Skip to main content
Glama
298,713 tools. Last updated 2026-07-14 16:50

"A platform for collaborative design and prototyping (Figma)" matching MCP tools:

Matching MCP Servers

Matching MCP Connectors

  • Modify design token values by name and mode, optionally syncing changes to Figma.
    MIT
  • Create or modify Figma designs programmatically with JavaScript code. Supports design operations, variables, styles, components, and prototyping transitions.
    MIT
  • Analyze codebases and design user interfaces using Google Gemini's visual understanding and detective capabilities for rapid prototyping and comprehensive analysis.
    MIT
  • Generates a design system rule sheet from the current Figma file, aggregating color tokens, typography styles, variables, and components into a single markdown block for AI context.
    MIT
  • Retrieve Figma prototyping reactions from specified nodes to analyze user interactions and prepare data for creating connector lines between design elements.
    MIT
  • Retrieve Figma prototyping reactions from multiple nodes to analyze user interactions and prepare data for creating connector lines in design workflows.
  • Retrieves Figma prototyping reactions from specified nodes to generate connector line parameters for creating connections.
    MIT
  • Extract and normalize a design system from a Figma library file to generate a structured knowledge artifact with counts of components, styles, and variables.
    MIT
  • Retrieve Figma prototyping reactions from multiple nodes to enable automatic connector line generation.
    MIT
  • Export Figma design tokens (variables and paint styles) as JSON or CSS custom properties to bridge into your codebase.
    MIT
  • Retrieve a structured markdown tree of a Figma node with all design properties and Tokens Studio token references to generate code using design tokens.
    MIT
  • Extract design context from Figma and generate a requirements specification. Provides routing instructions for AI client to call Figma MCP's design context tool.
    MIT