What are VPN Servers – Types and Locations in Sep 2026

In the modern era, who doesn’t know what a VPN is? But for those of you who don’t know how a VPN works, here is a brief overview:

  • The VPN software on your computer connects to a VPN server, establishing a proxy tunnel in the process
  • Your data is routed through this tunnel and all communication is done by the VPN server
  • As a result, your Internet Service Provider (ISP) and any other entity can’t see your online activity, and therefore, your privacy remains intact

This whole process relies on the availability and quality of the VPN server. There are many cheap VPN servers, but most of them lack quality. A free VPN server also carries the same set of issues. In such a case, it is best to use a VPN server from a top-notch provider such as Surfshark, which has 3,200 servers in 100 countries.

What is a VPN Server?

A VPN server is a specialized server that provides secure, encrypted connections to users, allowing them to access the internet privately and securely. At its core, a VPN server acts as a gateway between the user and the broader internet, creating a secure tunnel for data to travel through.

When a user connects to a VPN, their device communicates with the VPN server, which assigns it a new IP address and routes internet traffic through the server, masking the user’s original IP address.

The server uses a combination of hardware, software, and VPN protocols, such as OpenVPN, IPsec, or WireGuard, to ensure that the connection is secure and private. This encryption protects user data from being intercepted by third parties, such as hackers or government agencies, especially on unsecured networks like public Wi-Fi.

VPN servers can also be configured to allow users to appear as though they are browsing from a different location, which can help bypass geographic restrictions or censorship. Overall, a VPN server is an essential component in delivering privacy, security, and internet freedom to users worldwide.

How Do VPN Servers Work?

When you access a website without using a VPN, your internet traffic passes directly through your Internet Service Provider (ISP) without any encryption or extra protection. This leaves your data vulnerable to various parties, such as the ISP, advertisers tracking your online behavior, government agencies monitoring your activities, or hackers attempting to intercept your connection.

A VPN enhances online security by rerouting your traffic through a secure VPN server. This server encrypts your data using VPN protocols, ensuring that your information is sent securely to the site you’re visiting.

The encryption makes it impossible for anyone without the proper decryption key—typically your device and the website you’re accessing—to read the data.

Additionally, VPNs use a feature called Perfect Forward Secrecy, which changes encryption keys regularly. This means that even if someone manages to intercept your connection, they would only have access to a brief window of data, as the keys are updated frequently, making it difficult for intruders to maintain access.

Types of VPN Servers

types-of-vpn-servers

Recall that a VPN server is a computer through which all user data is routed in a Virtual Private Network. Just like there are many VPN protocols to connect to the VPN server, there are also many types of VPN servers.

A few different types of VPN servers are:

1. P2P server

A P2P or “peer-to-peer” VPN server is a computer that is used exclusively for peer-to-peer communication. In this type of communication, two users communicate directly. Take, for instance, the case where you torrent some files. This scenario is an example of a P2P communication channel.

A P2P connection is preferred in scenarios where it is legal. The advantages of using P2P are:

Because it is an encrypted connection, your ISP and Government can’t know your location and will not be able to monitor your activity.

2. SmartVPN Server

If the server is located in a country where P2P is illegal and you are in a situation where your primary concern is streaming and browsing sites, then you need a SmartVPN server.

Technically, a SmartVPN is:

  • A combination of FullVPN and SmartDNS
  • The combination of the above-mentioned tools affords the user the ability to connect to sites that are locked in their region by smartly switching the Region

Simply speaking, the SmartVPN server is used primarily to access geo-blocked content in your country. Geo-blocking is done by sites like Netflix, Amazon Prime Video, Hulu, and many more. If you encounter any geo-restrictions on your favorite site, it is advisable to use a SmartVPN server.

Since it uses SmartDNS, which is a service specifically built to counter geo-restrictions, SmartVPN allows users to seamlessly connect to geo-blocked content.

3. Virtual Private Routing

Another VPN terminology that you might get confused with is Virtual Private Routing. Simply put:

Virtual Private Routing is a technique in which the user’s data is routed through the use of an IP that is based in one country while the actual server that handles the data communication is based in another country.

VPN servers can also have Virtual Private Routing. If a VPN server supports Virtual Private Routing, that means the IP used by the server is based in one location while the VPN server is operating from another geographical location.

This is an easy and proven way for VPNs to bypass geo-restrictions and hide users’ IP addresses. Virtual Private Routing keeps your data from your ISP while also providing the same set of core functionalities a regular VPN affords.

4. Double VPN/Multi-hop Servers

Double VPN or multi-hop servers provide an extra layer of security and privacy by routing your internet connection through two or more VPN servers before reaching its destination. This multi-step process ensures that your data is encrypted multiple times, making it more difficult for anyone to trace your online activity back to you.

