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Comparison

Browser Use is a library you write against. Browsentic is a panel you talk to.

Browser Use gives your code an agent that drives a browser it launches. Browsentic gives you a side panel that drives the browser you are already signed in to. One is for software you are building, the other for work you are doing. Here is where each one wins.

Different owners

The same idea, pointed in opposite directions

Browser Use

A library that gives your code a browser agent

  • A Python and TypeScript package: you construct an agent, give it a task and a model, and run it
  • It drives a Chromium it launches over the DevTools protocol, reading the DOM and screenshots together
  • Open source, with a metered cloud that runs browsers for you with proxies and CAPTCHA solving
  • Built for software that automates the web: pipelines, scrapers, products, many runs in parallel

Browsentic

A side panel that drives the browser you are signed in to

  • Not a library: an extension with a panel you speak or type into, beside the tab you are looking at
  • It drives your real tab, so the session, the cookies and the two-factor state are the ones you already have
  • Runs the agent CLI you already pay for, so there is no model key to paste and no token bill to watch
  • MIT licensed, on your machine, with approvals in front of anything consequential

Side by side

The whole thing, in one table

Checked against the browser-use repository and browser-use.com, September 2026. Their product moves; when this drifts, an issue is the fastest fix.

Browsentic Browser Use
The shape of it
What it is A browser extension with a side panel, plus a local daemon A package you import and write code against
How you drive it Say or type it in the panel Write a script and run it
The browser Your real, open, logged-in tab A Chromium it launches, or one in its cloud
Logins Already yours: nothing is re-authenticated You supply cookies or stored state, or sign in each run
Model keys None: it spawns the CLI you signed in to You bring an API key, and pay per token
What it costs Nothing beyond the agent subscription you already have Free to self host, plus tokens; cloud browsers metered by the minute
License MIT Open source, on GitHub
What it is for
Interactive work The point: you watch it on a timeline and approve as it goes Possible, but you are writing code to do it
Many runs in parallel Several tabs and agents in one browser, on one machine The point: fan out across cloud browsers
Headless and CI No: it needs your real browser open Yes, and that is the normal way to run it
Proxies and CAPTCHA No: it is your browser, on your connection Yes, in the cloud tier
Composing into your own software Through MCP, or not at all Yes: it is a library
Trust
Credentials Sealed into placeholders; the agent never sees plaintext Whatever your script passes it
Approvals A declarative policy, every rule tunable, per-site grants Yours to implement
Where page text goes To the agent on your machine, marked untrusted To whichever model API you configured
Show it a job once Recordings: do it yourself, later say “do it like last time” Write the script

No equivalent over there

What only Browsentic does

Your session, not a copy of it

Nothing is re-authenticated in a throwaway profile, so the banks, the intranets and the single sign-on that would stop a fresh Chromium never come up. You are already past the login wall.

No code to write

The gap between wanting a job done and having it done is one sentence in the panel. There is no agent to construct, no model to choose in code, and nothing to deploy.

No token bill

It spawns the CLI you already subscribe to, so a long job costs what your existing plan costs. There is no API key anywhere in the product.

Approvals where you are looking

Form submission, file upload and leaving the run’s sites pause in the panel and name themselves, which matters a great deal more when the browser is the one holding your real accounts.

Show it once, or let it learn the site

Record a job yourself and replay it later, or point it at a site and let it map itself. Both become skills you read before you arm them.

It is also an MCP server

If you do want this in your own tooling, the daemon speaks MCP over stdio, so Claude Code, Cursor or Zed can drive the paired tab without you writing a client.

Credit where it is due

What Browser Use does that we do not

A comparison you cannot lose is not a comparison. These are real, and some of them are why some people should pick their product over ours.

It scales, and we do not

Hundreds of browsers in parallel, headless, in CI, behind proxies. Browsentic drives exactly one browser: the one in front of you, and only while it is open.

It is a library

That means it composes into your own software: your control flow, your retries, your storage. Browsentic is an application, and the panel is the interface.

Vision as well as structure

Browser Use pairs the DOM with screenshots so it can find a control that has no usable markup. Browsentic leans on a layout diagram with stable selectors, and takes screenshots when asked.

A managed cloud

Browsers by the minute, with residential proxies and CAPTCHA solving, so a scraping job is somebody else’s infrastructure problem. Browsentic has no hosted anything.

The short version

How to pick

Pick theirs

Pick Browser Use if you are building software that automates the web: many runs, headless, in CI, at a scale no person is sitting in front of.

Pick ours

Pick Browsentic if the work is yours and the accounts are yours: one browser, already signed in, driven from a panel you talk to, with approvals in front of anything that commits.

They do not overlap much. A team can reasonably run Browser Use in its pipelines and Browsentic on the laptops, and neither one gets in the other’s way.

Stop describing the page. Hand it over.

Free and MIT licensed. No signup, no key to paste, and a fresh install connects to nothing until you pair it yourself.

npx browsentic setup