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Powerful network of fast-rotating residential proxies that are flexible, reliable, and secure.
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Top-tier datacenter proxies designed for speed, scalability, and security.
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High-quality mobile proxies from real mobile devices on 4G and 5G networks.
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Static residential proxies directly from Internet Service Providers.
Static IPs in high-performance server racks with unlimited bandwidth.
Powerful network of fast-rotating residential proxies that are flexible, reliable, and secure.
Top-tier datacenter proxies designed for speed, scalability, and security.
High-quality mobile proxies from real mobile devices on 4G and 5G networks.
Static residential proxies directly from Internet Service Providers.
Static IPs in high-performance server racks with unlimited bandwidth.
Sessions are free — pay only for traffic
A Chrome browser that runs on our servers. Nothing to install and nothing to maintain — you connect when you need it and close it when you don't.
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const r = await fetch(SESSIONS_URL, { 2 method: 'POST', 3 headers: { 'X-Api-Key': KEY }, 4 body: JSON.stringify({ 5 proxy: { type: '', 6 location: { countryCode: '' } }, 7 browser: { fingerprint: { os: '' } }, 8 runtime: { timeoutSeconds: 60 }, 9 }), 10 }); 11 const { connectUrl } = await r.json(); 12 const browser = 13 await chromium.connectOverCDP(connectUrl); 14 // A real browser, 60 seconds on the clock Pick a country and OS, then press Start session in the config window
60-second demo · no sign-upDemo session ended
The server closed this session. That was a real cloud browser, driven by you. Sign up to browse without the timer.
Sign up — keep browsingReal windows — drag them around. Demo sessions are time-limited; full sessions are not.
A cloud browser is a Chrome browser that someone else runs on their server. To use a cloud browser, you make a request, and then a browser gets started in one of the cloud servers. Then, you get a link that you can use to initiate a remote control session with the browser.
There's nothing to install and nothing to maintain, you connect when you need it and close it when you don't. With Floppydata, this one request is all that is needed. Give the setup a name once, call it a preset, and next time it's just there. No rebuilding, no reconfiguring.
connect() 200 OK A cloud based browser can handle several different jobs, depending on what you need it for.
Most websites will not provide visitors with the full content unless their JavaScript code has completed loading. If you only retrieve the HTML, you would have missed the rest of the page. Cloud browsers work like any browser but more patiently waits for the page to load in its entirety. Cloud browsers also have the ability to send traffic through a residential or mobile connection, or a datacenter, which is useful when a particular website refuses to load content for a particular IP address.
AI agents don't work well with raw code. They do better with a real page they can click, scroll, and read, the same way a person would. A cloud based web browser gives an agent exactly that, then sends the results back in a simple format that doesn't waste the model's context.
Repetitive tasks like filling out the same form every day, checking a page still loads, or pulling a report on a schedule are a good fit for cloud browser automation tools. Running this on your own computer means one browser at a time. In the cloud, you can run many sessions at once, and you can pick up a session later instead of starting over.
To test page load times, memory usage, and where problematic areas of JavaScript are, developers create a cloud browser API. A cloud browser API runs in a user's browser and provides them a way to debug with a live view and logs if the user's local installation breaks.
Running your own browser server works fine until real traffic shows up.
Hosting Chrome yourself means servers, Docker containers, memory leaks, and adding machines by hand as a project grows — a browser in cloud setup that only scales as fast as your hardware budget. A script that suddenly needs ten copies becomes a server problem instead of a coding problem.
Bots get recognized by little details: installed fonts, canvas rendering, the audio stack, screen size and hardware. Cloud antidetect (anti-detect) browsers take care of these for you, so the session behaves like a real visitor — with rotating proxies and automatic CAPTCHA solving built in. A secure cloud browser also keeps each session separate: one gets blocked, the rest keep running.
A managed cloud browser service takes the infrastructure off your plate, and your code barely notices. Puppeteer or Playwright in your stack? Swap launch() for connect() and point it at a WebSocket address. Selenium and Playwright in Python work the same way.
A few points worth knowing before you choose:
| Self-Hosted Chrome | Floppydata's Cloud Browser | |
|---|---|---|
| License fee | None, but hidden in server and proxy costs | None either, this is a free cloud browser at its core |
| Getting started | Provision infrastructure first | A free cloud browser online setup, or any online cloud browser, is ready to test in minutes |
| Idle time | Costs the same whether busy or idle | A serverless Cloud Browser like this charges nothing while a session sits unused |
| What actually gets billed | Servers, proxies, maintenance hours | Only the proxy traffic, unlike a cloud browser free trial elsewhere that hides fees in the fine print |
| Pricing comparison | Flat infrastructure cost regardless of load | Compare browser use cloud pricing or browser-use cloud pricing by cost per gigabyte, not a flat rate |
| Flexibility | One setup per project | A creative cloud browser approach reuses the same saved presets across scraping, testing, and content work |
Since sessions themselves are free, a cloud browser online free test only costs the traffic it uses. That makes it a simple way to try out a browser cloud workflow before scaling it up.
Getting a session running takes a few lines:
Add a proxy type and country when the session opens, and the rest of the script barely changes from what would run locally anyway.
View Documentation const browser = await chromium.connectOverCDP(connectUrl);const page = await browser.newPage();await page.goto('https://example.com');const data = await page.textContent('body');