Anonymous Proxies

Setup is standard and takes a couple of minutes:

1. Get the access data host, port, login, password in your dashboard.
2. Open the proxy settings in your browser, parser or script.
3. Choose the protocol: HTTP, HTTPS or SOCKS5.
4. Enter the data, authorization by login/password or by IP.
5. Check: the site will see the proxy address instead of yours.

For extra privacy use rotation: a new IP on schedule or on demand makes it harder to link requests together.

Proxies split into three levels by what they add to a request. A transparent one passes your original address in service headers, so the site sees both the proxy and you. An anonymous one withholds the original address but signals that the connection runs through a proxy. A high-anonymity one adds nothing at all.

The difference comes down to a couple of service fields. In transparent mode headers appear carrying the original address, in anonymous mode only the proxy marker remains, and in high-anonymity mode the request looks like an ordinary direct one.

Checking takes a minute: open a service that echoes the headers it received and look for your real address and any proxy mention. Whatever that service sees, any platform sees too.

The address is only one signal. Alongside it go the user-agent string, the set and order of headers, language and time zone, TLS connection parameters, and in a browser also screen characteristics, fonts and rendering results.

Because of that, changing the address alone does not make a connection indistinguishable. If ten requests arrive from different IPs but carry an identical set of the remaining signals, they still add up to one recognisable profile.

The practical conclusion: address anonymity and connection anonymity are separate problems. The first is solved by the proxy, the second by configuring the software itself, and for technical work such as collecting open data the first is usually enough.

These two fields have historically been used by proxies to identify themselves. The first carries the original client address, the second details about the intermediate server. Both are added by the middleman.

If the request contains the first field with your real address, the proxy is called transparent: the site sees both the middleman and you, which leaves almost no point to the connection. If only the second is present, your address is hidden but the use of a proxy is obvious.

High-anonymity mode means neither field is added. The request looks like an ordinary direct one, and the service headers give no way to tell a middleman is present.

Checking needs no special tools: open a service that echoes received headers and look for your address and any proxy mentions. Whatever that service sees, any platform sees too.

The check has three steps and each closes its own layer. First: open an IP detection service and confirm it reports the proxy address. That is the basic address substitution test.

Second step: look at the service headers. Services that echo them show the whole set at once, and it is immediately visible whether the middleman attaches fields with your original address or a proxy marker.

The third step concerns name resolution. If DNS queries go around the proxy, your provider shows up in the results and the list of visited domains stays outside the tunnel. That layer is checked with a separate DNS test.

All three checks are worth running through the software the proxies will actually work in. Settings differ between programs, and a browser result says nothing about how your scraper or client behaves.

The pool runs on our own hardware and consists of private addresses that are not sold one by one and do not appear in public lists. That is the practical basis of anonymity.

High-anonymity mode: the site sees only the proxy address. Rotation delivers new IPs on schedule or on demand, and traffic is unlimited. The pool holds 12,000 IPv4 addresses across 200+ countries.

HTTP, HTTPS and SOCKS5 are in every package, with login/password or IP authorization. SOCKS5 is handy where clean traffic passing matters.