Hotspot Shield depends on a custom VPN protocol that's not been publicly analyzed by independent experts. We don't know how private or secure it really is. The company has been accused of spying on users (it denies the allegations), and complaints abound online about Hotspot Shield software installing on PCs without users' permission. All this, and the company's U.S. location, may scare away customers who want to protect their privacy.
VPNs, or Virtual Private Networks, are a quick and easy solution to making your computer appear to be coming from a different location. They accomplish this by creating a virtual network that routes all of your PC or smartphone’s network traffic through an encrypted tunnel and out the other side, making it seem to the world that you’re actually in whatever location the VPN server is located. This can help you bypass geographic restrictions, avoid censors, or keep you (relatively) anonymous online.
When we last tested VPNs for macOS, TunnelBear was the fastest VPN on that platform. It had the best latency performance for both domestic and international testing, and the second-best upload performance in both tests, trailing Private internet Access in the domestic test and PureVPN in the international test. It had the second best international download test, but improved download speeds in the domestic test by 22.1 percent, the best overall showing for VPN download speeds on the Mac.
If you need a more affordable VPN than our top pick and don’t have an Apple device—or if you need ChromeOS support—we recommend TorGuard. Its apps aren’t as simple or user-friendly, but TorGuard is a good option for more tech-savvy people or those willing to spend a little more time fiddling with an app. TorGuard’s CEO has built trust by talking with media outlets (including us) and detailing the company’s commitment to a service built around a lack of activity logs. Though the apps aren’t as easy to use as our top pick, the connections were the fastest of any we tested and the company has more than twice as many server locations.
One popular technology to accomplish these goals is a VPN (virtual private network). A VPN is a private network that uses a public network (usually the Internet) to connect remote sites or users together. The VPN uses "virtual" connections routed through the Internet from the business's private network to the remote site or employee. By using a VPN, businesses ensure security -- anyone intercepting the encrypted data can't read it.
VyprVPN offers the fastest VPN servers to encrypt and secure your Internet connection while simultaneously delivering unparalleled speed and security, protecting your personal communications and data. With VyprVPN you can achieve top Internet speeds while streaming videos, shows or other content. Connect to any of our 70+ server locations worldwide while keeping your IP address, location and Internet traffic private, without sacrificing your speed.
NordVPN, for example, has well over 4,800 servers across the globe. If you live in the US, you're likely to find a nicely uncrowded server close by. The ubiquity of its servers also means you're likely to find a server nearby no matter where you travel. Private Internet Access and TorGuard are notable for being the only VPNs we've yet reviewed that have more than 3,000 servers.
Spies—and, more frequently, advertisers—can glean a lot about your movements online. By capturing your IP address, an observer can divine your approximate geographic location. With a VPN it's a different story. Because your web traffic appears to be coming from the VPN's server and not your computer or mobile device (yes, there are Android VPN apps and iPhone VPN apps), any observer will see the VPN server's IP address and not yours. That makes it much harder to correlate your movements across the web.
Despite Proton’s strong reputation for privacy with both its VPN and Mail services, we previously dismissed ProtonVPN without testing because it didn’t offer native applications for major operating systems. Instead, the service relied on third-party applications that could be clumsy to set up and lacked important features. Now that ProtonVPN apps are fully supported on Windows, Mac, and Android, we’re looking forward to testing the service for the next update.
Tunneling protocols such as PPTP and L2TP are implemented at the data-link layer of the Open Systems Interconnection (OSI) reference model and provide data security by helping to create secure tunnels. In contrast, the IPSec protocol is implemented at the network layer and helps secure data at the packet level. IPSec provides two security protocols: Authentication Header (AH) and ESP.
PPTP - PPTP has been around since the days of Windows 95. The main selling point of PPTP is that it can be simply setup on every major OS. In short, PPTP tunnels a point-to-point connection over the GRE protocol. Unfortunately, the security of the PPTP protocol has been called into question in recent years. It is still strong, but not the most secure.
After the tunnel is established, data can be sent. The tunnel client or server uses a tunnel data transfer protocol to prepare the data for transfer. For example, when the tunnel client sends a payload to the tunnel server, the tunnel client first appends a tunnel data transfer protocol header to the payload. The client then sends the resulting encapsulated payload across the network, which routes it to the tunnel server. The tunnel server accepts the packets, removes the tunnel data transfer protocol header, and forwards the payload to the target network. Information sent between the tunnel server and the tunnel client behaves similarly.
While you're connected to a VPN, all your network traffic passes through this protected tunnel, and no one—not even your ISP—can see your traffic until it exits the tunnel from the VPN server and enters the public internet. If you make sure to only connect to websites secured with HTTPS, your data will continue to be encrypted even after it leaves the VPN.