Figma Dev Mode is the best way to handle handoff for teams

Figma’s Dev Mode is the best way to handle handoff for teams wanting to consolidate their workflow. I find that the tool provides everything needed to navigate design files and transform designs into code. Developers use Dev Mode to access advanced inspection capabilities, compare frame versions, review designs marked ready for development, and link designs to external resources like GitHub or Jira to streamline their entire workflow. The left sidebar allows for easy movement between designs, and users can see when a frame was last edited. Figma’s Dev Mode provides developers with CSS snippets, design tokens, and component details, which reduces the friction of turning designs into working interfaces. You can explore all variants in a component set without editing the file. The inspect panel displays layer names, types, and properties like layout or spacing. When you select a component or instance, the inspect panel shows information and metadata about the component, including keywords, the layout of the main component, variant information, and component properties. You can also use the component playground to experiment with different properties and variable modes without changing the actual design. When a designer marks an asset as ready for dev, a Dev Mode icon indicates which pages contain those frames, components, or sections. These objects appear under the "Ready for development" section in the Dev Mode layers panel. If you use an Organization or Enterprise plan, Code Connect allows you to bring component code directly into Dev Mode. This tool makes custom component code available to drive design system adoption. When changes occur in a design, a "Compare changes" link appears below the layer information in the inspect panel. This allows developers to access the frame history modal and compare the current version to previous versions.

Figma Make uses AI to generate production-ready code from a text prompt, image, or design frame. This feature builds on existing design-to-code infrastructure to allow for rapid prototyping. David Kossnick, head of AI products at Figma, maintains a philosophy where the human remains the pilot and the AI acts as a co-pilot. This approach ensures that every AI-generated element, including text, images, or code, remains fully editable. Users can refine outputs to match their intent, whether they begin with a prompt, a visual design, or a code snippet. This prevents the locked results common in other tools and ensures that AI accelerates work without limiting the craft. The existing design-to-code pipeline meant that when Figma introduced Figma Make, it could turn a prompt, image, or frame into an interactive application without new infrastructure. Some teams now use Make to generate code accurate enough for production. One HR staffer used Figma Make to build a "Who’s Who" game in two hours using data from the company’s HR system. This game is now part of the onboarding process for new recruits. The Model Code Prototypes (MCP) server extends this by letting developers invoke a coding agent with full design context to generate production-ready frontend code. This eliminates manual hand-off steps. Plugins like Anima and Locofy also facilitate this process by converting designs into React, HTML, CSS, Tailwind, Vue, and Flutter. Anima produces responsive React and HTML code, while Locofy Lightning optimizes designs for Auto Layout and maps layouts to multiple screen resolutions.

Zeplin remains a viable alternative for teams that require strict version control. Zeplin captures design versions in a git-like way, which minimizes confusion and rework. I find that Zeplin’s ability to log new design versions and update developers via Slack or Microsoft Teams provides a level of control that Figma’s auto-save model lacks. Figma’s multiplayer model makes it hard for developers to track changes at the frame or screen level because the entire file auto-saves. You might find the cost of Dev Mode seats a significant factor if your team relies heavily on third-party handoff tools. Zeplin provides platform-specific code snippets for CSS, Swift, Kotlin, and Flutter. Its 2026 updates added connected components that link design components to actual code implementations, as well as flow documentation and annotation layers. These features help make the design-development boundary organized and low-friction. Zeplin generates style guides automatically to keep design tokens documented and accessible to engineering.

Will the increasing cost of Dev Mode seats eventually drive teams back to more affordable specialized tools?