Socks5 Proxylist

Socks5 Proxylist

SOCKS5 proxy – Guides | Mullvad VPN

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Using our SOCKS5 proxies can further minimize your computer’s identity from being revealed and reduce CAPTCHAs. This guide explains why SOCKS5 is beneficial and how to use it.
What this guide covers
Overview
Why the proxy is beneficial
– Kill switch
– Reduced CAPTCHAs
– Static IPv6 / IPv4 addresses
How the proxy works
Get started with the SOCKS5 proxy
Testing the connection
WireGuard and SOCKS5
Additional information
With the SOCKS5 proxy on all of Mullvad’s VPN servers, you can further minimize your computer’s identity from being revealed. This simple yet powerful feature also reduces CAPTCHAs.
For advanced users, the proxy is located on IP 10. 8. 0. 1 (OpenVPN) or 10. 64. 1 (WireGuard), port 1080.
The SOCKS5 proxy is only accessible when you are connected to Mullvad.
Kill switch
You may already be familiar with the Mullvad app’s built-in “kill switch” safety feature. In other words, in the event that the Mullvad connection is terminated, all of your Internet traffic is automatically blocked, ensuring that your traffic is not accidentally leaked outside of our secure tunnel.
However, what happens if you’ve forgotten to start the Mullvad app? This is where using the SOCKS5 proxy comes in handy, to act as back-up protection.
Reduced CAPTCHAs
Another benefit is a reduction in the amount of CAPTCHAs you will experience. Many websites and services require this identification when they detect traffic that originates from a VPN server. The proxy makes this detection more difficult.
Static IPv6 / IPv4 addresses
Each Mullvad server can have multiple exit IPs, but if you use the SOCKS5 proxy on the server then you will always get the same IP-address – that of the proxy. This can be useful if you need to whitelist your Mullvad IP somewhere. The proxy provides you with an IPv6 address and an IPv4 address. You can find them on our Connection Check page.
If you configure your browser, for example, to use the SOCKS5 proxy, it will direct all of your internet access via the proxy which is only accessible through Mullvad. So if you haven’t turned on the app, your browser will prevent all internet access and therefore won’t leak any information.
The proxy also works with routers and any other VPN used together with Mullvad’s servers.
Follow these steps to configure your web browser to use our SOCKS5 proxies.
If you are using WireGuard, you will need to replace 10. 1 with 10. 1 in the instructions below.
Firefox – newer versions
In a Firefox browser window, click the menu button in the top right corner and choose Options or Preferences.
In the search box, type “network”, then click on the Settings button in the result.
Select Manual proxy configuration.
Make sure that the HTTP Proxy, HTTPS Proxy and FTP Proxy fields are empty.
In the SOCKS Host field, enter 10. 1 and enter 1080 in the Port field.
Click on SOCKS v5
Tick Proxy DNS when using SOCKS v5.
Click on OK.
To disable, go to step #5 and change the setting to No Proxy.
Firefox – older versions
In the Firefox menu, click on Edit.
Click on Preferences.
Click on Advanced.
Click on Network Settings.
Make sure HTTP/SSL and FTP proxy fields are empty.
In the SOCKS Host: field, enter 10. 1 with port 1080.
Click on SOCKS v5 and enable Remote DNS or tick Proxy DNS when using SOCKS v5.
Android – Firefox
