For two years running, Private Internet Access has performed the best in our network tests and remained the cheapest full-fledged VPN service we've tried. It has more than 3,000 servers worldwide, supports platforms ranging from Windows and Mac to open-source routers, and lets you customize your tunneling and encryption protocols. You can pay in bitcoin, and you don't have to provide your real name.
Private Internet Access, or PIA, is one of the most visible, privacy-focused VPNs available. Because of its reputation and advocacy concerning online privacy and security, it has also been a Wirecutter staff pick. But whether you prioritize speed and performance or trust and transparency, our top pick is a better bet. If you find PIA attractive because of its low price, note that spending just a little more on TorGuard will buy you much better performance.
We like that the company offers a connection kill switch feature and, for those who need it, there's an option to get a dedicated IP address. VyprVPN is a standout in their effort to provide privacy, and thwart censorship. When China began its program of deep packet VPN inspection, Golden Frog's VyperVPN service added scrambled OpenVPN packets to keep the traffic flowing.
No company came closer to being a pick than ExpressVPN. It has a huge server network that performed well in our tests, plus easy-to-use applications on tons of platforms, and strong security technologies in place. A representative answered all our questions about company operations at length—except one. As noted in a PCWorld review of the service, ExpressVPN chooses not to disclose the company’s leadership or ownership. The company representative told us that this policy enabled ExpressVPN to build a private and secure product without compromise. “We think that this approach has been effective until now and that coupled with a stellar VPN product, we have succeeded in gaining a solid reputation in our industry. We are fortunate to be trusted by the many users worldwide who choose ExpressVPN.”
NordVPN is a popular no logs VPN service based in Panama. It performed well in testing for the latest update to the NordVPN review and offers very competitive prices. While the speeds can be somewhat variable, the latest speed test results were good with the servers I tested. To improve speeds, NordVPN has added hundreds of servers to their network, so there is more available bandwidth for users.
As with the previously mentioned VPN services on this list, VyprVPN also provides an extensive DNS Leak Protection (Including IPv4, IPv6 and WebRTC protocols), which is tested by clients. VyprVPN includes support for a L2TP/IPSec protocols as well as OpenVPN. VyprVPN has a no-logging policy. VyprVPN also enforces all IPv6 traffic to be via its network and avoid any IPv6 leaks. Overall, that is a pretty solid VPN in security-wise.
It’s in 148 locations, each with varying numbers of servers. ExpressVPN’s network spans 94 countries, which is unmatched by most competitors. It covers every continent except Antarctica, with solid coverage in Asia and Africa. Some servers in exotic locations, such as Vientiane or Algier, are virtual, though, so beware if you’re concerned with security.
Price-wise, Norton WiFi Privacy is pretty generous, too. A one-year subscription (for one device only), costs just £19.99 for the first year, and a 5-connection account costs £29.99 per year. However, the price jumps up after the first year, to £39.99 for 1 device and £59.99 for 5 devices. That’s still better than some, mind, but you may want to disable auto renewal, just in case.
One of the most important things to remember when building your VPN is that a VPN secures only the data transmissions between two machines—it doesn't protect the machines themselves. Some firms hand out VPN connections as though they were candy at Halloween—to anyone who asks for one and without regard to how secure those computers are. Remember, you're handing out the front-door keys to your network, and you shouldn't do that lightly. A virus can bypass network-based antivirus protection by coming in on an encrypted VPN connection. Like IDS systems, antivirus systems can't read encrypted data, so they have problems with VPN traffic. If an intruder takes over a remote VPN client, he or she has an encrypted tunnel right to the heart of your network, making discovery and surveillance of the intruder much more difficult than if the intruder entered over an unencrypted channel. So, you should protect your VPN clients even better than you protect your internal machines because they're typically at least partially exposed to the outside.
We used to advise people to do banking and other important business over their cellular connection when using a mobile device, since it is generally safer than connecting with a public Wi-Fi network. But even that isn't always a safe bet. Researchers have demonstrated how a portable cell tower, such as a femtocell, can be used for malicious ends. The attack hinges on jamming the LTE and 3G bands, which are secured with strong encryption, and forcing devices to connect with a phony tower over the less-secure 2G band. Because the attacker controls the fake tower, he can carry out a man-in-the-middle attack and see all the data passing over the cellular connection. Admittedly, this is an exotic attack, but it's far from impossible.
Probably PPTP's biggest advantage is that it lets you create an easy and inexpensive VPN between two Windows computers (e.g., in a RAS or Routing and Remote Access connection). PPTP also doesn't have the NAT-related problems that I mentioned earlier and works with non-TCP/IP protocols such as IPX. So if you're on a tight budget and you need minimal security, PPTP is certainly better than nothing. But even the budget conscious have other alternatives. Windows XP and Windows 2000 support IPSec natively, and I recommend it over PPTP.
Is designed for sophisticated users and provides the option of simultaneous connection with different protocols, namely via OpenVPN, PPTP, L2TP/IPsec and IKEv2. This solution allows to implement simultaneous Internet access for PC and mobile devices while OpenVPN technology ensures the possibility to bypass provider’s block of PPTP and L2TP protocols.
However, network performance is another thing entirely. First, keep in mind that if you're using a VPN, you're probably using it at a public location. That Wi-Fi service is likely to range in performance somewhere between "meh" and unusable. So, just the fact that you're remotely working on a mediocre network will reduce performance. But then, if you connect to a VPN in a different country, the connection between countries is also likely to degrade network performance.
One of the biggest things that can put people off the idea of using a VPN is that they slow down your internet. This is mainly because you are adding an extra leg to the journey your data must take to reach its destination (via the VPN server). These days good VPN services are very fast and if you connect to a server near to you, you will often get 90% or more of your raw internet connection speed.
Insist on a VPN that has Kill Switch protection. There is a security vulnerability that can reveal your private information if your VPN connection is lost, even just for a few seconds. The solution is to be sure that you’re protected by a Kill Switch. A Kill Switch stops all data from being sent to the internet until a secure VPN connection has been re-established. If your VPN software does not have a Kill Switch, your computer might be leaking your private information without your knowledge