With each server adding its own layer of encryption and changing your IP address, it becomes significantly harder for hackers, ISPs, or government agencies to monitor or track your internet usage. Double VPN is particularly useful for users seeking the highest level of online anonymity.

4. Obfuscated (Stealth) Servers

Obfuscated or stealth servers are designed to hide the fact that you’re using a VPN, making it harder for third parties, such as governments or network administrators, to detect VPN traffic.

These servers mask the typical patterns associated with VPN usage, allowing you to bypass VPN blocks or restrictions, which are common in countries with strict internet censorship.

By disguising VPN traffic as regular internet traffic, stealth servers enable users to access blocked websites or services without being flagged or restricted, offering a vital tool for maintaining privacy in highly restricted regions.

Testing for Location and Connection Speeds

testing-vpn-location-connection-and-speed

You may be curious why you need to connect to a VPN server. Let me put an end to your curiosity. Follow my lead:

  • Go to this link and test your IP
  • Once you have the result of the above test, visit this link and test your connection speeds

The need for the above tests becomes apparent when you see their results.

In the first test, one of the following 2 things will happen:

  • If you are not connected to a VPN, your IP gives your exact location. That means any website can see where you are, and based on that information, you can decide what or what not to show you.
  • If you are connected to a VPN server, the site won’t know your actual location and will locate you in the country where the VPN server is

In the second test, the site tests your connection speed. If you are not connected to a VPN server, your connection speed will be the same as usual. But here is the interesting part: if you are connected to a VPN server and your connection speed takes a huge cut, it’s time for you to change your VPN server.

Some of the leading VPN services in the market offer a wide number of VPN servers. A few of them include:

VPN Servers: Why Does Server Location Matter?

One of the factors that affect the speed of your VPN connection is the location of its server. Most quality VPN providers have servers all around the world. For instance, Surfshark servers are located in 100 countries.

Having access to so many servers in different locations has the following advantages:

●     Having a server nearby offers increased connection speeds

●     With a choice of more than one server, you can access information that would have been censored from other locations

●     If one server goes down, you can still connect to the others, making sure the user doesn’t experience any hiccups

Having access to this many server locations is a good sign for the end-user. It not only means that the VPN server provides a reliable connection, but you can also tell that a company is serious about its customers if it is investing this much in its infrastructure.

Running Your Own VPN Server vs VPN Providers: Which is the Best?

VPN-vs-VPS-which-is-better

If you are someone who doesn’t want to give his personal information to his VPN provider, you can set up your own VPN server in a matter of minutes. Setting up your own server has the following advantages:

  • Free VPN server: The only cost you will encounter is the electricity bill and the maintenance of your system
  • You have all the control over your data
  • Your ISP can’t monitor your activity

While there are a few advantages, there are also quite a lot of disadvantages as well. The major disadvantages of setting up your own VPN server are:

  • Most broadband providers offer very limited upload bandwidth. So, a VPN server in such a situation is pretty much useless since the server has to upload a considerable amount of data every time you connect to it
  • You won’t be able to bypass websites because the server is located in the same country you are based in

The only real advantage of a home-based VPN server is the money it saves.

In contrast to your own VPN server, subscribing to a VPN provider has the following benefits:

  • With a quality VPN, you can switch between various VPN servers in different locations as frequently as you like
  • A quality VPN provider offers you servers with the best speeds. In most situations, you won’t be able to tell the difference
  • Most VPN providers have a decentralized server network. In such a network, you can choose from servers scattered around the globe. This way, your virtual connection can be located anywhere in the world

So, all in all, choosing a reliable VPN provider is the best way for you to get the services you want.

VPN Servers FAQs

How to find server for VPN on iPhone?

To find the VPN server on an iPhone, follow these steps:

  1. Download the VPN app on your iPhone. We recommend Surfshark
  2. Open the VPN app, and you will see the server list.
  3. Choose the VPN server location you want and click ‘Connect’.

What is VPN server IP?

A VPN server IP is the unique IP address assigned to a virtual private network (VPN) server, which you are assigned when you connect to a VPN server. It masks your actual IP address, and shows your VPN server location instead.

How do I check my VPN server?

There are several ways to check your VPN server. The best way is to check your IP address before connecting to the VPN and then check it again after connecting to the VPN. If it is different from the initial IP address, your VPN server works.

Summarizing Everything

VPN servers are computers you connect to in order to hide your actual location. Using a VPN server, you can access geo-restricted content and protect your personal information from getting into the wrong hands.

Although you can set up your own server, it is recommended that you choose from a set of pre-configured VPN services.

About Sebastian Riley

Sebastian Riley is a cyberlibertarian activist and an internet freedom fighter who strongly believes in an unsegregated and uncensored internet. With a cybersecurity degree, Sebastian is a professional bug hunter and a freelance opensource penetration tester.