Note: The about:config settings page was removed from Firefox on Android and they are currently only available in Firefox Nightly (the development version of Firefox).
Enter about:config in the address bar and click on Send.
In the search field, enter proxy.
Scroll down to and enter 10. 1.
Scroll down to and enter 1080.
Change the value for to True.
Change the value for to 5.
Change to 1.
Clear the field for
Click on the back button to save the changes.
To disable, go to step #7 and change the setting to 5.
Windows – Chrome / Edge / Brave
Right click on your desktop shortcut to Chrome, Edge or Brave and select Properties. Then add the following to the end of the Target (the field in the top) after the text that is already there. Make sure to first put one empty space after the current text and then add this:
When using WireGuard protocol:
–proxy-server=socks510. 1
When using OpenVPN protocol:
–proxy-server=socks510. 1
Then click on OK.
Linux – Chromium
This works with Brave and other Chromium based browsers. Start it from a Terminal like so:
brave-browser –proxy-server=socks510. 1
chromium-browser –proxy-server=socks510. 1
For OpenVPN use 10. 1 instead of 10. 1 which is for WireGuard.
Note: The –proxy-server flag applies to URL loads only. There are other components of Chrome which may bypass the proxy server. To address this add the flag –host-resolver-rules=”MAP * ~NOTFOUND, EXCLUDE 10. 1″.
macOS – Safari / Chrome / Edge / Brave
To add the SOCKS5 proxy to Safari, Chrome, Edge or Brave in macOS you open System Preferences > Network > click on the active (green) connection > Advanced… > Proxies > check “SOCKS Proxy” and enter the following.
SOCKS Proxy Server:
10. 1: 1080
10. 1: 1080
Go to the Mullvad Connection Check to see if the web browser is using the proxy. Expand the top left box with the down arrow and look for the words “SOCKS through”.
All WireGuard servers have two SOCKS5 proxies listening on them:
The SOCKS5 proxy on 10. 1 port 1080 is not reachable from other WireGuard servers.
The SOCKS5 proxy on 10. 124. x to 10. 1. x on port 1080 are reachable from other WireGuard servers. These IPs are unique for each WireGuard server. For instance, 10. 1 is and 10. 2 is
To configure the one you want to use, follow the directions listed for Firefox or Qbittorrent but use 10. 1 as the SOCKS5 host.
Multihop with SOCKS5
You can also use the SOCKS5 proxies to multihop. To do so, you can configure your browser or other program to exit from a server that is different from the one you connected to.
For instance, if you are connected to and then want to exit via, you would configure your browser/program to use on port 1080 as your exit node.
You can also try this in a terminal (in the following examples, we are connected to se1-wireguard):
Without SOCKS5 proxy
Note that the Mullvad VPN server will assign one of multiple possible exit IPs.
curl 193. 138. 218. 224
With SOCKS5 proxy on the connected Mullvad VPN server
Note that the proxy has a different exit IP. Each proxy has only one exit IP.
curl –socks5-hostname 10. 1
193. 221
With SOCKS5 proxy running on a different Mullvad VPN server
Note that you will get the exit IP from the proxy on the other Mullvad VPN server.
curl –socks5-hostname
193. 32. 249. 131
With SOCKS5 proxy – IPv6 exit IP
Each proxy also has one IPv6 exit IP.
2a03:1b20:1:f410::a01d
The SOCKS5 protocol does not support port forwarding.
“WireGuard” is a registered trademark of Jason A. Donenfeld.
What is SOCKS5 Proxy and How to Set Up and Use It for Free

