With Kodi, you can access your media over a local connection (LAN) or from a remote media server, if that's your thing. This is, presumably, where concerns about VPN enter the picture. A device using a VPN, for example, will have its connection encrypted on the local network. You might have trouble connecting to it. Using Chromecast on a VPN device just doesn't work, for example. Kodi users might have the same issue.
One way to resolve the issue of trust is to be your own VPN provider, but that’s not a feasible option for most people, and it still requires trust in any company providing the hardware that your VPN would run on, such as Amazon’s cloud services. Multiple projects can help you cheaply turn any old server into a VPN, including Algo, Streisand, and Outline. By encrypting all the traffic from your home or mobile device to a server you manage, you deprive your ISP and a potentially villainous VPN of all your juicy traffic logs. But most people lack the skills, patience, or energy—or some combination of the three—to do this. If you don’t manage servers or work in IT, it may be harder to manage perfect operation and performance better than trustworthy professionals. Lastly, though you remove one threat from the equation by cutting out a VPN service provider, you also lose the extra layer of privacy that comes from your traffic mixing in with that of hundreds or thousands of other customers.
We didn’t find any problems when we tested other aspects of TorGuard’s performance. Each time we checked our location via IP address, it accurately resolved to the location of a TorGuard server. Neither our true IP address nor our location was exposed when we tested for DNS leaks and IPv6 leaks. TorGuard runs its own DNS servers—a requirement for all the VPNs we tested—so the routing that happens when you go to a website isn’t released to your ISP, Google, or anyone else. And since TorGuard doesn’t support IPv6, the app disables it completely, just like IVPN.
Connecting to a VPN is fairly simple. In Windows, press the Windows key, type VPN, and click the Set up a virtual private network (VPN) connection option. (If you use Windows 8, you’ll have to click the Settings category after searching.) Use the wizard to enter the address and login credentials of the VPN service you want to use. You can then connect to and disconnect from VPNs using the network icon in the system tray – the same one where you manage the Wi-Fi networks you’re connected to.
Put simply, a Virtual Private Network, or VPN, is a group of computers (or discrete networks) networked together over a public network—namely, the internet. Businesses use VPNs to connect remote datacenters, and individuals can use VPNs to get access to network resources when they’re not physically on the same LAN (local area network), or as a method for securing and encrypting their communications when they’re using an untrusted public network. Photo by Pavel Ignatov (Shutterstock).
First and foremost, using a VPN prevents anyone on the same network access point (or anywhere else) from intercepting your web traffic in a man-in-the-middle attack. This is especially handy for travelers and for those using public Wi-Fi networks, such as web surfers at hotels, airports, and coffee shops. Someone on the same network, or the person in control of the network you're using, could conceivably intercept your information while you're connected.
VPN services are entirely legal and legitimate in most countries. It's completely legal to mask your IP address and encrypt your internet traffic. There is nothing about using a VPN that's illegal and VPN services themselves do not and cannot do anything illegal. The only thing that's illegal is if you were to break the law while using a VPN - for instance if you were to infringe on someone's copyright. But that's the action of infringement that's illegal, not the use of the VPN.
If VPN connections get blocked by your network because of strict network management or government censorship, TorGuard offers a “stealth” connection to avoid deep packet inspection. Specifically, TorGuard uses Stunnel (a clever portmanteau of SSL and tunnel) to add an extra layer of encryption and make your traffic look like normal, secure Web traffic. If you’re having connection issues, you can enable Stunnel with a checkbox on the main application window, but only if you select TCP from the protocol list. (Otherwise, the box is unclickable, with no explanation as to why.)