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Control an isolated Browser Use Cloud browser from a sandboxed machine using the Browser Use CLI.
Controls an isolated Browser Use Cloud browser from a sandboxed machine with the current Browser Use CLI.
Review the original instructions and requested permissions before installing.
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How clearly the skill guides your agent, how complete its workflow is, and how you can check the outcome.
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Original instructions from the publisher’s SKILL.md
# Remote Browser
Use this skill when an agent runs on a machine without a usable local Chrome and needs an isolated browser. The current Browser Use CLI runs Python from stdin. Do not use the removed `open`, `state`, `click`, `input`, `tab`, `cloud connect`, or `--connect` commands.
## Check the CLI
```bash
browser-use --doctor
browser-use skill show
```
If setup fails, follow the current [Browser Use skill](../browser-use/SKILL.md).
## Start an isolated browser
Authenticate once:
```bash
browser-use auth login
```
Pick a short unique name. `r7k2` below is only an example.
```bash
browser-use <<'PY'
start_remote_daemon("r7k2")
PY
```
Use the same name for every command in this browser:
```bash
BU_NAME=r7k2 browser-use <<'PY'
new_tab("https://example.com")
wait_for_load()
print(page_info())
PY
```
Each remote daemon is a separate Browser Use Cloud browser. Use a different name for each parallel task. Remote browsers can bill until they stop or time out.
## Inspect and interact
Helpers are pre-imported. Keep multi-step work in one heredoc when practical.
```bash
BU_NAME=r7k2 browser-use <<'PY'
print(page_info())
print(js("document.title"))
fill_input('input[name="q"]', "browser automation")
press_key("Enter")
wait_for_load()
print(page_info())
PY
```
Useful helpers:
- Navigate: `new_tab(url)`, `goto_url(url)`, `wait_for_load()`
- Inspect: `page_info()`, `js(code)`, `cdp(method, ...)`
- Interact: `click_at_xy(x, y)`, `type_text(text)`, `fill_input(selector, text)`, `press_key(key)`, `scroll(x, y)`
- Tabs: `list_tabs()`, `switch_tab(target)`, `close_tab(target)`
- Files and proof: `capture_screenshot()`, `wait_for_element(selector)`
Prefer the accessibility tree for element discovery:
```python
nodes = cdp("Accessibility.getFullAXTree")["nodes"]
```
Use a targeted `js(...)` query when the accessibility tree lacks the element. Verify each action with `page_info()`, a focused DOM check, or a screenshot.
## Stop the browser
When the work is done, stop the exact named browser:
```bash
browser-use <<'PY'
stop_remote_daemon("r7k2")
PY
```
Do not leave an unused remote browser running.