NeoBrowser: An MCP server that drives real Chrome with your logged-in sessions

NeoBrowser drives the real Google Chrome binary over CDP and can reuse your actual logged-in profile, so the model lands already authenticated and looks like a genuine user — because it is one.

What's different:

- Real sessions: optionally decrypts + injects cookies from your real Chrome profile (macOS Keychain / Linux secret-service / Windows DPAPI). Opt-in; session-identity cookies are excluded so your real browser isn't logged out. - Genuine stealth, not spoofing: real UA matching its Client Hints, real GPU WebGL, navigator.webdriver gone. Passes bot.sannysoft live in CI. It doesn't pretend to beat interactive challenges — reCAPTCHA/Turnstile can still wall you — instead it detects the wall and tells the model how to react. - Human-like input: clicks travel along an eased, jittered path; typing can be per-key with realistic timing. - One ~5 MB static Rust binary, 43 tools (multi-tab, forms, upload/download, search, playbooks), zero runtime deps.

I also ran a neutral benchmark against Playwright MCP with a shared task matrix, nothing tuned to make either win. Honest results: Playwright MCP is faster (my headless frame-forcing costs ~2x latency); NeoBrowser passes upload + session persistence tasks Playwright MCP can't, and on adversarial pages both get walled equally. Full methodology in bench/ if you want to poke holes in it — I'd rather be called out than overclaim.

Repo: https://github.com/pitiflautico/neobrowser

/Applications/Google\ Chrome.app/Contents/MacOS/Google\ Chrome --remote-debugging-port=9222 --user-data-dir=/tmp/chrome-profile-stable and tell it

The fingerprint and mouse thing is interesting though