Get a powerful P2P VPN

Download Norton VPN to encrypt your connection, secure your P2P traffic, and keep your activity private.

Get a powerful P2P VPN

Install Norton VPN to encrypt your connection and secure your P2P traffic.

Norton VPN

Get a powerful P2P VPN

Install Norton VPN to encrypt your connection and secure your P2P traffic.

Norton VPN

What is a peer-to-peer (P2P) VPN, and how do they work?

A P2P VPN is a specialized virtual private network that helps protect your privacy by encrypting your traffic and masking your real IP while you download or share files. Read on to learn how P2P VPNs work, what features to look for, and how Norton VPN adds an extra layer of P2P protection.

Two people walking through a tall concrete corridor with dramatic light and shadow.

Peer-to-peer (P2P) connections, such as torrenting, allow devices to share files directly with one another. This makes them useful for distributing large files or open-source software efficiently. However, when you download or share files through P2P networks, other participants can see certain details about your connection, including your IP address.

A P2P VPN helps protect that information by encrypting your traffic and masking your IP address. This prevents other peers from seeing your real location or connection data while you download or share files.

Keep reading to learn how P2P VPNs work, whether they’re safe to use, and which VPN features matter most for torrenting.

What is a peer-to-peer (P2P) VPN?

A P2P VPN is a virtual private network that’s designed to support peer-to-peer traffic — such as file sharing through BitTorrent — while keeping your connection private. It works by routing your traffic through an encrypted tunnel and masking your IP address on servers that allow P2P activity. Standard VPN servers may restrict this type of traffic or disconnect users who attempt it.

Many consumer VPNs support torrenting, but while some providers allow P2P connections across their entire server network, others restrict them to designated servers labeled within the VPN app. This more structured approach can help manage bandwidth and maintain stable performance for all users.

Some providers also offer decentralized VPNs (dVPNs) that route P2P traffic through user devices instead of company-owned servers.

Decentralized (dVPNs) vs traditional VPNs

​​Traditional VPNs, such as Norton VPN, route internet traffic through provider-operated servers. By contrast, decentralized VPNs (dVPNs), such as Orchid, send traffic through networks of user-operated devices without a central authority. This decentralized structure can make dVPNs more resistant to censorship in restrictive regions.

An infographic illustrating the difference between a centralized VPN and a decentralized VPN.
An infographic illustrating the difference between a centralized VPN and a decentralized VPN.
An infographic illustrating the difference between a centralized VPN and a decentralized VPN.

The trade-off is in performance. Because dVPNs depend on the availability and quality of volunteer-operated nodes, they often sacrifice speed and stability compared with traditional VPN services.

Here’s how traditional and decentralized VPNs compare:

dVPNs

Traditional P2P VPNs

Encrypts your web traffic

Yes

Yes

Supports torrenting

Yes

Yes

Who operates it

User-supported devices

Professional companies

Privacy

High (no central authority)

High (if independently audited)

Speed

Unpredictable

Consistent

Customer support

Community-based

Company-based

When not to use decentralized P2P VPNs

You should avoid dVPNs if you prioritize speed, reliability, and ease of use. For most everyday users, traditional VPN services from reputable providers are the better choice. VPNs are typically most useful for people living in countries with strict internet censorship, where decentralized networks may help bypass restrictions.

Likewise, don’t use a dVPN to try to hide illegal activity. A dVPN can improve privacy, but it doesn’t make illegal file sharing or other unlawful behavior legal. And on some decentralized networks, other users’ traffic may pass through your connection. That means your IP address could end up linked to suspicious activity, abuse complaints, or copyright notices.

There are also potential security risks to consider. Because dVPNs route traffic through user-operated devices, some nodes could be malicious. In a worst-case scenario, an attacker could attempt a man-in-the-middle attack, intercepting data to analyze its origin or destination.

