How does a VPN differ from a proxy server?

A VPN and a proxy perform a similar function: hiding your real IP address, but they do it differently. A proxy works as a simple intermediary for a specific application or browser, replacing your IP but not encrypting traffic and leaving other programs unprotected. A VPN creates an encrypted connection for all traffic on the device, providing comprehensive data protection and hiding your activity from the provider.

Does a VPN protect against viruses and hacker attacks?

A VPN doesn't directly protect against viruses — that's the task of antiviruses and firewalls. However, a VPN significantly reduces the risks of hacker attacks, especially in public Wi-Fi networks, by encrypting all traffic and making data interception meaningless for attackers. It also hides your real IP address, making targeted attacks on your device more difficult. But remember: a VPN is a privacy tool, not a full-fledged antivirus protection.

When should I choose a proxy instead of a VPN?

A proxy is worth choosing when you need to quickly and without speed loss solve a narrow task: bypass a block in the browser, set up data parsing, or change IP for only one application or website. If confidentiality isn't critical, but performance and low price are important, a proxy will be a more practical choice. For all other processes requiring data protection and full anonymity, a VPN is better suited.

Will my provider see that I'm using a VPN or proxy?

In both cases, the provider sees the fact of using an intermediary but doesn't know what exactly you're doing on the internet. When using a proxy, the provider sees that you're connecting to a proxy server and can also track unencrypted traffic if the proxy doesn't use HTTPS. With a VPN, the provider only sees the encrypted tunnel and the fact of connecting to a VPN server, but cannot determine which sites you open and what you do inside this tunnel.

VPN vs Proxy Server Comparison: Which is Better?

In an era of total digital surveillance and data leaks, protecting personal information online has become a fundamental necessity. However, when it comes to anonymity, many face confusion about what to choose — VPN or proxy. It's important to understand that these are not interchangeable concepts, but fundamentally different tools, each designed for specific tasks. Let's explore how they differ and how to avoid mistakes when choosing to protect your privacy.

What Is a Proxy?

A proxy is an intermediary server between your device and the internet that acts as a gateway. The technology works as follows: instead of connecting directly to a website, the request is first sent to a proxy server, which processes it and passes it forward. The web resource sees the IP address of the proxy itself, while the real device's data remains hidden.

Types of Proxies

Proxy servers can be classified by several parameters. When it comes to the origin of IP addresses, the following are distinguished:

Residential proxies. These are addresses of real users provided by internet service providers. They are highly reliable but also quite expensive.
Mobile proxies. These are IP addresses allocated by mobile operators to subscribers for internet access through 3G/4G/5G networks. Unlike server-based or residential ones, mobile IPs are dynamically distributed among users of the same cell tower, so they look maximally natural and are practically never blocked by anti-fraud systems.
Datacenter proxies. Addresses provided by commercial datacenters and hosting providers. They have high speed and performance but are easily compromised by anti-fraud systems and are not suitable for tasks with high anonymity requirements.

Each proxy also has its own protocol — a set of algorithms by which the server interacts with the device and the internet, determining how data is transmitted between parties. Typically, one of the following protocols is used:

HTTP operates at the application level, does not encrypt data.
HTTPS is an improved version of HTTP that creates a secure tunnel between the user and the server, hiding data from third parties through SSL encryption.
SOCKS5 works with all types of data, providing a high level of anonymity.

Finally, by usage principle, proxies are divided into dedicated and shared: the former are issued exclusively to one user, while the latter must be shared with several other users.

Advantages and Disadvantages of Proxies

As an anonymization tool, proxies have several undeniable advantages:

Simple setup. To connect to a proxy, simply enter the port and IP address of the server in the application or browser settings — no additional software is needed. Even a beginner can easily handle this task when connecting to a proxy for the first time.
Speed. Since proxy servers often don't encrypt traffic and don't create additional tunnels, they work faster than VPN connections, ensuring minimal latency in data transmission. This is important for processes where high speed is critical, such as parsing or video streaming.
Bypassing geographical restrictions. Proxies allow you to easily change your IP address and view content unavailable in your GEO. This is the simplest and fastest solution for such tasks.

Let's highlight the disadvantages of proxy servers to understand where difficulties may arise:

No encryption. As a rule, proxies transmit data in plain text, making it easier to track or intercept. This means your passwords, personal messages, and browsing history may become accessible to third parties when transmitted through an unsecured connection.
Low anonymity level. Proxies don't hide the very fact of using an intermediary, so websites and services can easily determine that the connection is going through a proxy server and can track your activity through cookies, browser fingerprints, and other metrics. Most often, proxies work only at the level of individual applications, leaving other programs vulnerable that may reveal your real IP address. Essentially, proxies only replace your address but don't guarantee complete anonymity or protection from tracking.
Unstable operation. Free and even some paid proxies often crash, suddenly lose connection, or work at low speeds due to server overload from a large number of users. This makes them an unreliable tool for tasks requiring constant and stable network connection.

