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Proxy vs. VPN: What Is the Difference?

Vytautas Kirjazovas

Last updated by Akvilė Lūžaitė

2025-09-30

9 min read

Proxies and VPNs are two of the main tools people consider when online privacy and security become a concern. With growing threats on the internet, both individuals and businesses are looking for ways to encrypt data, maintain anonymity, and safeguard their digital presence.

However, there is often confusion about which tool is better and when to use it. Many users search for answers to questions like, “Is a VPN the same as a proxy?” or “Which should I use for my business?”

This article will explain what proxies and VPNs are, how they work, the main types and use cases, and the key differences in benefits and drawbacks. By the end, you’ll understand when to use a proxy, a VPN connection, or both, depending on your business or individual needs.

For your convenience, we also prepared this tutorial in a video format:

Proxy and VPN explained

What is a proxy?

A proxy is a computer or server that acts as a middleman between you and the web pages you visit. Instead of connecting directly to a website, your requests go through the proxy first. The proxy then fetches the information from the website and sends it back to you. This means the website never sees your computer directly – only the proxy’s address.

Many proxy servers can serve different purposes. They can help hide your identity online, filter content, improve speed by saving copies of frequently visited sites, or monitor internet activity. Essentially, a proxy handles the internet’s “conversation” for you.

Think of it like a receptionist at an office. If you want to deliver a message to someone in the building, you give it to the receptionist. They pass it along, receive the reply, and then bring it back to you. The person in the office never interacts with you directly – they only see the receptionist. The proxy works the same way, handling requests and responses between you and the internet.

Does a proxy server hide your IP?

The website that you are visiting will only be able to determine the proxy IP address, meaning your real IP address will be hidden. 

What are the most common proxy types?

There are different types of proxy servers, and their origin classifies the most common ones. In this case, there are two types of proxy servers: residential and datacenter proxies.

  • Residential proxy. It is a genuine IP address provided by an ISP to a homeowner. These proxies allow to imitate organic user behavior and it is essential for web scraping. Using residential proxies reduces chances of being blocked by targeted websites. Also, hiding a real IP address behind residential proxy guarantees higher levels of privacy. Find out what is a residential proxy in another blog post of ours.

  • Datacenter proxy. This type of proxy is not affiliated with an ISP. They come from secondary corporations like data centers. Compared to residential proxies, they are faster, but there is a higher chance of being blocked. However, datacenter proxies also ensures high anonymity.

If you want to dig deeper into the differences between residential and datacenter proxies, check out our other blog post, where we covered the differences in detail. 

In addition to these, proxies can also be classified by their protocol or connection type. Some common examples include:

  • HTTP proxies: These work specifically with web traffic. They are ideal for browsing websites, accessing web content, or automating tasks that involve HTTP requests.

  • SOCKS proxies: More versatile than HTTP proxies, SOCKS can handle any type of traffic, including email, file sharing, and gaming. They don’t interpret the data, making them suitable for applications beyond web browsing.

  • Mobile proxies: These use IP addresses assigned by mobile carriers. They are especially useful for simulating real mobile users, testing apps, or to bypass content restrictions.

  • ISP proxies: Provided directly by Internet Service Providers, ISP proxies combine the reliability of datacenter proxies with the legitimacy of residential IPs, reducing the risk of blocks while maintaining stable connections.

Furthermore, proxy servers can also be categorized by their access type. In this case, there are three types of proxies: shared, semi-dedicated, and private proxies.

  • Shared proxy. Multiple users use these proxies at the same time. The primary deficiency of shared proxies is low performance. Also, shared proxies have various potential risks because if one user is blocked, the same fate is for the others.

  • Semi-dedicated proxy. This type of proxy is similar to shared proxies, but it is limited to a certain number of users. This is the reason why a semi-dedicated proxy offers considerably better performance.

  • Private proxy. This type of proxy is used only by one user at the same time. Private proxies provide the user with complete anonymity and a high overall performance level.

Proxies are mostly used for web scraping projects

Proxies are mostly used for web scraping projects

Different proxy types are suited for different purposes:

  • Residential proxies are ideal for web scraping and accessing geo-restricted content. Their main advantage is that they mimic real users, reducing the chance of being blocked, but they tend to be slower and more expensive than datacenter proxies.

  • Datacenter proxies are best for high-speed tasks like bulk data collection or automated browsing. They are faster and cheaper but easier for websites to detect and block.