Some less secure dVPN implementations even rely on single-node routing without full encryption, meaning your traffic passes through one device that can potentially view connection metadata, while encryption only protects against external observers.

By contrast, established VPN providers manage their own infrastructure. Their servers are typically secured, monitored, and audited, often with independent third-party reviews that verify security practices and privacy policies.

How do P2P-friendly VPNs work?

​​P2P-friendly VPNs work much like traditional VPNs. They encrypt your data and route it through a secure server, so other peers see the VPN server’s IP address instead of your real one. This helps keep your device information and location private while sharing files.

Here’s how to connect to a P2P-friendly VPN:

  1. Install a VPN client: Download and install a VPN app that supports P2P traffic on your device.
  2. Select a P2P server: Choose a server optimized for P2P activity from the provider’s server list.
  3. Start sharing files: Once connected, you can use P2P applications while your real IP address remains hidden.

P2P VPNs differ from traditional VPNs in that they also hide your information from fellow members in a P2P swarm — a group of peers actively sharing or downloading the same file. Other swarm participants can normally see each other’s IP addresses. But with a VPN enabled, they only see the VPN server’s IP instead of yours.

Are traditional P2P VPNs safe?

P2P-friendly VPNs can be safe if you choose a reputable provider that uses strong encryption and modern protocols like OpenVPN or WireGuard. Security risks increase when using low-quality VPN services, outdated protocols, or when the VPN disconnects and your traffic becomes exposed to packet sniffing attacks.

It’s also important to understand a VPN’s limits. While it can improve privacy by masking your IP address and encrypting traffic, it doesn’t shield you from malware hosted on torrent sites. It also doesn’t make downloading pirated files legal — accessing copyrighted content without permission usually violates copyright laws, and can result in legal penalties.

Can I use a free VPN for torrenting?

​​Free VPNs are generally a poor choice for torrenting. Many monetize their services by collecting user data, and are more likely to limit bandwidth and skimp on important security features.

Research into hundreds of free mobile VPN apps found concerning practices. Some misrepresented how they handle user data, others requested extensive device permissions, and some were even capable of capturing screen activity. For both privacy and performance, paid VPN services are typically the far safer option for P2P use.

How to pick a good P2P VPN

A reliable P2P VPN should offer fast, stable speeds, strong security and privacy features, and a wide variety of servers that support torrent traffic. Compatibility with common torrenting platforms is also important to ensure smooth performance.

Here are key features to look for when choosing a P2P-friendly VPN:

  • Torrent client support: Make sure the VPN works well with popular torrent clients such as qBittorrent, uTorrent, and Deluge. Some providers also offer features like SOCKS5 proxy support or multi-hop connections for additional privacy while torrenting.
  • Port forwarding: Some private torrent trackers require port forwarding to verify that you’re seeding files. Enabling port forwarding can also improve download speeds because torrent clients often prioritize users who contribute to the network.
  • AES-256 encryption: Often referred to as “bank-grade encryption,” AES-256 is widely considered the industry standard for VPN security. Providers that rely on outdated encryption methods may expose users to greater security risks.
  • Fast VPN protocols: Strong P2P VPNs use modern protocols such as WireGuard, OpenVPN, or Mimic to balance security and performance. Faster protocols help maintain smooth downloads when transferring large files.

In addition to these essentials, look for a verified no-logs policy, ideally confirmed through recent independent audits. Extra privacy features such as IP rotation or multi-hop routing can also provide additional protection against ISP monitoring and data collection, though they aren’t strictly required for torrenting.

6 best P2P VPNs for torrenting

The best P2P-friendly VPN providers are known for speed, strong encryption, and reliability. Below are some of the best to consider when torrenting.

VPN provider

Annual starting price

Trustpilot reviews

Best for

NordVPN

$68.85

4.1

P2P file sharing

Surfshark

$47.85

4.4

Speed

Norton VPN

$39.99

4.7*

Security

Windscribe

$36

4.7

Budget

Express VPN

$59.88

3.9

Router support

ProtonVPN

$47.88

2.1

Privacy tools

*Trustpilot ratings may include other products, such as its antivirus, password manager, and AI scam detector.

