Enables Figma-to-Code workflows by retrieving and calibrating real-world components from Figma designs, screenshots, and a component knowledge base, outputting component contracts and preview implementations.
AI-native design engineering platform that converts Figma or live websites into a semantic design graph for code generation, and generates Figma designs from prompts with a self-improving director loop.
Enables validating YAML CAD design-intent files and generating new native parts in FreeCAD or Autodesk Fusion, with capability checks and job status retrieval.
An MCP server that enables natural-language control of AutoCAD via file IPC or headless DXF generation, with tools for drawing, entities, layers, blocks, annotations, P&ID, views, and system operations.
Enables LLMs to search and retrieve live Apple Human Interface Guidelines topics, list categories, generate redesign checklists, and access official design assets through a cached MCP interface.
Enables searching, retrieving, converting, and optimizing 200,000+ icons across 150+ libraries, with batch fetching, colored variants, SVG sprite creation, and SVGO compression. Supports single or multi-icon retrieval by keyword, category, or library prefix.
Drives the real Claude Design web app from your editor or agent, enabling creation, iteration, and retrieval of designs generated on your own claude.ai account via automated browser interaction.
Enables AI agents to interact with the Data API, manage sites and content, and perform Designer-related operations through MCP tools. It supports both remote OAuth and local API-token configurations.
Enables offline deterministic generation of SVG game assets such as creature sprites, flat icons, and seamless terrain tiles, with no external API calls or keys.
It exposes five streamable-HTTP tools that add service and FAQ information, Figma or URL-to-DX component generation, session-based user identity lookup, and diagnostics to an existing DX IQ deployment.
Enables developers to extract and organize Figma design files, including complete node data (tree structure and images) for AI understanding and code generation.
An MCP server that provides AI tools with deep understanding of WireUI v2.x components and comprehensive icon support for Heroicons and Phosphor Icons.
MCP server that indexes and serves design skills, guides, and patterns from the taste-skill library, enabling structured retrieval and workflow prompts for design, redesign, and image generation.
Enables Claude Code and Claude Desktop to control Adobe Photoshop on Windows through high-level, tested tools for non-destructive object cutouts, dismissing hint popups that block scripting, and related automation.
Enables automatic generation of UML class diagrams and entity-relationship diagrams from natural language descriptions or structured JSON data. It integrates with MCP agents to create visual representations of code structures and system designs without manual Mermaid coding.
Enables AI clients to control Blockbench for 3D modeling, including geometry, UV, texturing, animation, procedural generation, quality gates, and human review via 95 tools over HTTP or stdio.
Enables MCP-compatible agents to generate, edit, export, and preview AI slide decks through tool calls. Supports deck generation from topics or reference material, per-slide and deck-wide edits, and HTML export.
Enables AI agents in IDEs to operate a local dao3 editor instance through its HTTP API, providing tools for project, map, file, and component management while explicitly refusing account-related operations and contacting no remote services.
Enables AI agents to create, edit, validate, and read back production-grade CAD drawings — including P&ID sheets, mechanical parts and assemblies, and architectural floor plans with measured areas and schedules — through a single typed tool contract that runs either live via COM on Windows or headlessly via ezdxf anywhere. It also supports standards-aware dimensioning, ISO GD&T and tolerance checks, takeoff workbooks, and drawing understanding, diffing, and critique.
Enables AI agents to automate AutoCAD drawings through a typed contract that drives either a live AutoCAD COM session or a headless ezdxf engine. It covers mechanical, architectural, and P&ID drafting, ISO GD&T and tolerance validation, standards-compliant sheets, and drawing understanding and takeoffs.
Enables AI agents to drive CAD automation through a large typed tool surface, either against a live desktop CAD seat over COM on Windows or a headless ezdxf engine on any platform. It covers drafting and symbol libraries, ISO/ANSI dimension, GD&T and tolerance validation, mechanical, architectural and P&ID sheets, drawing understanding and critique, and takeoff workbooks.
Enables AI agents to draft, read, and validate CAD drawings through a single typed contract, driving either a live AutoCAD session over COM on Windows or a headless ezdxf engine on any platform. It covers mechanical parts with ISO GD&T and dimension tolerances, architectural floor plans, P&ID symbols and takeoffs, standards-compliant sheets, and one-call understanding of drawings made elsewhere.
Enables AI agents to create, edit, inspect, and validate production drawings through one typed tool contract, driving either a live AutoCAD seat over COM on Windows or a headless ezdxf engine anywhere. It covers drafting, P&ID, mechanical, and architectural workflows with ISO/ANSI standards, dimension and tolerance checks, takeoffs, and drawing understanding.
Enables AI agents to drive production-grade CAD automation either live through COM on Windows or headlessly via ezdxf on any platform, using one typed contract across both engines. It covers drawing creation, P&ID, mechanical and architectural drafting, ISO GD&T and dimension-tolerance validation, takeoffs, and drawing understanding.
Enables AI agents to draft, edit and inspect CAD drawings through a single typed tool contract, driving a live AutoCAD session over COM on Windows or working headlessly with ezdxf on any platform. It covers ISO-compliant dimensioning and GD&T, P&ID, mechanical and architectural sheets, drawing critique and understanding, and quantity takeoffs exported to workbooks.