  • HTTP proxies are great for standard web browsing and lightweight automation, while SOCKS5 proxies can handle more diverse traffic, including email, gaming, and P2P applications.

  • Mobile proxies excel at simulating real mobile users or testing mobile apps, though they are generally more costly.

  • ISP proxies combine reliability and legitimacy, making them useful for tasks requiring both speed and authenticity.

In general, proxies are used for privacy, network security, bypassing geo-restrictions, web scraping, and performance optimization. Choosing the right type depends on your task, speed needs, and how important anonymity is.

What is a VPN?

A Virtual Private Network (VPN) is an intermediary server that encrypts and transmits data when users connect the internet. VPN is usually used to secure sensitive data and browse the internet anonymously.

Unlike a web proxy, which typically works at the browser or app level, a VPN operates at the system level, meaning all your internet traffic from your device, whether it’s a browser, app, or background service, is encrypted and routed through the VPN server. This hides your real IP address and ensures that anyone monitoring your connection cannot see what you are doing online.

How does a VPN work?

When you connect to a VPN, your device creates a secure connection “tunnel” to the VPN server. All internet data traveling through this tunnel is encrypted, which scrambles the information so that even if someone intercepts it (like on public Wi-Fi), they cannot read it. This encryption protects sensitive data such as passwords, financial transactions, emails, and other personal communications. Once your data reaches the secure server, it is decrypted and sent to its destination. To outside observers, all internet traffic appears to come from the VPN server and not your device, providing privacy and security.

Think of it like sending a letter in a locked, tamper-proof box. Even if someone intercepts the box, they can’t read what’s inside and access user data. And the box is delivered from a neutral location (the VPN server), so the recipient doesn’t know where the letter originally came from.

What is VPN used for?

Using a VPN allows browsing the internet with enhanced privacy levels. Furthermore, it can unlock geo-blocked content and ensures that all internet communication from the user’s device is encrypted.

On a business’s level, the use of a VPN only comes in handy to secure the employees’ devices while being connected to other networks, e.g. WIFI public spaces. However, a business wouldn’t use VPN as proxy to perform web data gathering operations, as it is simply not built for this kind of purpose.

In a nutshell, a VPN will translate your original IP address into a new one, ensuring higher anonymity level as your real IP address is hidden. It will allow accessing geo-blocked content, and perhaps most distinguishing feature in comparison to proxy services is that it will encrypt all the internet request coming out from the user’s device. 

In addition to hiding your IP address and encrypting traffic, VPNs are widely used for security on public Wi-Fi, bypassing censorship, and protecting sensitive transactions. They are useful for both individuals and businesses:

For individuals:

  • Protecting sensitive transactions on public Wi-Fi (banking, shopping, email).

  • Hiding your IP address for privacy and anonymity online.

  • Bypassing geo-restrictions and accessing region-locked content.

  • Avoiding censorship and internet surveillance.

For businesses:

  • Securing employees’ devices when connecting to external networks or working remotely.

  • Encrypting company communications and sensitive data.

  • Providing safe access to internal networks for remote staff.

In short, VPNs provide a secure and private connection that safeguards all internet activity while allowing users to access content freely. 

Proxy and VPN: benefits and differences

As you can now understand, a proxy with VPN is often confused because they have a similar purpose. Usually, users do not know what the difference between proxy and VPN is. Let’s take a look at the differences not to raise more questions like “is a VPN a proxy?”

Integration

While both a VPN and a proxy fulfill the same basic purpose, they are created with different goals in mind. Proxies are generally used by and created with businesses in mind, therefore setting them up can be slightly more difficult. Beautiful user interface and overall design are usually secondary to efficiency for proxies.

On the other hand, ease of use is a key concept when VPNs are developed. Since the intended audience is a single individual, making a VPN easy to set up and use is more important when compared to a proxy. VPNs generally require only a few clicks to install and use.

Benefits for the end user

On a regular internet user’s level, using a proxy allows browsing the internet with enhanced privacy levels. Furthermore, if proxy servers are correctly configured then the user’s internet requests can be encrypted, which consequently improves security levels.

What’s more, a proxy can unlock geo-blocked content, even if the user’s real IP address doesn’t have permission to access this particular information. By choosing to operate under a proxy server that is tied to the required geographical location, geo-blocked content will be a worry of the past.