Methodology: These ratings are based on speed tests from PCMag, reviews on Trustpilot, P2P-focused features, and personal experience. All VPNs on this list were selected because they provide AES-256 encryption, DNS leak protection, and support for at least five devices.

1. NordVPN

NordVPN operates over 8,900 servers in more than 120 locations, with most locations supporting P2P connections. According to PCMag, it’s the second-fastest VPN among those tested, and its proprietary NordLynx protocol is known for fast connections, making it a great choice for sharing large files.

Here’s a breakdown of P2P-focused features available on NordVPN:

  • Kill switch: NordVPN provides a kill switch that automatically disconnects your internet if the VPN connection drops. This prevents your real IP address from being exposed while torrenting.
  • App binding: This feature allows you to choose which apps route traffic through the VPN, similar to split tunneling. By binding a torrent client to the VPN connection or a specific network adapter, you can ensure torrent traffic always remains protected.
  • SOCKS5 proxy support: Provides an additional layer of privacy for torrenting. Some torrent clients allow you to configure SOCKS5 settings directly, helping route torrent traffic through a proxy alongside your VPN connection.

2. Surfshark

Surfshark — owned by the same parent company as NordVPN — is the fastest VPN according to testing performed by PCMag. It operates 4,000+ servers across more than 100 locations, many of which support P2P file sharing. While Surfshark doesn’t use a proprietary protocol, it relies on WireGuard, one of the fastest and most efficient VPN protocols available.

Here’s what Surfshark offers for P2P users:

  • Unlimited device support: Surfshark allows unlimited simultaneous device connections on a single account. This is useful if you torrent across multiple devices, such as a desktop, laptop, and mobile device.
  • Camouflage mode: This obfuscation feature disguises VPN traffic as regular internet traffic. It can help bypass restrictive networks that block VPN usage or torrenting activity.
  • Bypasser: A split tunneling mode that lets you include or exclude certain apps or websites from the VPN connection, allowing torrent clients to stay protected, while other services function normally.

3. Norton VPN

​​Norton VPN is a privacy-focused service that includes features designed for secure torrenting. It offers 100+ server locations across more than 65 countries, including a range of P2P-optimized locations. Many of these servers are physically located, which can improve connection speeds by relying on nearby, dedicated infrastructure.

Here’s what Norton VPN offers for P2P users:

  • Mimic protocol: Norton’s proprietary Mimic protocol is designed to resemble normal internet traffic. This helps VPN connections bypass restrictive networks, such as hotel or other public Wi-Fi systems that block standard VPN traffic.
  • Automatic connections: Norton VPN can automatically connect to the fastest available P2P-optimized server when your device starts.
  • Enhanced privacy features: Features such as IP Rotation help limit tracking by frequently changing your IP address. Norton VPN also offers double VPN routing, which sends traffic through multiple VPN servers to further reduce exposure while using P2P networks.

4. Windscribe

Windscribe is a trustworthy service that offers both free and paid VPN plans. Its paid plans support torrenting, and start with a custom plan around $3 per month for a limited number of countries and a 32 GB data cap, while the Pro plan (about $69 per year) provides unlimited data and access to servers in nearly 70 countries, most of which support P2P traffic.

Here’s what else Windscribe offers for P2P users:

  • Port forwarding: On its Pro plan, Windscribe supports VPN port forwarding, which can help torrent clients track uploads and downloads more efficiently.
  • Split tunneling: Windscribe’s split tunneling feature allows users to exclude specific apps from the VPN connection, which can be helpful when multitasking.
  • Always-on firewall: Windscribe’s always-on firewall acts as a kill switch, automatically cutting your internet connection if the VPN disconnects to prevent accidental exposure of your IP address.

