You Already Have a Mature Crawler
If your application already handles queues, retries, parsing, storage, and monitoring, paying another service to abstract those layers may provide less incremental value.
ScrapingBee is a managed web scraping API that handles browsers, proxy rotation, geolocation, and anti-blocking configurations for you. If your team already operates its own crawler or browser automation and mainly needs affordable HTTP/HTTPS datacenter proxy capacity, ProxiesThatWork can replace part of that managed layer with infrastructure you control directly.
ScrapingBee is a managed web scraping API created by Kevin Sahin and Pierre de Wulf. The product was developed in 2019 to simplify maintaining proxy infrastructure, headless browsers, JavaScript rendering, and anti-blocking logic.
Today, ScrapingBee handles JavaScript rendering, rotating proxies, premium and stealth proxy modes, geolocation, screenshots, extraction rules, Google Search API access, browser actions, and dedicated scraping APIs. Its service is billed through API credits, with request cost changing according to the features used.
In 2026, ScrapingBee announced that it had joined the Oxylabs group while remaining a separate product and entity. The company says more than 20,000 users use its API. For buyers, the key distinction is that ScrapingBee is not simply selling proxy IPs: it is selling a managed abstraction over multiple parts of the scraping stack.
A useful ScrapingBee alternative page starts with architecture, not price. The services solve different layers of the same web-data workflow.
| Criteria | ScrapingBee | Self-Managed Stack + ProxiesThatWork |
|---|---|---|
| HTTP Request Handling | Managed through API calls | Your crawler or application handles requests |
| Proxy Rotation | Managed through ScrapingBee proxy pools | Your application selects and rotates proxy IPs |
| JavaScript Rendering | Managed headless-browser infrastructure | Your Playwright, Puppeteer, Selenium, or browser stack |
| Anti-Blocking Strategy | Classic, premium, stealth, and Auto-Mode options | Your retry, headers, browser, pacing, and proxy strategy |
| Extraction | Extraction rules and AI-assisted options available | Your parser, selectors, pipeline, or LLM layer |
| Geolocation | Country targeting on supported proxy modes | Depends on proxy inventory purchased |
| Billing Unit | API credits; cost changes with features | Monthly proxy count at $0.02/IP |
| Operational Responsibility | Lower: more of the stack is managed | Higher: engineering team owns scraping logic |
| Best Fit | Teams wanting scraping complexity abstracted behind an API | Teams with existing scraping infrastructure that want direct proxy control |
ScrapingBee's managed model is valuable when engineering time is more expensive than infrastructure. A self-managed path becomes more attractive when your team already owns the hard parts or wants deeper control over request behavior and cost.
If your application already handles queues, retries, parsing, storage, and monitoring, paying another service to abstract those layers may provide less incremental value.
Static HTML pages and ordinary HTTP endpoints can often be collected with standard clients and proxy rotation rather than a managed headless browser.
ScrapingBee requests can consume from 1 to 75 credits depending on rendering and proxy features, so high-volume workloads may justify comparing a self-managed path.
ScrapingBee does not expose its underlying proxy inventory as ordinary proxy lists. A standalone provider gives your application direct control over proxy selection and reuse.
Route easy targets through low-cost datacenter IPs and reserve managed premium or stealth configurations for difficult domains.
Separating crawler/browser infrastructure from proxy supply makes it easier to benchmark providers and control each cost independently.
ScrapingBee's current API includes an own_proxy option. That creates a practical middle ground where the API can still provide rendering or extraction while your team controls the network endpoint.
Use the managed API where browser execution, screenshots, JavaScript scenarios, or extraction rules save meaningful engineering time.
ScrapingBee documents an own_proxy parameter for a user-supplied proxy endpoint, allowing more control over the network layer.
For datacenter-friendly pages, run direct HTTP requests or your own browser automation through ProxiesThatWork.
Keep premium or stealth configurations for domains where residential identity, managed anti-blocking, or browser rendering materially improves success.
Calculate cost per successful request separately for easy, moderate, and difficult targets instead of forcing one architecture onto every domain.
Run both paths in parallel until the self-managed workflow demonstrates the reliability your production workload requires.
The prices below purchase different things. ScrapingBee pricing buys managed scraping capacity; ProxiesThatWork pricing buys proxy infrastructure.
The current main pricing page lists Freelance at $49/month for 250,000 credits, Startup at $99 for 1M, Business at $249 for 3M, and Business+ at $599 for 8M. Request cost changes according to JavaScript rendering, premium proxy, stealth proxy, and other features.