When to Use Proxies

Despite the drawbacks, in some areas, proxies are quite sufficient for solving basic tasks.

Access to blocked sites. If you need to quickly open a specific resource blocked in your GEO, a proxy will be the simplest solution: no need to install additional software or change system settings — just enter the proxy server address in your browser settings. This is the perfect option for one-time or infrequent use when the goal is to view blocked content.
Quick IP change in a specific application. Proxies are indispensable when you need to change your IP address for only one program while leaving the rest of the traffic unchanged. This is especially relevant for multi-accounting, for example, when working with multiple profiles on social networks, marketplaces, or advertising accounts. Many applications allow you to configure proxies in their own settings without affecting the operation of other programs and maintaining high connection speed where it's critical.
Data parsing. Websites actively protect themselves from bots and automated requests, and using a single IP address will quickly lead to a block. Proxy servers allow you to distribute requests among thousands of different IP addresses, mimicking the behavior of ordinary users and avoiding triggering anti-bot systems.

What Is a VPN?

VPN (Virtual Private Network) is a technology that creates an encrypted connection between a device and the internet, hiding the real IP address and transmitted data. If a proxy is just an intermediary, then a VPN can be compared to a secure tunnel for all your traffic. When you enable a VPN, encrypted traffic reaches the VPN server, gets decrypted, and is sent to the desired website on behalf of the server. The result is a unified secure connection for all transmitted data, and no one from the outside can see your traffic or IP address.

To ensure anonymity, VPN uses several special technologies:

Encryption. A technology that turns your data into an unreadable set of characters for anyone without a decryption key. When you send a request to a website, the VPN first scrambles the information using complex mathematical algorithms (for example, AES-256 — the same standard used by governments and banks). Even if an attacker intercepts this traffic in a public network, they will only see encoded data, not your passwords or personal messages.
Protocols. They determine the order of connection and data transmission between the server and device. There are several main types of protocols:
1. OpenVPN is the most popular and reliable protocol, considered the gold standard of security due to its flexible configuration and support for virtually all platforms;
2. IKEv2 is characterized by high stability and the ability to quickly reconnect when changing networks (for example, when switching from Wi-Fi to mobile internet), making it ideal for mobile devices;
3. WireGuard is a modern protocol that combines high connection speed with advanced encryption methods while using significantly fewer device resources than alternative protocols.
Kill Switch. This is a security feature that automatically blocks all traffic if the VPN connection suddenly drops. Imagine a situation: you're working with important data on a public network, the VPN falls, and your device switches to a regular connection. Without Kill Switch, all your activity instantly becomes visible to the provider and potential attackers. With this function enabled, network access is completely terminated until the secure tunnel is restored.
No-Logs Policy. It means that the VPN commits not to collect, store, or transfer to third parties data about your actions on the internet. Ideally, this means the service doesn't know which web resources you visited, which files you downloaded, or how you used the service. The best VPN providers don't collect logs and are located in jurisdictions that don't require mandatory storage of user data.

Advantages and Disadvantages of VPNs

Here are the undeniable advantages of working with a VPN:

Comprehensive encryption. All traffic is reliably encrypted using complex algorithms, making data inaccessible for interception by providers, attackers, or special services.
System-level traffic protection. Here's another difference between VPN and proxy: a VPN encrypts traffic from all programs on your device simultaneously, from browsers and messengers to background system processes and automatic updates.
High level of anonymity and confidentiality. A VPN hides not only your IP address but your entire digital footprint, including DNS queries and browsing history. When using a VPN with a No-Logs policy, no one — neither the internet provider, advertising networks, nor government agencies — can find out what you did online and which resources you visited.
Bypassing geographical restrictions. A VPN allows you to easily change your virtual location, opening access to content blocked in your region. Moreover, unlike proxies, you get access to content not only in the browser but also in the applications of these services.
Protection in public Wi-Fi networks. When connecting to open networks in cafes, airports, or hotels, a VPN creates an encrypted tunnel that makes your data invulnerable to hackers intercepting traffic through fake access points or packet analyzers. This is especially important for working with banking apps and entering passwords in public places.

