browser_wait_for_network_idle
Wait until there are no pending network requests for a specified duration. The most reliable way to wait for a page to fully load, including AJAX requests, images, and dynamic content.
When to use browser_wait_for_network_idle
Use browser_wait_for_network_idle when you need to synchronize your script with the real state of a loading page. It is part of Owl Browser's Wait Utilities toolset and runs inside a self-hosted, source-level stealth engine, so every call inherits the same undetectable browser fingerprint as the rest of your automation — no separate anti-detect setup required.
Usage Example
Parameters
Required
context_idstringrequiredThe unique identifier of the browser context (e.g., 'ctx_000001')
Optional
idle_timeintegerDuration of network inactivity (no pending requests) required to consider the page 'idle'. Default: 500ms. Increase for pages with delayed/lazy loading
timeoutintegerMaximum time to wait for network idle state. Returns error if network doesn't become idle within this time. Default: 30000 (30 seconds)
Response
Returns a JSON object with the operation result.
{
"success": true,
"result": <value>
}Frequently Asked Questions
What does browser_wait_for_network_idle do?
Wait until there are no pending network requests for a specified duration. The most reliable way to wait for a page to fully load, including AJAX requests, images, and dynamic content. It belongs to Owl Browser's Wait Utilities category and is available through the REST API, the Python SDK (browser.wait_for_network_idle()), the Node.js SDK, and the MCP server.
What parameters does browser_wait_for_network_idle accept?
browser_wait_for_network_idle accepts 1 required parameter (context_id) and 2 optional parameters. All parameters are sent as JSON in a POST request to /api/execute/browser_wait_for_network_idle.
Is browser_wait_for_network_idle detectable by anti-bot systems like Cloudflare or DataDome?
No. browser_wait_for_network_idle executes inside Owl Browser's Chromium engine, which applies fingerprint spoofing at the C++ source level rather than through JavaScript patches. Every tool call shares the same consistent, human-like fingerprint, so anti-bot systems such as Cloudflare, DataDome, and Akamai see an ordinary browser.
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