focuses on generating complete screen flows and high-fidelity designs, with exports to Figma or code.

4
VisilyOn StorkCompare

Provides a full UI design and prototyping workflow, allowing users to generate screens from various AI inputs and then fully edit, prototype, and collaborate on them.

While Stitch is an experimental AI screen generator, Visily offers a more complete design journey from idea to developer handoff, including a drag-and-drop editor, prototyping, and a large template library, with a permanent free plan.

5
Codia AIOn StorkCompare

Instantly transforms any screenshot into pixel-perfect, editable designs for Figma, Photoshop & Sketch, with AI-powered enhancement and preparation for AI code generation.

Codia focuses heavily on screenshot-to-editable-design conversion, particularly for Figma, offering more granular control over the generated layers compared to Stitch's broader approach to UI generation.

Visit Stitch↗

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