A VPN, like proxy server, will make a user’s internet traffic seem as it is coming from a different IP address. Furthermore, the use of a VPN substantially enhances security levels and allows to access geo-blocked content. However, after that, there are some key differences in the way a VPN works, and how it benefits the end-user.

Unlike a proxy server, a VPN service installed on the user’s device ensures that all outgoing internet traffic (not just the browser, but any app) on the device are processed under the VPN service. On top of that, the VPN creates an encrypted tunnel for all internet communication between the user’s device and remote network. This ensures that in the case of the internet requests being intercepted by unauthorized third parties, it will make it near impossible to decipher the internet request content. Unfortunately, VPNs, unlike a proxy, can cause significant overall slowdowns since all of the web traffic is routed through the server.

Purpose

VPN service is mostly oriented to a single user and is used by individuals who are looking to not only mask their true identity but also to make sure that their internet requests are encrypted.

Whereas a proxy or a proxy server also allows achieving anonymity but is most commonly used by individuals and organizations (in significant quantities) that are performing web scraping operations. If you wish to learn more, our blog on scraping with Python delves into the topic of scraping in a more in-depth way.

On a business’s level, the use of a proxy or a proxy server comes in handy for brand protection, but proxies are also used for market research, web scraping real estate and many more purposes. A common challenge faced by many is to avoid getting blocked by the desirable data source while collecting the required data. The use of a proxy allows overcoming this challenge.

Combining proxies with web scraping allows making it seem as if multiple organic users are visiting the website. And this makes it possible to successfully extract a vast amount of required data without raising any suspicions to the web server.

Proxy vs VPN – quick comparison

There is no clear, all-around winner in the proxy server vs VPN battle. Proxies are often much better for businesses as they are more useful for some traffic-intensive tasks while VPNs will be more than enough for almost any individual.

Feature / aspect Proxy server VPN
Privacy / anonymity Hides IP for specific apps or browsers; can be limited in scope Hides IP at the system level; all device traffic is anonymized
Encryption Optional; may require configuration Built-in; all traffic is encrypted by default
System-wide coverage Usually browser or app-specific System-wide; all apps and services protected
Speed Typically faster, especially for datacenter proxies Can be slower due to full encryption and tunneling
Ease of use Can be complex to configure, especially for large-scale setups Simple to install and use; usually 1–2 clicks
Best for Businesses, web scraping, market research Individual users needing privacy, secure Wi-Fi, geo-unblocking
Drawbacks / limitations May require management for multiple users; limited security Can slow down internet; not suitable for large-scale scraping

The bottom line

By now you should have a decent understanding of both proxy and VPN, and hopefully starting to understand the purpose of each term. They both do change the IP address before accessing the internet resources, enhances security levels, and allows to access the geo-blocked content. However, the main difference between a proxy and a VPN is that the latter is heavily tailored to an individual while proxies are an essential part of online and offline businesses.

VPN services are mostly oriented towards a single user and are used by individuals who are looking to not only mask their IP address but also to make sure that their internet requests are encrypted. On the other hand, a proxy or a proxy server also allows achieving anonymity by hiding the user’s IP address but is most commonly used by individuals and organizations (in significant quantities) that are performing web scraping operations.

If you want to find out more about either a proxy server or a VPN, and how to use both of them to enhance your business, we have many more blog posts that will help you get started with your scraping projects.

People also ask

Is a proxy the same as a VPN?

To answer this question is best to learn what is a proxy in general. A proxy does act like a gateway similar to a VPN, however it is best used in scraping projects (when bought in large quantities).

About the author

Vytautas Kirjazovas avatar

Vytautas Kirjazovas

Head of PR

Vytautas Kirjazovas is Head of PR at Oxylabs, and he places a strong personal interest in technology due to its magnifying potential to make everyday business processes easier and more efficient. Vytautas is fascinated by new digital tools and approaches, in particular, for web data harvesting purposes, so feel free to drop him a message if you have any questions on this topic. He appreciates a tasty meal, enjoys traveling and writing about himself in the third person.

All information on Oxylabs Blog is provided on an "as is" basis and for informational purposes only. We make no representation and disclaim all liability with respect to your use of any information contained on Oxylabs Blog or any third-party websites that may be linked therein. Before engaging in scraping activities of any kind you should consult your legal advisors and carefully read the particular website's terms of service or receive a scraping license.

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