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Browser Tool, worked by an AI employee

Not another app for your team to learn, and not a set of rules for you to build. You hire an AI employee, you give it access to your Browser Tool account, and you ask it for things in Slack or Teams the way you would ask anyone else on the team. There is nothing to map and nothing to maintain.

  • AI Agents
  • No sign in of its own
  • 18 ready-made tools
  • Asked in Slack or Teams
At work

An illustration of how the conversation reads, not a transcript from a client account.

What Browser Tool is

Composio Browser Tool enables AI Agents and LLMs to automate web interactions, perform web scraping, and conduct automated testing. Use cases include data extraction, form automation, website monitoring, and intelligent web navigation.

It reaches Browser Tool without a sign in of its own.

How a run works

One message in, the work done in Browser Tool.

  1. 01

    You ask

    You message your AI employee in the chat your team already has open, in one sentence, in your own words.

  2. 02

    It works out the step

    It decides what the job needs in Browser Tool. You do not pick anything from a menu or wire anything together.

  3. 03

    It does the work

    Signed in to your own Browser Tool account, inside the access you granted it, doing the thing you asked for.

  4. 04

    It reports back

    It tells you what it did, in the same thread. If it could not do something, it says so rather than guessing.

18 tools it already has

What it can do in Browser Tool

These are the ready-made tools your AI employee already has in Browser Tool. It is not limited to them, but it never has to be taught these.

  • AI Perform Web TaskAi automation: complex workflows only. when to use: 10+ manual steps | dynamic/unpredictable content when to avoid: simple clicks | forms | navigation | payments strategy: try once
  • Copy Selected TextCopy currently selected text on the page to clipboard - ideal for extracting highlighted content, copying form data, or harvesting visible text selections.
  • Drag and DropExecute precise drag and drop operations - essential for file uploads, list reordering, element moving, and complex ui interactions that require drag-based manipulation.
  • Fetch Webpage ContentYour eyes: get page content for decision-making. use before: actions (find targets, understand state) use to verify: page transitions, major state changes, when actions seem to fai
  • Get Clipboard ContentRead current content from the system clipboard - essential for data transfer workflows, extracting copied text, and reading user-copied data for processing.
  • Keyboard ShortcutExecute keyboard shortcuts and key combinations - essential for copy/paste, navigation, and application commands that agents need for efficient browser automation.
  • Mouse ClickPrecision clicker: manual clicking with coordinates. pattern: fetchwebpage(html) → find element → estimate coordinates → click → verify hints: center buttons ~(640,350) | nav/heade
  • Mouse Double ClickExecute a precise double click at specified screen coordinates - ideal for opening files, selecting text, or activating ui elements that require double click gestures.
  • Mouse Down (Press and Hold)Press and hold mouse button at coordinates - use for starting custom drag operations, text selections, or long-press interactions. must be followed by mouseup action to complete.
  • Mouse MoveMove mouse cursor to precise coordinates without clicking - perfect for triggering hover effects, revealing tooltips, and positioning for subsequent interactions.
  • Mouse Up (Release Button)Release mouse button at coordinates - completes drag operations, text selections, and long-press interactions. should be used after mousedown to finish mouse button sequences.
  • Navigate to URLAlways start here: creates browser session and navigates to url. workflow: navigate() → fetchwebpage() → manual interactions → verify print debugurl to user | success rate: 99%
  • Paste TextPaste text content at the current cursor position - perfect for filling forms, inserting data into text fields, or quick content insertion at focused elements.
  • Screenshot WebpageCapture high-quality screenshot of any webpage with extensive customization options - perfect for archiving, visual documentation, full-page captures, and cross-device viewport tes
  • Scroll PagePage navigation: smooth scrolling. use: when target element not visible after fetchwebpage() distance: 200px=fine | 400px=sections | 800px=quick traverse always: scroll → fetchwebp
  • Set Clipboard ContentStore text content in the system clipboard for later paste operations - perfect for preparing data transfers, staging content for forms, or cross-application data sharing.
  • Take ScreenshotVisual verification: capture screenshot of current browser viewport. use: debug ui issues, verify page state, document visual results renders: inline in mcp clients for immediate v
  • Type TextControlled input: human-like typing. pattern: click to focus → typetext() → verify speed: delay=0 (fast) | delay=50 (human-like) | delay=100+ (careful) must focus input field first
Access, and who is in charge of it

You stay the boss of your Browser Tool account.

Nothing connects until you approve it. You grant access one app at a time, you can take it back the same way, and everything your AI employee does in there is written down where you can see it.

How we handle your data
  • It signs in to your own Browser Tool account. You are not moving anything into ours.
  • You grant access one app at a time, and you can take it back the same way.
  • Everything it does in Browser Tool is written down, with what it did and when.
  • Anything you tell it to check with you first, it checks with you first.
Other apps in the same corner of the business

It works in Browser Tool and the rest of your software in the same job

A real job rarely stays in one place. Reading a message in one app, checking a record in another and writing the result in a third is one request to your AI employee, not three.

See every app

Questions people ask about Browser Tool

Can an AI employee really work inside Browser Tool?
Yes. It signs in to your own Browser Tool account and works in it the way a new hire would, from the chat your team already has open. Nobody installs anything, and nobody learns a new screen.
Do I have to move anything out of Browser Tool?
No. Nothing moves and nothing is replaced. Your records stay in Browser Tool, your team carries on in the same screens they used yesterday, and your AI employee works alongside them in there.
How does it get into my Browser Tool account?
It reaches Browser Tool without a sign in of its own. You approve it before anything connects, and you can take the access back the same way you gave it.
What can it actually do in Browser Tool?
It has 18 ready-made tools in Browser Tool today, among them AI Perform Web Task, Copy Selected Text and Drag and Drop. The full list is on this page. It is not limited to those, but it never has to be taught them.
Can it use Browser Tool and the rest of my software in the same job?
Yes, and that is usually the point. Reading a message in one app, checking a record in Browser Tool and writing the result somewhere else is one request to your AI employee, not three separate ones you stitch together.
Who decides what it is allowed to do in Browser Tool?
You do. You grant access one app at a time and can withdraw it at any time, anything you ask it to check with you first it checks with you first, and everything it does in Browser Tool is written down with what it did and when.