"Firefox" matching MCP servers:

Enables Claude to autonomously drive Firefox by combining Claude's planning with Jev's fast element selection for clicks, navigation, and form actions, reducing latency and token usage.

Enables MCP harnesses to control a live Firefox profile across all tabs and windows, exposing tools for browsing, navigation, page interaction, and browser state management. It includes an optional AI cursor that visually indicates actions being performed on pages.

Enables AI agents to manage live Firefox tabs and native tab groups via MCP tools over stdio, with exact-match verification and safety constraints. It does not read page content or send browser data remotely.

Use your existing Firefox and logged-in tabs, limited to tabs or tab groups you explicitly share.

Lets any number of concurrent Claude Code sessions drive a Firefox browser through the Browser Control extension by funneling every session's commands over a single shared port via a background daemon and private unix socket. Sessions no longer have to compete for a limited pool of extension ports, and requests stay isolated through per-request correlation ids.

Self-hosted anti-detect browser for AI agents. Rust MCP runtime + own Firefox engine fork (C++-level stealth). page_a11y: semantic snapshots pierce shadow DOM, detect login_state, danger zones, and prompt injection. Act by ref — no CSS selectors. Evidence recording, Android personas, 20 tools, 6 platforms.

MCP server that lets a high-capability director model drive the firefox-reverse browser's built-in reverse-engineering Agent, with a cheap worker model executing all tooling.

Enables AI agents to drive a user-launched Firefox instance via its native Marionette protocol, providing precise DOM actuation like clicking, typing, uploading files, taking screenshots, and evaluating JavaScript.

Connects to the Firefox or Chromium browser you already use, on desktop or Android, so agents can navigate sites, read pages, click and fill forms, take screenshots, and extract structured data. It keeps session credentials inside the browser rather than copying them into agent configuration.

Enables an AI agent to interact with the user's current Firefox or Chromium browser under per-site policies, allowing it to list tabs, read pages, take screenshots, fill fields, and click with user confirmation.

Enables AI agents to control live Zen Browser and Firefox tabs via MCP, performing actions like navigation, clicking, typing, scrolling, and running JavaScript through a local WebSocket bridge.

Enables AI agents to automate a privacy-focused Firefox-based browser through MCP, with session and profile management, navigation, interaction, extraction, screenshots, JavaScript execution, tabs, downloads, and permission/URL validation.

Enables Codex to operate your already-open Firefox tabs via local MCP tools for status, tab management, navigation, interaction, and screenshots on Windows x64 with Firefox 140+.

Enables AI agents to access individual Firefox tabs in their real logged-in state with time-limited, clearly marked, and revocable sharing. Supports both view-only and full-control modes, including interaction, navigation, and automation of the shared tab.

Enables AI assistants to operate a real, logged-in Firefox session through an extension, including tab and history management, page reading, screenshots, and clicking, typing, or scrolling on domains the user approves.

MCP server that gives local clients controlled access to a Firefox profile, enabling tab listing, reading, interaction, scripting, and screenshots with granular, revocable permissions.

An MCP server paired with a Firefox extension that enables LLM clients to control the user's browser, supporting tab management, history search, and content reading.

Provides stealthy browser automation capabilities using a custom Firefox build designed for anti-detection. It enables users to navigate pages, interact with elements, and manage persistent browser sessions through natural language.

An MCP server that turns your real Chrome or Firefox browser into a shared space with an AI assistant, enabling it to act, observe, wait for you, collaborate step-by-step, and learn tasks from demonstrations.

Enables AI agents to control existing Chrome and Firefox browser sessions locally, including tab management, navigation, form filling, screenshots, and persistent scripts, without remote relays or debugging ports.