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What is SOCKS5 Proxy and How to Set Up and Use It for Free

Updated on July 13, 2021: From now on, traffic filtering, malware protection, and suspicious DNS activity blocking are available as a part of the separate DNS Firewall CKS5 is a popular choice for netizens looking to protect their online activities, hide their real location, or bypass geo-blocking. KeepSolid offers SOCKS5 proxy for free, which you can learn how to get it in the following section of this article. But what is SOCKS5 proxy? How to setup and use free SOCKS5 proxy server? What’s the difference between SOCKS5 and VPN services? Let’s dig right into it! Get started with our reliable VPN solution and make your browsing more secure What is SOCKS5 Proxy
SOCKS (SOCKet Secure) is an internet protocol that forwards the user’s internet traffic through a proxy server. Any third-party observer will only be able to see the IP address of the SOCKS proxy server, not your real one.
This ensures that your online activities, sensitive information, physical location, and identity are protected from ISP, corporate, and even government surveillance (the extent of such proxy protection is limited, but we’ll discuss this later in the piece).
Difference between SOCKS4 and SOCKS5
SOCKS5 is the latest iteration of this free proxy protocol. It brings enough improvements to the table to make it unambiguously preferable than its predecessors in any situation. Here’s a quick summary of the differences between SOCKS4 and SOCKS5:
SOCKS5 is more universal. It supports a variety of authentication methods, while SOCKS4 doesn’t support authentication at all.
SOCKS5 proxy is more secure. It supports IPv6, TCP, and UDP proxies, while SOCKS4 only supports TCP.
How to Setup SOCKS5 Proxy
Then again, there is no reason not to try using SOCKS5 proxy and see how it fares. After all, you may not want to install a full-fledged cyber-security solution if all you need is a free SOCKS5 proxy to unblock Telegram.
Here’s how to setup SOCKS5 proxy and use SOCKS5 servers for free:
Consult the developer, documentation, or manuals of the app you want to use SOCKS5 proxy with to see if the application supports such an option.
Unless specified otherwise by the developer of the app in question, open its settings and find the section for SOCKS5 proxy configurations.
Enter the address and port of the server you want to connect to. SOCKS5 proxy servers currently available for free are:
USA NY (server address 142. 93. 68. 63, server port 2434)
Netherlands Amsterdam (server address 82. 196. 7. 200, server port 2434)
Singapore (server address 159. 89. 206. 161, server port 2434)
Enter login vpn and password unlimited
Benefits of SOCKS5 Proxy
As mentioned before, SOCKS5 protocol, if used properly, can be quite helpful in many occasions. The trick here is to know when it’s best to use proxy servers, and when you need other solutions. Let’s take a look at what free SOCKS5 proxy is best for.
Hide your location
As part of the modus operandi of the SOCKS5 protocol, all user traffic goes via a proxy server. This hides users’ actual location, instead causing the traffic to look like it originates from the location of the SOCKS5 proxy server.
Bypass geo-blocking and content censorship
Geographic content blocking occurs when a website, service, movie or show, video, etc. is banned in a particular region. But with SOCKS5 proxy you can virtually hop to a different location where the content is available (by selecting a respective server). An example of such use is that with proxy SOCKS5 you can access Telegram for free, even if it’s blocked in your country.
Improved security over other proxies
Proxies are universally considered quite unreliable and insecure. And even though SOCKS5 doesn’t eliminate all the perils associated with its counterparts, it’s still significantly more secure than them thanks to using internet protocols more secure than the common UDP.
Works at the application level
Since you set up SOCKS5 proxy server at the app level (we’ll explain how to do this later in the article), you can choose which programs on your device you want it to affect. This can be important if you only need free SOCKS5 proxy for a single specific app, or have complete control over which applications are affected.
SOCKS5 setup is only required once per app
After you’ve configured SOCKS5 proxy for an application, it will always automatically fire the proxy server connection upon launching the app (unless you wish to disable this option in the settings, obviously). Thus, you won’t have to remember to start it manually. Get top-notch protection on the web with VPN Unlimited SOCKS5 Proxy or VPN?
Now, let’s discuss shortcomings of SOCKS5 proxy and why an all-around privacy service like KeepSolid VPN Unlimited can be a more preferable choice in some cases.
Lack of security
The most prominent drawback of any proxy server, SOCKS5 proxy included, is the lack of data encryption. This means that whatever personal data or sensitive information you send off is totally unprotected from any malefactors. And you may be surprised to know how many cyber criminals are lurking about in the hunt for your passwords, credentials, online banking info, photos, private messages, search requests, etc.
Lack of independence
Another big issue of SOCKS5 proxy is its dependence on specific apps and their developers. You can only set up and use a SOCKS5 proxy server with an app if the application in question supports this option to begin with. Moreover, it means that if you wanted to connect multiple apps to the server, configuring them all will be quite a hassle. Compare it to VPN Unlimited, where you can protect the whole device (or, to be more precise, up to 5 devices with a single account) at once.
Lack of flexibility
Last but not the least, SOCKS5 proxy is less flexible than VPNs. Even the best free SOCKS5 proxies usually offer very few servers that are often cramped (causing lags) and inconveniently located. Compare this to VPN Unlimited servers: over 400 servers in 80+ locations all around the world, dedicated servers for torrenting and unblocking streaming services like Netflix, ability to buy Personal servers. Not to mention that you can switch servers on the fly, whereas with SOCKS5 you’d have to manually enter the new server’s settings every time.
SOCKS5 proxy vs. VPN Unlimited comparison
All in all, it’s highly recommended you use VPN Unlimited over SOCKS5 proxy if you are concerned about your online security and the integrity of your personal data, or need anything more than hiding your IP or bypassing basic geo-blocking. If you’re still not sure, you can try VPN Unlimited for free to see if it suits your needs. Get started with VPN Unlimited right now Grab your 7-day free trial and 30-day money-back guarantee to check out KeepSolid VPN Unlimited features!
SOCKS Proxy Primer: What Is SOCKs5 and Why Should You Use It?

