HTTP proxies work at the application level, receiving and forwarding requests over HTTP. Depending on which headers they pass along, they are divided into elite, anonymous, and transparent groups, which determines how visible the real IP address remains. Learn more about what HTTP proxies are in our knowledge base, or buy premium access to get access to all available servers.
| Address and type | |||||
|---|---|---|---|---|---|
Rwanda Kigali | Low | 2 sec. ago | |||
Mexico Queretaro | Low | 2 sec. ago | |||
Philippines Mandaluyong City | Low | 3 sec. ago | |||
Germany Frankfurt am Main | High | 6 sec. ago | |||
Hong Kong Hong Kong | High | 7 sec. ago | |||
Turkey Istanbul | Low | 7 sec. ago | |||
United States Eastport | Medium | 8 sec. ago | |||
Indonesia Jakarta | Low | 8 sec. ago | |||
Peru San Jeronimo | Low | 9 sec. ago | |||
Netherlands Amsterdam | High | 10 sec. ago |
An HTTP proxy accepts requests from the client and forwards them to the target server, modifying headers when needed. Such proxies are commonly used for scraping, bypassing geo-restrictions, and caching pages.
Elite HTTP proxies completely hide the fact of proxy use. Anonymous ones hide the IP but may be detected as proxies. Transparent ones hide neither the IP nor the fact of usage.
Enter the proxy address and port in the settings of your browser, application, or OS. Use the service API for programmatic list loading.
The most common HTTP proxy ports are 80, 8080, 3128, and 8888. Port 80 is the standard for HTTP traffic, while 8080 and 3128 are popular alternative proxy ports.
An HTTP proxy can either speed up loading through caching or slow it down with high server latency. Speed depends on proxy location and current load.