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Anonymous IPv4 and SOCKS5 proxies

Anonymous proxies: your real address stays behind a private pool.

★★★★★
Fast access Unlimited traffic Private IPs
Quality guarantee99.9% uptime
24/7 supportreply in a ticket
High anonymityyour IP is hidden
Great pricecrypto payment
15,000
private IPs in the pool
up to 5,000
threads per plan
99.9%
network uptime
24h
ticket reply, 7 days a week
Pricing

Anonymous proxy plans

Every plan includes IPv4 and SOCKS5 together, at no extra cost.

Threads are simultaneous connections. The more threads, the higher the parallel load your software can handle.

Proxies for 24 hours
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
$15
Buy
Proxies for a week
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
$75
Buy
Customer favorite
Proxies for a month
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
$190
Buy
Test up to 2 hours
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 1,000 threads
Free
Order
Proxies for 24 hours
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
$30
Buy
Proxies for a week
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
$180
Buy
For business
Proxies for a month
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
$600
Buy
Test up to 1 hour
Private IPv4 + SOCKS5
Pool of 12,000-15,000 IPs
Address rotation
Unlimited traffic
Up to 3,000 threads
Free
Order

Why you need anonymous proxies

An anonymous proxy swaps your real address for one from the pool, so the target only ever sees the exit IP. That is the baseline for account work, analytics and automation.

Anonymity is measured by what the receiving side actually sees, not by promises. You can check it in a minute on the free test: open any address-detection service through the proxy and look at which IP comes back and whether service headers show a middleman.

Features of anonymous proxies

The pool serves private IPv4 and SOCKS5, with 12,000 to 15,000 addresses in rotation from various countries in worldmix. Every profile or thread exits from its own IP.

SOCKS5 works at the transport layer and does not touch the payload, while HTTP and HTTPS suit web tasks. Speed and low ping hold up across all protocols.

What proxies you need for anonymous work

ProtocolHTTP, HTTPS or SOCKS5
What is passedyour own address never goes out
SOCKS5no service headers are added at all
Address typeprivate IPv4 with rotation
Verificationon the free test of up to 2 hours
Countriesworldwide mix, addresses from across the globe
Trafficunlimited, nothing extra to pay per gigabyte
Authorisationby binding your own IP in settings, up to 2 addresses

What a site sees when you work through anonymous proxies

Proxies differ in how much they reveal, and this is where most of the confusion lives. A transparent middleman passes your real address in a service header such as X-Forwarded-For, so the site sees both the proxy and you. An anonymous address withholds yours but may still leave Via or a similar header that makes the middleman obvious. The strictest level leaves neither trace.

Headers are only part of the picture, though. Even when those come back empty, a platform weighs consistency: whether the browser you claim matches the fingerprint of the connection, whether the request rhythm is unnaturally even, whether the whole load arrives from one point. An anonymous address closes the first question, the rest are settled by how your software is configured.

Anonymity is worth checking before production work rather than after. On the free test of up to 2 hours you open any address-detection service through the proxy and look at which IP it reports, which country it assigns and whether extra headers appear in the request.

One leak deserves separate attention, the one that happens during name resolution. If your software turns a domain into an address locally, that query bypasses the proxy and your provider sees which sites you are reaching, even while the traffic itself travels through the exit. In SOCKS5 the cure is writing socks5h instead of socks5, and in browsers it is a separate checkbox for resolving on the proxy side.

  • A transparent proxy passes your address in a service header
  • A Via header exposes the middleman even without your IP
  • SOCKS5 adds no headers at all
  • An anonymous address does not excuse mismatched headers or robotic timing

How to set up anonymous proxies

Access opens by binding the IP of the server or home-network computer where the proxy software runs, up to 2 addresses. Without that binding the proxy will not work in any format.

The main output format is IP:PORT, and for programs with login and password fields there is an additional IP:PORT:LOGIN:PASS. It is easy to check the pool against your own task on the free test up to 2 hours.

How to buy anonymous proxies

Sign up in the cabinet and request the free test up to 2 hours, bind your IP and message an operator in a ticket to run the pool against your own tasks.

Once it suits you, pick a package by volume and term, pay in crypto, and access is activated automatically after the payment.

FAQ

How anonymous are your proxies?

The target site only sees the exit address from the pool, and your real IP stays hidden. Addresses are private and never shared with other customers.

Which protocol should I pick, HTTP or SOCKS5?

SOCKS5 works at connection level and does not interfere with the data it carries, which is why software setups usually take it. Both are available on the same address.

Can I choose the country?

The pool holds private IPv4 from various countries in worldmix. Whether that fits your task is clear on the free test.

See also: SOCKS5 proxies, private proxies, HTTP and HTTPS proxies, buy proxies for multi-accounting, buy proxies for Telegram, full catalog

© WinGate · source of the material · wingate.me/en/proxy/anonymous-proxies