SOCKS Proxy Primer: What Is SOCKs5 and Why Should You Use It?

co-authored by Darshan S. Mulimath, Megha B. Sasidhar, and Ashiq Khader
In computer networks, a proxy or proxy server is a computer that sits between you and the server. It acts as a gateway between a local network and a large-scale network, such as the internet.
A proxy server works by intercepting connections between sender and receiver. All incoming data enters through one port and is forwarded to the rest of the network via another port.
Aside from traffic forwarding, proxy servers provide security by hiding the actual IP address of a server. They also have caching mechanisms that store requested resources to improve performance. A proxy server can encrypt your data so it is unreadable in transit and block access to certain webpages based on IP address.
Now that we have a general sense of how a proxy works, let’s zoom in on a specific type of proxy — SOCKS — and, specifically, the SOCKs5 variant.
What Is a SOCKS Proxy?
SOCKS, which stands for Socket Secure, is a network protocol that facilitates communication with servers through a firewall by routing network traffic to the actual server on behalf of a client. SOCKS is designed to route any type of traffic generated by any protocol or program.
A SOCKS proxy server creates a Transmission Control Protocol (TCP) connection to another server behind the firewall on the client’s behalf, then exchanges network packets between the client and the actual server. The SOCKS proxy server doesn’t interpret the network traffic between client and server in any way; it is often used because clients are behind a firewall and are not permitted to establish TCP connections to outside servers unless they do it through the SOCKS proxy server. Therefore, a SOCKS proxy relays a user’s TCP and User Datagram Protocol (UDP) session over firewall.
SOCKS is a layer 5 protocol, and it doesn’t care about anything below that layer in the Open Systems Interconnection (OSI) model — meaning you can’t use it to tunnel protocols operating below layer 5. This includes things such as ping, Address Resolution Protocol (ARP), etc. From a security perspective, it won’t allow an attacker to perform scans using tools such as Nmap if they are scanning based on half-open connections because it works at layer 5.
Since SOCKS sits at layer 5, between SSL (layer 7) and TCP/UDP (layer 4), it can handle several request types, including HTTP, HTTPS, POP3, SMTP and FTP. As a result, SOCKS can be used for email, web browsing, peer-to-peer sharing, file transfers and more.
Other proxies built for specific protocols at layer 7, such as an HTTP proxy that is used to interpret and forward HTTP or HTTPS traffic between client and server, are often referred to as application proxies.
There are only two versions: SOCKS4 and SOCKs5. The main differences between SOCKs5 and SOCKS4 are:
SOCKS4 doesn’t support authentication, while SOCKs5 supports a variety of authentication methods; and
SOCKS4 doesn’t support UDP proxies, while SOCKs5 does.
A SOCKs5 proxy is more secure because it establishes a full TCP connection with authentication and uses the Secure Shell (SSH) encrypted tunneling method to relay the traffic.
Why You Should Adopt SOCKs5
Below are four key benefits to using a SOCKs5 proxy with SSH tunneling.
1. Access Back-End Services Behind a Firewall
Usually, a cluster is hosted in the cloud behind a firewall to minimize potential security vulnerabilities. There are two ways to access any backend services that are running inside a cluster, and each has its limitations:
Expose backend services to public (and accept the associated security risk); or
Whitelist the client or user’s IP to allow traffic to backend services (this is not the right solution for when a user’s IP changes, however).
A SOCKs5 proxy with dynamic port forwarding using SSH can be an alternative to the two undesirable options above. An administrator or developer could access any backend services within a cluster that is hosted in the cloud behind a firewall for debugging, monitoring and administrating from a public network without exposing the backend service ports or whitelisting specific IPs.
Let’s look at a use case. For security reasons, the administration or monitoring application APIs or web user interface (UI) ports for monitoring Hadoop cluster are closed by default when hosted on the cloud. To access these APIs or web UIs, you can use SSH dynamic port forwarding to master or edge a node cluster, since the master node will have a public IP and run SSH services by default, which is exposed so the user can connect from outside.
For another example, say you’re working with a virtual private cloud (VPC). You can deploy a bastion host to securely access remote instances within a VPC by limiting their access to the outside world. You can access the bastion host from the outside world, and only port 22 (SSH) is opened. Using SSH dynamic port forwarding (SOCKs5 proxy), you can access the remote instances that are running in the VPC.
