Figma Config 2026: AI Supercharges Design-to-Dev Workflow with Code Layers, Motion, and Generative Tools

One of the most impactful announcements from Config 2026 is the introduction of Code Layers. This groundbreaking feature allows users to convert design elements into interactive, code-based components directly on the collaborative canvas. This means that design teams can now clone repositories and extract flows from live code into editable design layers for testing and iteration, effectively collapsing a handoff step that has long been a point of friction in the design-to-development workflow.

Code Layers operate within Figma Sites and are backed by custom React code. Users have several avenues to leverage this feature: converting existing components to code layers, using the integrated AI chat to build and modify them, or directly editing the React code within Figma's code composer. The system even supports npm packages, including motion libraries and 3D frameworks, enabling interactive elements like dropdown menus or shader effects without ever leaving the canvas.

Figma emphasizes that Code Layers are designed for rapid exploration and iteration, not necessarily for shipping production-ready code directly. This distinction is crucial; the goal is to allow designers, developers, and product teams to experiment with ideas more quickly within a shared workspace, understanding how designs function in a coded context without being bogged down by code quality concerns during the initial exploration phase. The ability to place different coded design options side-by-side and immediately see the functional impact of adjustments is a powerful accelerator for product development.

Figma Motion introduces a comprehensive animation system natively integrated into Figma Design, eliminating the previous need for external software and manual code conversion for motion design. This new toolset provides designers with timelines, keyframes, and presets, allowing them to create and manage sophisticated motion effects directly within the platform.

A significant enhancement is the inclusion of AI-assisted animation generation. Designers can now leverage Figma's AI agent to explore multiple motion variants, apply consistent motion styles across numerous elements, and perform precise bulk edits to refine animations throughout an entire file. By using natural language prompts and incorporating motion terminology like 'timing' and 'easing,' the AI agent can generate diverse animation options, making complex motion design more accessible and efficient.

Beyond creation, Figma Motion also streamlines the developer handoff. Motion data can be inspected in Dev Mode and exported in various formats, including CSS, React-compatible code, MP4, GIF, and Animated SVG. This ensures that the intricate motion designs created by designers can be seamlessly translated into production code, fostering a more cohesive design-to-development pipeline.

Expanding its AI toolkit, Figma introduced AI-generated Shader Fills and Effects, empowering users to create advanced visual effects through simple text prompts or by providing reference images. Shaders, which are tiny programs running on the GPU, offer precise control over the visual appearance of pixels, enabling real-time complex effects like realistic fire, soft shadows, and distortions.

Previously, creating such effects required specialized technical knowledge of shader programming. Now, with Figma's AI agent, designers can describe the desired visual outcome in plain language – for example, 'like a CRT monitor from the 80s' or 'the look of an oil slick on wet pavement' – and the agent will generate the custom shader. These AI-generated shaders can then be customized directly on the canvas and integrated into existing designs without requiring manual coding.

This capability democratizes access to highly expressive visual design, allowing designers to experiment with unique textures, backgrounds, and interactive effects that truly make experiences stand out. It transforms a highly technical domain into an accessible creative playground, further enriching the visual possibilities within Figma.

Figma's strategic acquisition of Weavy in 2025, now rebranded as Figma Weave, is coming to fruition with deeper integration into the Figma ecosystem. Figma Weave is an AI creative platform that bundles multiple AI models, professional editing tools, and node-based workflows onto a single canvas. It allows designers to feed a single prompt to multiple models simultaneously, connect generative results to professional editing nodes (like masking, color grading), and package entire workflows into reusable mini UI apps.

At Config 2026, Figma also announced Generative Plugins, a feature that enables users to create custom tools using natural language prompts. Instead of writing code for plugins, users can describe the desired behavior – for example, a 'layout generator' or a 'vector path tracer' – and Figma's AI will build the plugin. This significantly lowers the barrier to extending Figma's functionality, allowing teams to tailor tools for specific workflows and automate repetitive design processes without traditional plugin development.

Furthermore, Figma has upgraded its core AI assistant with 'usable Skills,' allowing teams to create repeatable workflows through prompts. This assistant now supports connectors for various third-party services, including Notion, GitHub, Excel, Slack, and Atlassian, and can use file attachments for additional project context. These advancements empower teams to build sophisticated, cross-tool AI-powered creative processes and multi-model workflows directly alongside their design projects.