5. ExpressVPN

ExpressVPN is known for strong performance, with independent testing from PCMag ranking it among the faster VPN services. Part of this speed comes from its proprietary Lightway protocol, designed for quick and stable connections. ExpressVPN also allows P2P traffic on all servers, so you don’t need to search for specialized torrenting servers.

Here are the features ExpressVPN has that support its P2P connections:

  • Multi-device support: ExpressVPN allows connections on up to 10 devices simultaneously, with no bandwidth caps. This is useful if you torrent across multiple devices, such as laptops and smartphones.
  • Router support: ExpressVPN offers a custom VPN-enabled router firmware and compatible router installations. Running the VPN at the router level can protect all devices connected to your home network.
  • Network Lock: The Network Lock feature acts as a kill switch to block internet traffic if the VPN connection drops unexpectedly.

6. ProtonVPN

ProtonVPN offers a free plan, but P2P connections are only available with the paid plan, which costs $47.88 for the first year. ProtonVPN operates a very large network of 15,000+ servers across more than 120 locations, although  P2P traffic is only supported on designated servers.

Here’s how Proton supports P2P torrenting:

  • VPN Accelerator: ProtonVPN’s VPN Accelerator is claimed to improve connection speeds by up to 400% in certain conditions. But even with this feature, independent speed tests generally place ProtonVPN outside the fastest VPN providers.
  • P2P redirection: If you begin torrenting while connected to a non-P2P server, ProtonVPN automatically redirects your connection to a server that supports P2P traffic.
  • Kill switch: Like most major VPN services, ProtonVPN includes a kill switch that cuts internet traffic if the VPN disconnects unexpectedly.

Use a secure and private P2P VPN

​​Torrenting can be useful for sharing large files or downloading open-source software, but it can also expose your IP address and connection details to other users on the network. Using a trusted P2P VPN helps keep that activity private.

Norton VPN encrypts your connection, masks your IP address, and includes features like a kill switch and IP rotation to reduce exposure if your connection drops. With multiple dedicated P2P server locations spread across the U.S. and beyond, it’s built to deliver fast, reliable performance while helping protect your privacy.

FAQs

Will a P2P VPN speed up my torrents?

​​A VPN can sometimes improve torrent speeds if your ISP or a public network is throttling P2P traffic. By encrypting your traffic, a VPN may prevent the network from identifying and slowing torrent activity. However, because a VPN routes data through an additional server, it can also reduce speeds slightly under normal conditions.

What is a decentralized VPN?

A decentralized VPN (dVPN) routes traffic through networks of user-operated devices instead of company-owned servers. This structure can make censorship more difficult in restrictive regions, but it generally offers less speed and stability, making it less suitable for torrenting.

Should I use a multi-hop VPN to torrent?

You should use a multi-hop VPN (also called a double VPN) if privacy is your top priority. Multi-hop connections route your traffic through multiple secure servers, adding an extra layer of anonymity.

The trade-off is speed. Because your data travels through more than one server, multi-hop connections introduce additional latency and can slow torrent downloads. If download speed matters more than maximum privacy, a standard P2P VPN connection is usually the better option.

Does the number of servers affect VPN torrenting speed?

VPN P2P server quantity can impact torrenting speeds, especially if a provider’s network becomes overloaded with users. A larger number of servers can help distribute traffic and maintain stable performance.

However, the number of server locations is often more important than the total server count. Having servers in many geographic locations increases the chances of connecting to one near you, which typically improves speed and reduces latency.

Oliver Buxton
Oliver Buxton, a staff editor for Norton, specializes in advanced persistent threats. His work on cyberterrorism has appeared in The Times, and his prior work includes writing digital safeguarding policies.

Editors' note: Our articles offer educational information and are written to raise awareness about important topics in Cyber Safety. Norton products and services may not protect against every type of threat, fraud, or crime we write about. For more details about how we research, write, and review our articles, see our Editorial Policy.


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