ProtonVPN has the unique distinction of placing no data restrictions on free users. You can browse as much as you want, as long as you want. You will be limited to just one device on the service at a time and can only choose between three server locations, but the unlimited data makes up for all that. It doesn't hurt that ProtonVPN, from the same people that brought you super-secure ProtonMail email, is very concerned about security and customer privacy. For all that, ProtonVPN is our Editors' Choice for free VPN.
IVPN goes further than the other leading candidates we considered by being transparent about who runs the service and is responsible for your privacy. The company lists its core team on its website, and its small team has an online presence on a variety of platforms. In contrast, only one employee at ExpressVPN has a public face: VP of marketing Harold Li gave us detailed answers to questions about policies and internal security, but couldn’t tell us much about who else worked there. (We discuss ExpressVPN in more detail in the Competition section—that company was almost our top pick but for this issue.)
KeepSolid boasts of having endpoints in 54 countries and specialised servers designed to allow you access to geo-locked streaming services undetected. While this allowed us easy access to American Netflix, the UK iPlayer endpoint was actually too slow to actually load any BBC’s content, while using the other UK endpoints were invariably detected by the website. Hopefully this will improve over time.

Bufferedvpn helps to keep your private Internet connections secure. It is one of the best-paid VPNs. These services help and allow its clients top travel all over the world with much ease as they change their virtual location. The clients can stay under the radar with this service which keeps them anonymous and secure. Bufferedvpn servers are in over 37 countries like Sweden, Netherlands, Luxembourg, and the Netherlands and are considered having net neutrality in the law.
That said, during our testing we found that you could use the U.K. Channel 4 server to stream Netflix. Though that takes some of the magic out for those who’ve peeled back the curtain, CyberGhost’s approach works wonders for newbies. Those unfamiliar with VPNs will have no questions which streaming platforms they can access and what server they should use.
In addition to blocking malicious sites and ads, some VPNs also claim to block malware. We don't test the efficacy of these network-based protections, but most appear to be blacklists of sites known to host malicious software. That's great, but don't assume it's anywhere near as good as standalone antivirus. Use this feature to complement, not replace, your antivirus.
Many VPN services claim that if you pay their fee, they'll provide you unlimited data transmission and won't throttle your speeds. Generally, this is true, but I'll give you my standard official "unlimited" warning: It's been my experience that when a vendor says something is "unlimited," it's almost always limited. Somewhere, there will be a note in the fine print or terms of service that allows the vendor to limit you in some way. It pays to read those agreements.
Another major concern with VPNs is speed. In general, using a VPN is going to increase your latency (or your "ping"), and decrease the speed at which you upload or download data. It's very difficult to say definitively which VPN will have the least impact on your browsing, but extensive testing can give you some idea which service is the fastest VPN.
Early data networks allowed VPN-style connections to remote sites through dial-up modem or through leased line connections utilizing Frame Relay and Asynchronous Transfer Mode (ATM) virtual circuits, provided through networks owned and operated by telecommunication carriers. These networks are not considered true VPNs because they passively secure the data being transmitted by the creation of logical data streams.[3] They have been replaced by VPNs based on IP and IP/Multi-protocol Label Switching (MPLS) Networks, due to significant cost-reductions and increased bandwidth[4] provided by new technologies such as digital subscriber line (DSL)[5] and fiber-optic networks.
ExpressVPN attempts to build trust in other ways, even without a public face. Court records from 2017 demonstrate that when Turkish authorities seized ExpressVPN servers in the country looking for information, they found nothing of value, as promised by ExpressVPN’s no-logging policy. ExpressVPN also highlights initiatives such as open-source leak-testing tools, developer content about how the company implements different technologies, and support for the efforts of OpenMedia and the EFF. The ExpressVPN representative even offered to arrange a confidential call between our writer and the owners of the company. However, without being able to discuss their identities or learn about other senior leadership, we believed that wouldn’t have been enough to change our recommendation, so we declined. In the end, trust is such a crucial part of deciding which VPN to use that we had to pass on ExpressVPN.
Wi-Fi attacks, on the other hand, are probably far more common than we'd like to believe. While attending the Black Hat convention, researchers saw thousands of devices connecting to a rogue access point. It had been configured to mimic networks that victim's devices had previously connected to, since many devices will automatically reconnect to a known network without checking with the user. That's why we recommend getting a VPN app for your mobile device to protect all your mobile communications. Even if you don't have it on all the time, using a mobile VPN is a smart way to protect your personal information.
IPSec supports several different enciphering algorithms. The most commonly used algorithm, Advanced Encryption Standard (AES), is widely acknowledged as one of the strongest algorithms available for data encryption. With a minimum key length of 64 bits, AES is strong enough for almost any commercial application. Some vendors' IPSec implementations use the Data Encryption Standard (DES) or Triple DES (3DES) ciphers. DES, whose 40-bit key has been cracked, is generally considered a weak algorithm for all but the lowest security levels. 3DES fixes DES's problems by using the algorithm three times and providing an effective key length of 168 bits. Note that if your VPN solution supports only one algorithm, any devices you add in the future must use that algorithm as well.
Nope, it’s me. I spelled my nickname wrong. My apologies. 😊 Blur has been compromised. They bravely admitted it themselves. There were also many complaints concerning billings, customer support and despite the fact I’m cautious with comments I decided not to use their services. Paypal has been accused that sells data to third parties. I’ll do a further search concerning this issue but I’ll probably go with the Paypal choice since I mostly use online banking anyway. Living in the countryside leaves me no choice than that of online banking in order to purchase the things I need so it’s a one way, and I know that eshops and banks DO sell your data too unfortunately. I will definitely read all of the links you gave me right away. Thank you very much, you are a treasure. I have benefited greatly from people like you into improving my knowledge and help others too. 👍
Many VPN services also provide their own DNS resolution system. Think of DNS as a phone book that turns a text-based URL like "" into a numeric IP address that computers can understand. Savvy snoops can monitor DNS requests and track your movements online. Greedy attackers can also use DNS poisoning to direct you to bogus phishing pages designed to steal your data. When you use a VPN's DNS system, it's another layer of protection.
If you are interested in an added level of protection, there are intriguing gadgets called Tiny Hardware Firewalls. These devices range from about $30 to $70 and connect via a network port or a USB slot to your laptop. They make the initial network connection, and so your computer's communication is always blocked before it calls out to the internet.
It usually relies on either Internet Protocol Security (IPsec) or Secure Sockets Layer (SSL) to secure the connection. However, SSL VPNs can also be used to supply secure access to a single application, rather than an entire internal network. Some VPNs also provide Layer 2 access to the target network; these will require a tunneling protocol like PPTP (Point-to-Point Tunneling Protocol) or L2TP (Layer 2 Tunneling Protocol) running across the base IPsec connection.