The paper introduces the "Claude Code to Figma" capability, a novel workflow designed to bridge the gap between code-first UI development and collaborative design exploration within Figma. This addresses the challenge of moving rapidly developed interactive prototypes, often created using AI-powered coding tools like Claude Code, from a linear, single-player coding environment into a shared, divergent design canvas.

The core methodology involves a direct capture mechanism: users can take a live, functioning user interface (UI) from any browser environment—be it production, staging, or a local development server—and instantly convert it into editable design artifacts within Figma. This is achieved by a user action that effectively copies the rendered UI to the clipboard, allowing it to be pasted into any Figma file.

Technically, this process can be conceptualized as a high-fidelity translation function, $T_{UI \to Figma}$, where the live Document Object Model (DOM) and associated styling of a web interface are parsed and transformed into a structured set of editable Figma design primitives. Unlike a simple screenshot, this capability ensures that the captured UI elements—such as text, shapes, images, and their layouts—are fully editable layers within Figma. For instance, an HTML $<div>$ element might be converted into a Figma frame, text nodes into editable text layers, and CSS properties like border-radius or background-color accurately mapped to their Figma equivalents. The system also supports capturing multi-screen flows, preserving the sequential context of interactions and user journeys.

The primary benefit lies in fostering collaboration and accelerating iterative design. Once a live UI is translated into an editable Figma frame, teams can:

1. Visualize the Entire System: Display multiple screens or states side-by-side, enabling visual comparison for identifying inconsistencies, patterns, or gaps in multi-step user flows.
2. Explore Variations Rapidly: Designers can duplicate frames, rearrange elements, and test structural changes or alternative designs directly within Figma without requiring engineers to re-implement code for each idea.
3. Facilitate Early Decision-Making: All stakeholders—designers, engineers, and product managers—can converge on a shared, high-fidelity artifact, allowing for earlier identification of potential issues and more informed decisions.
4. Enhance Shared Understanding: The editable nature of the captured UI allows teams to annotate decisions, conceptualize new options, and collectively refine the product experience directly on the canvas.

While the primary focus is on the code-to-design direction, the paper also mentions the Figma MCP (Machine-Comprehensible Protocol) server, which enables a roundtrip capability. This allows for sending a Figma frame back to a coding environment using prompts, enabling LLMs to generate design-informed code, thereby closing the loop between design exploration and code implementation. This bi-directional fluidity represents a shift towards a more integrated and less rigid development workflow, moving beyond linear code creation to a collaborative, iterative design and development cycle.