"LoopBack" matching MCP servers:

MCP server that lets an LLM agent drive StableProjectorz, a 3D modeling app, by inspecting the loaded model, app state, viewport screenshots, and triggering UI actions via a loopback socket bridge.

Enables safe, repeatable preparation of game characters in Blender through high-level MCP tools for validation, import, normalization, action renaming, and GLB export, with dry-run by default and loopback-only security.

Enables secure, local automation of Blender through typed MCP tools for scene, modeling, material, animation, rendering, and file workflows via an authenticated loopback bridge.

Enables AI coding agents to read the live state of an open Figma file — variables, modes, components, prototype edges and assets — and to export design tokens and code packages for web, iOS, Android, React, Django and Tauri through a user-run loopback bridge with separate read and write gates.

Enables local agents to browse, import, organize, nondestructively edit, and export photos in a running desktop photo catalog, with revision-checked edits, previews, and batch operations over an authenticated loopback endpoint or bundled stdio adapter.

Enables Codex workflows to control Figma Desktop through a loopback-only Streamable HTTP endpoint shared by short-lived clients, bridging to the Kumoha Figma Bridge plugin over a single local port. Supports tool discovery, status probing, and Figma operations without exposing the service beyond the local machine.

Enables MCP clients to inspect and manipulate live SketchUp models through a safe loopback bridge, supporting geometry creation, component/group operations, tags, materials, and transformations with persistent-ID safety.

Enables MCP clients to drive Blockbench Desktop locally for Minecraft model, UV, texture, animation, and export workflows. It provides typed operations, high-level task workflows, native controls, and inspection/verification tools over an authenticated loopback connection.

Enables AI clients to drive SketchUp Pro 2026 on a Windows host, including from WSL, by executing arbitrary Ruby in the active model, reading scene and selection details, and capturing viewport screenshots. It talks to a loopback TCP bridge inside SketchUp using a connect-per-command protocol for reliable, desync-free control.