Published monthly plans provide 150 datacenter proxies for $3, 1,000 for $20, and 2,500 for $50. Your team supplies the crawler, browser automation, extraction, retries, storage, and monitoring layers.
API credits and proxy IPs are not equivalent billing units. A ScrapingBee request can include browser rendering, proxy rotation, anti-blocking logic, geolocation, or extraction. Compare total engineering and infrastructure cost rather than subscription price alone. Pricing and feature details based on ScrapingBee and ProxiesThatWork official pages reviewed August 2026.
ProxiesThatWork is not a ScrapingBee clone. Its value is giving teams a lower-level network building block when they prefer to manage crawling and automation themselves.
A proxy-first architecture works best when the target is accessible through normal HTTP(S) requests or browser automation your team already controls.
Run rank checks, public search monitoring, and competitive research when your workflow already handles parsing and scheduling.
Collect public product and pricing pages that do not require sophisticated browser fingerprints or residential identity.
Use requests, Axios, cURL, Scrapy, or similar clients against server-rendered sites and endpoints.
Run Playwright, Puppeteer, or Selenium yourself when you want full control of browser behavior and infrastructure.
Integrate proxy capacity into existing crawlers, ETL jobs, schedulers, queues, and data-processing systems.
Reserve managed scraping APIs for difficult domains while routing less-defended workloads through lower-level proxy infrastructure.
The safest migration is workload-by-workload. Treat ScrapingBee as a managed service you can selectively replace, not a dependency that must disappear overnight.
Separate static/easy sites from JavaScript-heavy, anti-bot-protected, geolocation-sensitive, or residential-only targets.
Use your existing HTTP client or browser automation with external datacenter proxies and keep the first migration scope intentionally narrow.
Measure successful requests, latency, blocks, CAPTCHA frequency, engineering overhead, retry volume, and total cost per successful result.
Use direct datacenter proxies for easy workloads and keep managed ScrapingBee configurations for targets where higher-level features justify the cost.
ScrapingBee is a managed web scraping API launched in 2019 by Kevin Sahin and Pierre de Wulf. It handles browser rendering, proxy rotation, geolocation, anti-blocking configurations, screenshots, extraction rules, and dedicated scraping APIs so developers can collect web data without operating all of that infrastructure themselves.
No. ProxiesThatWork is proxy infrastructure, while ScrapingBee is a managed scraping API. ProxiesThatWork is most relevant for teams that already run their own crawler or browser automation and want direct control of the proxy layer.
Yes. ScrapingBee's current HTML API and CLI documentation include an own_proxy option that lets customers supply their own proxy endpoint. This makes a hybrid ScrapingBee-plus-external-proxy architecture possible.
ProxiesThatWork makes sense when your team already manages request logic, parsing, headless browsers, retries, storage, and monitoring and mainly needs affordable HTTP/HTTPS datacenter proxy capacity.
ScrapingBee uses monthly API-credit plans. Its current main pricing page lists Freelance at $49 per month for 250,000 credits, Startup at $99 for 1 million credits, Business at $249 for 3 million credits, and Business+ at $599 for 8 million credits. Request cost varies by features used.
ScrapingBee's current documentation lists 1 credit for a rotating-proxy request without JavaScript, 5 with JavaScript, 10 for premium proxy without JavaScript, 25 for premium proxy with JavaScript, and 75 for stealth proxy with JavaScript. Other features can add credit cost.
ScrapingBee's help center says customers do not receive direct access to its underlying proxy inventory. Proxy Mode is a front-end to the ScrapingBee API, so requests still use the managed API and its credit model.
Separate workloads. Keep ScrapingBee for difficult JavaScript-heavy or anti-bot targets, test your own crawler with datacenter proxies on easier targets, and move only workloads where the self-managed stack reaches acceptable reliability and cost.
ScrapingBee announced in 2026 that it joined the Oxylabs group while continuing to operate as a separate product and entity.
Compare a managed scraping and automation platform with a self-managed proxy-first architecture.
View alternative →Compare enterprise scraping APIs and proxy networks with focused datacenter infrastructure.
View alternative →Compare a broad web data platform with a narrower datacenter proxy layer.
View alternative →Compare a configurable proxy platform with simple bulk HTTP/HTTPS datacenter plans.
View alternative →Use bulk HTTP/HTTPS datacenter proxies with the crawler, browser automation, parsing, and monitoring stack your team already controls.