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Global Proxy Network for Everyone

SOCKS5 Residential Proxies

Billed per IP, no charge for IPs you cannot use, 6-12 hour sessions

SOCKS5 protocol support for applications that need TCP and UDP connectivity. Maximum anonymity and flexibility.

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At a glance

  • SOCKS5 Protocol
  • 195+ Countries
  • TCP & UDP
  • High Anonymity

Key Features

SOCKS5 Protocol

Full SOCKS5 support for TCP and UDP traffic routing.

UDP Support

Route UDP traffic through proxies for gaming, VoIP, and more.

Global Coverage

Target any country, state, or city across 195+ locations.

High Anonymity

All proxies are undetectable and pass advanced fingerprint checks.

Blazing Fast

Average response time under 0.6 seconds with 98.2% uptime.

Exclusive IPs

IPs are not shared with other users for maximum reliability.

How It Works

1

Choose Your Plan

Select the proxy type and plan that fits your needs.

2

Get Credentials

Receive your proxy credentials instantly after purchase.

3

Start Using

Integrate with your tools using our simple API.

Code Examples

Get started in minutes with your favorite programming language

import requests

# EProxies Residential Proxy
proxy = {
    "http": "http://USER:[email protected]:23333",
    "https": "http://USER:[email protected]:23333",
}

# Optional: country targeting (e.g., US, GB, JP)
# proxy["http"] = "http://USER:[email protected]:23333"

response = requests.get(
    "https://ipinfo.io",
    proxies=proxy,
    timeout=30
)
print(f"Current IP: {response.json()['ip']}")

SOCKS5 vs HTTP proxies: what actually differs

An HTTP proxy understands the requests it forwards. It parses headers, can rewrite them, and only handles HTTP and HTTPS traffic. That is fine for web collection and it is why most scraping stacks default to it.

SOCKS5 sits lower down. It forwards TCP — and, unlike SOCKS4, UDP — without interpreting what is inside, so it carries protocols an HTTP proxy simply cannot: game and voice traffic, custom TCP clients, DNS over UDP, tooling that speaks something other than HTTP. It also leaves your traffic untouched rather than rewriting headers on the way through.

Neither is inherently more anonymous. What matters is what the exit address looks like to the destination, and that comes from the IP itself rather than the protocol you used to reach it.

When ISP proxies beat a rotating residential pool

ISP proxies are hosted on infrastructure but registered to an internet service provider, so they present as an ISP-assigned address while keeping data-centre stability and speed. You hold the same address for as long as you keep it.

That combination wins whenever identity continuity matters more than breadth. Long-running sessions that must not change address, monitoring jobs that return to the same source for weeks and need the observation point to stay fixed, and any workflow where a changing IP is itself the problem are all better served by a stable ISP address than by a pool that rotates underneath you.

A rotating residential pool is the better tool in the opposite case: wide coverage across many markets, independent observations, and no need to be recognised as the same visitor twice.

Connecting over SOCKS5: authentication, UDP and common failure modes

Authentication is username and password at the SOCKS5 layer. Some clients accept credentials embedded in the proxy URL while others require them as separate fields, and a client that silently drops embedded credentials is the most common reason a connection fails immediately with no useful error.

UDP needs an explicit path. SOCKS5 supports UDP association, but many libraries implement only the TCP portion, so UDP traffic can fall back to the direct connection without warning. If your workload depends on UDP, test it specifically rather than assuming protocol support implies library support.

DNS is the other frequent surprise. Some clients resolve hostnames locally before handing the connection to the proxy, which leaks the lookup and can also return the wrong address for the exit's region. Where the client offers remote resolution, use it.

EProxies ISP proxies are billed per IP, and IPs you cannot use are not charged.

FAQ

SOCKS5 Residential Proxies

SOCKS5 protocol support for applications that need TCP and UDP connectivity. Maximum anonymity and flexibility.

Start Free Trial