2. No Special Setup Required
SOCKs5 doesn’t require special setup, as long as you have SSH access to either the Edge node or gateway of a cluster. Therefore, users such as administrators and developers can access back-end resources behind the firewall using an SSH tunnel without requiring a virtual private network (VPN).
3. No Third-Party Public or Free Proxy Server in Your Deployments
Since a SOCKs5 proxy routes all kinds of TCP and UDP traffic to their respective service through SSH tunneling, no layer 7 application-related special proxies are required for each service to route application requests.
4. Fewer Errors, Better Performance
Unlike other application proxies, SOCKs5 does not rewrite data packets. It just relays the traffic between devices. Therefore, it is less prone to errors, and performance increases automatically.
How Does SOCKs5 Work in Practice?
Any CISO wouldn’t jump at the chance to embrace the benefits listed above. But what does a SOCKs5 proxy look like in the context of an enterprise security strategy? Where do security leaders begin when implementing SOCKs5 in their environment? Below are some key steps to help you get started.
Setting Up a SOCKs5 Proxy Connection
To SOCKSify an IT environment, the client application must have the capacity to support the SOCKs5 protocol. The syntax below is based on the SSH client on Linux; it shows how to create a SOCKs5 proxy server running on your local computer and then authenticate to the Edge node of a cluster or gateway hosted on cloud that routes traffic to the servers inside the cluster:
$ ssh -D 30001 [email protected] -C -f -N (password: xyz; or
$ ssh -i /path/to/private_key -D 30001 [email protected] -C -f -N
The above command starts the SOCKs5 server and binds to port 30001, then connects to Edge Node, Master Node or Gateway Node over the SSH tunnel hosted on the cloud.
The options used in the above command do the following:
D 30001 tells SSH to create a SOCKs5 server on port 30001 on the client computer.
C compresses data before sending.
N means “Do not execute a remote command. ” This is useful for simply forwarding ports (protocol version 2 only).
F requests SSH to go to the background just before command execution.
Accessing the Endpoints Using the SOCKs5 Protocol
Once a SOCKs5 proxy is created, configure your clients to access the internal services of the cluster. To keep it simple, we use a command line URL (cURL) that supports the SOCKs5 protocol. Other methods such as using a web browser require some additional setup and configurations.
The below cURL command shows how to access one of the HTTPS application endpoints listening on port 8000 behind a firewall using the SOCKs5 proxy over the SSH tunnel created above:
curl -x socks5hlocalhost:30001 -v -k -X GET EdgeNodeSSHserverIP:8000
The above cURL tool connects to port 30001 on localhost. Upon receiving a HTTP GET request on port 30001 from the cURL, the SSH client sends the same request via SSH tunnel to the SSH server.
The remote SSH server handles the request and passes the request to a back-end service listening at port 8000. The response is sent back to the client over the same SSH tunnel to the client’s SOCKs5 proxy. The proxy relays the response to the cURL, which displays the response.
Once you have created a SOCKs5 proxy using the SSH dynamic port forwarding method, you can also use the netcat utility to test the TCP connection. As shown below, a TCP connection test is made for back-end services listening at port 8443 with the SOCKs5 proxy:
ncat –proxy 127. 0. 1:30001 –proxy-type socks5 EdgeNodeSSHserverIP 8443 -nv
In Summary
A SOCKs5 proxy is a lightweight, general-purpose proxy that sits at layer 5 of the OSI model and uses a tunneling method. It supports various types of traffic generated by protocols, such as HTTP, SMTP and FTP. SOCKs5 is faster than a VPN and easy to use. Since the proxy uses a tunneling method, public cloud users can access resources behind the firewall using SOCKs5 over a secured tunnel such as SSH.

Frequently Asked Questions about socks5 proxylist

Does Mullvad have SOCKS5?

The SOCKS5 proxy is only accessible when you are connected to Mullvad.Aug 25, 2021

Where can I find SOCKS5 proxy?

SOCKS5 proxy servers currently available for free are:USA NY (server address 142.93. 68.63, server port 2434)Netherlands Amsterdam (server address 82.196. 7.200, server port 2434)Singapore (server address 159.89. 206.161, server port 2434)Feb 16, 2020

What does SOCKS5 proxy do?

A SOCKs5 proxy is a lightweight, general-purpose proxy that sits at layer 5 of the OSI model and uses a tunneling method. It supports various types of traffic generated by protocols, such as HTTP, SMTP and FTP. SOCKs5 is faster than a VPN and easy to use.Sep 27, 2019

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