VPNs also have several disadvantages, including:

Possible speed reduction. The process of encrypting and decrypting data takes time and computational resources, and routing traffic through a remote server increases ping. The speed drop is especially noticeable during gaming, high-quality streaming, or downloading large files, although modern protocols like WireGuard try to minimize this effect.
VPN blocks. Many streaming services (Netflix, BBC iPlayer) actively fight against VPNs by blocking datacenter IP addresses, and some countries (Russia, China, Iran, etc.) implement deep packet inspection (DPI) systems capable of detecting and dropping VPN connections. Additionally, protocol and port blocking is applied. This means that even with a VPN, you may not gain access to the desired content.
High cost. Truly reliable VPN services with good speed, strict privacy policy, and many servers require monthly or annual subscriptions. Free VPNs usually have strict limits on traffic and speed, and most importantly — many of them earn money by selling user data, negating the very idea of anonymity.
Complex setup for beginners. If proxies often require only entering an address and port, VPNs may raise questions for inexperienced users: which protocol to choose, how to configure Kill Switch, and what to do with DNS leaks. Although modern VPN clients are maximally simplified and work on a "install and press a button" principle, deep settings can still intimidate newcomers.

When to Use a VPN

Despite the limitations, a VPN remains the optimal choice in many areas.

Tasks requiring confidentiality and security. When dealing with sensitive information — bank transfers, work documents, personal correspondence, or access to corporate systems — a VPN becomes a necessary tool. Unlike proxies, it doesn't just hide your IP but creates a full-fledged encrypted tunnel protecting data along its entire path. This is especially important for journalists, activists, lawyers, or businesspeople working with confidential information, where data leakage can have serious consequences.
Using public Wi-Fi. When connecting to free public Wi-Fi, you never know for sure who else is on this network and whether someone is intercepting your traffic. Public networks are a real paradise for hackers: here you can easily intercept passwords, read messages, and even inject malicious code through unsecured connections. A VPN automatically encrypts all transmitted data, turning it into a meaningless set of characters for anyone trying to follow you.
Access to blocked content. Want to watch a movie on Netflix available only in the US, enable a sports broadcast blocked in your region, or read news on a site that has closed access from your country? A VPN with servers in the needed location will solve this problem instantly. Moreover, unlike proxies that often work only in the browser, a VPN will open access to content in all applications on your device: from streaming services to mobile games and online radio.
Home network protection. By installing a VPN directly on your router, you can protect all devices connected to your home network, even those that don't support VPN installation themselves. Smart TVs, gaming consoles, surveillance cameras, voice assistant speakers, and dozens of smart home gadgets — all their traffic will automatically go through an encrypted tunnel without requiring any settings on each device separately.

What to Choose: VPN or Proxy?

We've covered the two main tools for changing IP addresses and bypassing blocks, and now you just need to understand which is better: VPN or proxy. Our comparison table by key performance criteria of both technologies will help you with this.

Criterion	VPN	Proxy
Encryption	Full traffic encryption, data protected from tracking and interception.	Usually absent: data transmitted in plain text.
Traffic protection	Protects all internet traffic on the device.	Acts only at the level of a specific browser or application where the proxy server is activated.
Anonymity	High: not only IP is hidden, but all internet activity, and with a provider's No-Logs policy, no traces remain.	Low: IP address is hidden, but data leaks are possible through other applications.
Speed	Lower: time is needed for encryption and routing traffic through a remote server.	Higher: no encryption or other parallel processes slowing down the connection.
Ease of use	Complex process with manual configuration or installation on a router, but in modern VPN applications, it turns on and off with one button.	Requires manual configuration in the browser or application, generally quite simple.
Cost	Relatively high, usually requires monthly or annual subscription.	Relatively low, various pricing options based on traffic volume and number of IP addresses.

The differences between VPN and proxy boil down to choosing a compromise solution: security or speed, comprehensive protection or point tasks. A VPN encrypts all traffic, hides activity from the provider, and protects all applications, but reduces speed and requires a subscription. A proxy quickly and cheaply changes the IP in a specific program or browser, but leaves data vulnerable and doesn't guarantee anonymity.

When VPN Is Your Choice

Feel free to choose a VPN if you're concerned about your own confidentiality: this tool perfectly protects the user from tracking at a basic level. It will allow you to hide your data in public Wi-Fi networks and prevent confidential information from leaking.

It's also worth noting that a VPN is no worse than a proxy at providing access to geographically restricted content. Here you can quickly switch to the needed country and open any website or application unavailable in your GEO.

When Proxy Is Sufficient

As for the proxy server, it's an excellent solution for quick and local tasks: changing IP to visit a specific site or bypassing a regional block in the browser. In some narrowly specialized tasks like data parsing, a proxy will also perform no worse than a more expensive and slower VPN.

Conclusion

VPN and proxy are not interchangeable tools, but solutions for different tasks. A proxy is suitable for quickly changing IP in one application, bypassing blocks, or parsing when speed is more important than security. A VPN will provide comprehensive protection, encryption, and anonymity for those working with sensitive data or using public networks. There is no universal answer to the question of which is better —VPN or proxy: the choice always depends on your individual needs and required security level.

What is The Difference Between a VPN and a Proxy?