chrome-use
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- AlicenseNot gradedqualityAmaintenanceA local MCP server that lets AI coding assistants drive the user's own already-signed-in Chrome, so agents can read logged-in pages, click, fill forms, navigate, screenshot, inspect network traffic and storage, and run multi-step browser workflows without a separate headless browser or remote debugging port. All communication stays on the user's machine and agent-opened tabs are grouped so they never steal focus.1 npmISC
- AlicenseNot gradedqualityAmaintenanceA local MCP server that lets AI coding tools drive the real Chrome browser you already have open, so agents can read logged-in pages, click, fill forms, take screenshots, and inspect tabs, cookies, and network traffic. All communication stays on your machine, with no debugging port or manual cookie copying required.1 npmISC
- AlicenseNot gradedqualityAmaintenanceA local MCP server that lets AI coding tools drive your real, already-logged-in Chrome — navigating, reading, clicking, filling forms, screenshotting, inspecting network traffic and cookies. Because it runs through a browser extension instead of a debugging port, it works on authenticated pages and passes bot detection without extra setup.1 npmISC
- AlicenseNot gradedqualityAmaintenanceA local MCP server that enables AI coding tools to drive the user's real, already-logged-in Chrome browser — reading pages, clicking, typing, navigating tabs, screenshots, and cookie, network, and storage access — without opening a remote-debugging port.1 npmISC
- AlicenseNot gradedqualityAmaintenanceA local MCP server that lets AI coding tools drive the user's actual, already-logged-in Chrome browser — snapshotting pages, clicking, typing, navigating, reading content, taking screenshots, and inspecting cookies, network traffic, and console output. Browser automation happens through a Chrome extension using Native Messaging, so no remote-debugging port is exposed and all communication stays on the local machine.1 npmISC
- FlicenseNot gradedqualityCmaintenanceA Chrome browser automation MCP server. Connect Claude (or any MCP client) to a real Chrome session — using your existing profiles with their cookies, saved passwords, and history.3-
TDQS
Scored across 12 tools
Most tools are clearly distinct: open/read/snapshot/back/forward/reload each have a unique role, and click/fill/type/press target different interaction primitives. The only mild overlap is chrome_use_fill vs chrome_use_type (both insert text; fill clears first and handles rich editors), which descriptions clarify but an agent could still misselect in edge cases.
Every tool uses the identical chrome_use_<verb> pattern with short, action-oriented verbs (back, open, read, click, fill, type, press, eval, wait, forward, reload). No mixing of camelCase, casing, or verb styles across the set.
12 tools is squarely within the well-scoped range and each tool maps to a real browser-automation need (navigation, reading, element location, input, waiting). There is no obvious filler; the surface is compact yet covers the core loop of navigate-snapshot-act-wait.
The core automation lifecycle is covered: navigation, content reading, accessibility snapshotting, clicking/filling/typing/pressing, JS eval, and rich wait conditions. Gaps remain for tab/window management (list/new/close tabs), scrolling, dropdown selection, and screenshots, though most can be worked around via chrome_use_eval.