"A command-line fuzzy finder" matching MCP servers:

Enables MCP/AI clients to read project state and execute protected PCB operations in EasyEDA Pro via a local Bridge and official extension APIs.

Lets MCP clients drive the 13 ArtCraft Crafting Apps through their CLI binaries using five compact tools — app discovery, command lookup, ordered command execution, a verbatim CLI escape hatch, and help text. This replaces the 799 per-app tool schemas (~140k tokens of resident context) with about 900 tokens, while keeping full access to the apps' 7,027 command IDs.

Generate professional AI-powered presentations from a topic, raw text, or document file. Export to PPTX, PDF, image, or shareable link.

A read-only MCP server for reading and analyzing Lanhu (Blue Lake) design projects, providing tools to retrieve design lists, previews, node trees, schemas, and exportable resources.

Compares Figma frames to live pages, checking colors, fonts, and border radii, and generates a shareable HTML report.

Enables Codex to inspect a native After Effects project, make scoped edits, and render frames for review through a local macOS bridge. It exposes MCP tools that drive a named After Effects worker without requiring an in-app panel or separate chat client.

A headless-first Model Context Protocol server for safe, deterministic Blender automation, exposing typed tools to inspect scenes and render previews without arbitrary command execution.

Generate 25+ types of hand-drawn Excalidraw diagrams - flowcharts, sequence, architecture, mind maps, ER, UML, kanban, bar/line/radar charts - from structured input with Sugiyama auto-layout and CJK support. Reads and modifies .excalidraw files, exports SVG. Python, local, no API keys required.

Enables turning a SolidWorks part into a finished, self-checked engineering drawing by building views, sections, dimensions, tolerances, GD&T and title blocks from a YAML spec, and also handles revisions, reference-safe renumbering, notes, folder tidy-up and drawing registers. It can be driven from the command line, Python, or Claude via MCP tools, with a check summary flagging anything that failed.

Enables Claude or any MCP client to build, animate, preview, and render motion graphics in a live Adobe After Effects project, including comps, layers, keyframes, effects, cameras, masks, and renders.

Enables planning a tattoo before consulting an artist by generating Markdown tattoo briefs, flagging small-size legibility risks with suggested minimum sizes, and producing clean line-art prompts with negative prompts for AI tattoo generators.

Enables natural-language control of Adobe Photoshop 2026 through a local, capability-gated MCP server and UXP bridge, supporting document editing, command execution, and safe automation with automatic approvals and validation.

Enables Claude to validate photovoltaic system specifications and deterministically generate single-line diagrams with IEC 60617 symbols, exporting to DXF/PNG headlessly or to live AutoCAD 2027 for DWG and PDF output.

Enables AI agents to inspect Figma selections, navigate pages, render previews, generate starter code, and submit user-approved canvas edits through a local bridge.

Enables AI agents to operate Autodesk Fusion 360 through MCP with serialized command dispatch, safe spacing, and the ability to target open inactive documents.

Enables AI agents to read, watch, and edit live Excalidraw rooms by joining as a socket bot over a self-hosted relay, bypassing browser automation.

Enables AI agents and command-line tools to execute Python and MEL scripts inside Autodesk Maya through a direct Streamable HTTP endpoint.

Enables creating and editing Draw.io diagrams via natural language, supporting shapes, connectors, and multi-line text.

Enables LLM-driven inspection, building, modification, and visual review of Adobe After Effects compositions through structured scene-level operations and a CEP-to-ExtendScript bridge.

Enables AI-assisted 3D scene manipulation in Cinema 4D via natural language, using an MCP server that communicates with a C4D plugin.

Enables AI assistants to control Adobe After Effects through a file-based CEP bridge, supporting project and composition creation, layer and keyframe management, expressions, batch operations, and rendering.

Enables AI assistants to control Blender 3D modeling software through a stable, goal-oriented tool API for safer and more reliable 3D scene manipulation.

Enables AI assistants to drive a layered raster image editor with painting, shapes, text, filters, and internet-sourced images and fonts via MCP tool calls, with token-efficient rendering and export.

Gives AI assistants headless control of the pixel-art editor by wrapping its command line and complete Lua scripting API. It enables inspecting sprite metadata, creating new sprites, exporting frames and packed spritesheets, and editing pixels, layers, frames, tags and palettes.

Enables AI hosts to interact with a browser CAD workbench through model-neutral local stdio or authenticated remote MCP tools, supporting command discovery, design-health analysis, and scoped previews while never reading local files or taking over open sessions.

Enables AI assistants to discover, connect to, and control LightWave3D Modeler and Layout programmatically via the Command Port.

Enables safe, AI-driven CATIA V5 modeling through 36 guarded tools for creating and inspecting parametric CATParts, including sketch, part design, GSD/surface, and transaction operations, while preventing mutation of existing documents.

An MCP server that lets AI agents draw in a live Aseprite editor or headless mode, featuring one-action Unity sprite-sheet export, art-QA sweeps, and game-dev tools.

Enables AI clients to control a running AutoCAD via Windows COM, supporting zoom, selection, highlighting, entity queries, and command or LISP execution without restarting AutoCAD.

Enables Claude Code to build entire Figma screens from a compact JSON spec using the design system tokens, styles, and components already in the file, with a local Figma plugin bridge and screenshot verification. It reduces token use by delegating Figma work to a Sonnet subagent and returning short summaries.