Automate any browser interaction without managing a single Chrome instance
When a simple HTTP request can't touch your target — JavaScript SPAs, CAPTCHAs, infinite scroll, WebSockets — our managed headless browser fleet steps in. You describe the workflow; we run the browsers, solve the puzzles, and deliver clean, structured data straight to your warehouse.
await page.goto('https://spa.example.com');
await page.waitForSelector('.product-grid');
await page.click('button.load-more');
const data = await page.$$eval('.card', ...);
// Delivered to your S3 bucket as JSON
12 instances ready
1.8 seconds
Headless browser pipelines powering
A real browser, without the real headache
Browser automation is a managed service that runs your scraping workflows inside real Chromium or Firefox instances — at scale, without you ever managing a driver, patching a binary, or debugging a zombie process. It’s the answer for modern web targets that rely on JavaScript frameworks, WebSockets, or anti‑bot measures that can’t be bypassed with static parsing.
Define the interaction sequence (click, scroll, wait, fill) through our visual builder or a declarative config, and our platform executes it across a distributed, auto‑scaling browser fleet. Data lands structured and validated — exactly like our API pipelines, but with full browser rendering under the hood.
- No Puppeteer/Playwright scripts to write or maintain
- Handles SPAs, infinite scroll, WebSockets, and iFrames
- Built‑in CAPTCHA solving, fingerprint rotation, and stealth
- Warm browser pools eliminate cold‑start delays
- Output as structured JSON, CSV, or direct warehouse delivery
Why teams burn out managing their own browser fleet
Running Chrome at scale isn’t like running a Python script — it breaks in ways that are expensive to debug.
Driver & binary drift
Chrome updates silently, Puppeteer versions drift, and suddenly your production scrapers are throwing “session not created” errors at 3 AM.
Resource hunger
A single headless Chrome tab can consume 200–400 MB of memory. Running 50 of them on an EC2 instance requires an ops team — or a cloud bill that defeats the purpose.
Anti‑bot evolution
Sites now detect browser automation by checking WebDriver flags, canvas fingerprints, and user‑agent inconsistencies. Staying ahead requires constant stealth updates — a full‑time job of its own.
A browser fleet that runs itself
Every piece of infrastructure below is included — you never configure a binary, a proxy, or a stealth plugin.
Managed browser runtime
We run the latest Chromium with automatic patching, stealth plugin injection, and memory‑optimised sandboxing. You never touch a binary or a driver.
Workflow builder (or API)
Define interactions visually or via a declarative JSON config. Click buttons, fill forms, scroll, wait for selectors, and extract data — all without code.
Anti‑detection & CAPTCHA solving
Every browser instance uses rotating fingerprints, realistic WebDriver spoofing, and automatic CAPTCHA solving — keeping your success rate above 99% even on heavily protected sites.
Intelligent rendering decisions
We only spin up a real browser when the target requires it. For static sub‑resources, the platform falls back to lightweight HTTP — saving time and cost.
{
"workflow": [
{ "action": "goto", "url": "https://spa.example.com" },
{ "action": "waitForSelector", "selector": ".product-list" },
{ "action": "click", "selector": "button.load-more" },
{ "action": "extract", "schema": "product-catalog" }
]
}
From a target URL to structured data in days
Define the workflow
Describe the interaction sequence — which pages to visit, what to click, how far to scroll — using our visual builder or a simple JSON config.
Dry‑run in a sandbox
The workflow is executed against a copy of the live target. You review the extracted data, adjust the schema, and confirm that every interaction works as expected.
Deploy to the browser fleet
Switch to production. The platform distributes workload across a geographically scaled fleet of headless browsers — automatically balancing load and re‑trying failures.
Monitor & adapt
We track render success, CAPTCHA solve rates, and data quality. If the target site changes, the workflow is adjusted — often before you notice a gap in the data.
Deliverables for every browser automation project
Workflow definition document
A visual map of every step the browser will execute — reviewed with your team to confirm the interaction logic and data extraction points.
Sandbox data sample
50–200 pages rendered and extracted. Output delivered as structured JSON (or your preferred format) for schema validation and business sign‑off.
Production pipeline + runbook
Full‑scale deployment with a written runbook covering retry logic, CAPTCHA handling, and alert channels. All browser infrastructure owned by us.
Weekly health digest + stealth updates
Weekly summary of render success rates, target‑site changes managed, and any anti‑detection improvements deployed.
Pay for rendered pages, not idle browsers
Pay‑as‑you‑render
For occasional or ad‑hoc browser rendering needs — pay only for successful page renders.
- No monthly minimums
- Billed per page rendered
- Full browser automation features
Monthly Reserved Rendering
For predictable, regular browser scraping workloads with guaranteed capacity and lower per‑page cost.
- Up to 45% cheaper than pay‑as‑you‑go
- Guaranteed rendering slots
- Priority support queue
Enterprise Browser
For high‑volume, multi‑site automation with custom SLAs, dedicated support, and private browser pools.
- Custom SLA with penalties
- Dedicated rendering fleet
- SSO, audit logs, quarterly reviews
Teams with targets that don't play nice with curl
E‑commerce with React/Vue
Product catalogs that load via API calls and render in‑browser — invisible to traditional scrapers.
Travel & Booking
Multi‑step search flows with calendar pickers, dropdowns, and session‑based pricing that require real interaction.
Real Estate Portals
Interactive maps, lazy‑loaded listings, and contact forms that need a browser to unlock the full dataset.
Financial Dashboards
JS‑heavy trading platforms and data portals that push updates over WebSockets — browser automation captures every tick.
Browser automation vs. the alternatives
| Capability | Managed Browser Automation | Self‑Serve API (no JS) | DIY Puppeteer Cluster |
|---|---|---|---|
| JavaScript rendering (SPA, WebSocket) | |||
| No browser fleet to manage | |||
| Anti‑detection & CAPTCHA solving | |||
| Visual workflow builder (no code) | |||
| Automatic stealth & driver patching | |||
| Engineering time required | Minimal | Some integration | Full‑time ops |
“We stopped wrestling with ChromeDriver at 2 AM”
"Our competitor's site is a React SPA that changes selectors every week. ScraperScoop's browser automation not only handles it, but the data comes out cleaner than anything our in‑house Puppeteer scripts ever produced."
"We needed to scrape a booking flow that involves five pages, a CAPTCHA, and a session cookie. They had a working pipeline in four days. We'd spent six weeks trying to build it ourselves."
"The anti‑detection is the real magic. We saw a 40% increase in successful renders compared to our old cluster — and we didn't have to touch a single stealth plugin config."
Browser‑rendered data lands where you work
Same output options as our other services — because the rendering layer shouldn't dictate your data stack.
Try browser automation free — 500 rendered pages on us
Send us a URL and we'll show you what the extracted data looks like — no Puppeteer, no setup, no commitment.
Common questions about browser automation
Let's render your hardest target — for free
Share a URL that requires JavaScript and we'll return a sample dataset within one business day. No setup, no Puppeteer script, no commitment — just proof that your dynamic content can be captured cleanly.
First 500 rendered pages free. Typical pipeline live in under a week.
