"Roots" matching MCP servers:

Enables interactive chat with AI models via Anthropic API, with controlled file system access to specified directories and video conversion capabilities.

Enables AI assistants to execute shell commands safely within registered project roots, with blocking of dangerous operations, output filtering, and log inspection.

Enforces authorized file access through MCP roots, blocking path traversal, symlink escapes, and absolute path escapes before any read.

Enables AI assistants to safely read local files and directories from explicitly configured roots, without write, edit, or shell execution capabilities.

Enables safe, read-only browsing of allowlisted local directories through MCP, providing tools to list roots, read files, and search text.

Enables secure filesystem operations (read, write, list, move, search files/directories) through the Model Context Protocol, with dynamic directory access control via MCP Roots.

MCP server for filesystem operations, enabling reading, writing, editing, moving, and searching files with dynamic directory access control via MCP Roots.

Enables MCP clients like ChatGPT to securely access and manage a controlled local directory over a remote, OAuth-protected endpoint, with configurable filesystem roots and ngrok tunneling.

Data-visualization MCP server for ROOT Workspace. It enables creating and iterating on charts (Vega-Lite, Python plots) with a persistent kernel and vision loop.

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Enables AI agents to read-only inspect an OmniFocus database, retrieving exact tasks and projects, Inbox roots, complete project hierarchies, tags, dates, notes and workload or review overviews. All access is read-only and bounded, with no mutation, write tools or sync triggers.

Enables coding agents to safely inspect and modify project files within explicitly allowed workspace roots, with controls for file operations, git status/diff, and optionally allowlisted command execution.

Enables any MCP-compatible client to perform filesystem operations — reading, listing, writing, searching, watching directories, and batch processing files — over JSON-RPC 2.0 stdio transport. Includes resource discovery, metrics tracking, and security controls such as allowed roots, size limits, and format allowlists, with a LangGraph agent that accesses files exclusively through MCP.

Enables controlling a local Scilab/Xcos installation to discover installed block libraries, create native block templates, read, write, and validate diagrams, and run simulations of arbitrary positive duration that return named numerical signal series. It exposes these capabilities as MCP tools over stdio or streamable HTTP, with model file access restricted to configured filesystem roots.

Enables AI agents to inspect, draft, validate, and locally verify contract changes against frozen policies, with separate input and output roots and no approval or verified-signing capability.

Provides comprehensive git tooling via MCP, including status, diffs, commits, branches, stashes, and multi-root inventory, enabling AI agents to manage repositories.

MCP server that scans workspace roots to build a registry of version-controlled projects, exposing tools for searching, listing, and inspecting projects to help AI coding agents navigate multi-repo workspaces efficiently.

Enables AI hosts to work directly on Godot Engine projects through a local, self-hosted gateway that performs structured, permission-aware operations such as creating and editing scenes, nodes, resources and scripts, running and debugging projects, and exporting builds. All actions stay confined to approved project roots, are auditable, and can require confirmation for destructive steps.

Enables users to generate and edit images and videos through their own KIE account, with live model/parameter/price comparison, immutable request approval, and safe local saving of results. Budget reservations, spending limits, and guarded upload/download roots keep paid submissions controlled and never automatically retried.

Enables LLM agents to explore JavaScript/TypeScript repositories through parsed syntax trees by returning compact file outlines, precise symbol definitions, and local dependency graphs. It keeps access read-only and sandboxed to chosen roots while using a bounded, flood-proof stdio transport.