Suppose you ask today any professional person or professional entity that understands information security about connecting to remote computers or resources securely. In that case, the first thing that will recommend you is a VPN. Today, every computer with an external IP address receives a series of scans from 1001 causes. And each port grows as open attempts are made on it. Sometimes individual attempts dozens (or more) per second. If you want to see the “live” set up a small Linux machine with an open screen in one of the public cloud providers and follow the log files, you can be sure that within a few hours, there will be some scripts that will try to connect to you .
Today it’s more complicated than ever to get around Netflix’s blockages. The company even started blocking the IP addresses of individuals, and many people were unable to sign in to their accounts (even when they weren’t connected to a VPN). Because of these severe blockages, many VPNs that guarantee access to Netflix don’t work. Even the highly regarded NordVPN no longer consistently bypasses blockages.
That’s why after testing over 300 VPNs and over 50 Netflix libraries worldwide, a list of the best VPNs, and it’s always up to date. During testing, the top services opened access to more than 20 different regions so that you can view the most famous content from anywhere.
Of all the tested VPNs, the most recommended is ExpressVPN. It has a vast network of servers that has consistently allowed me to access more than 20 Netflix libraries. You can watch Netflix with a tranquil mind because it comes with a money-back guarantee up to 30 days from joining (join ExpressVPN here). If you’re not impressed with it, you can ask for your money back.
A popular new option that exists is called wire guard. Although wire guard is not suitable to replace a VPN as a client/server yet (there are no clients for windows and mac yet, although it can be used as a client/server between Linux systems), it can help elsewhere that is very important.
Let’s say we have several servers on a server farm in Jaffa, and there is a group of employees sitting in Haifa who need to connect to the same servers. Connecting the client/server method to any computer that sits in Haifa to computers sitting in Jaffa is not a practical solution because it is better to have a connection that creates a kind of “land” (or rather: wan) that runs on the VPN. Then basically, we connect with a method called site-to-site VPN.
Of course, all commercial manufacturers also offer a site-to-site service (or s2s, some replace it with sts). Still, the above service is subject to an additional fee in many cases, and the wire guard has a significant advantage.
The software was written in such a way that it draws lessons from older VPN solutions (wire guard is Stabley available for about a year and a half), and it supports well-known cryptographic primitives such as curve25519, had, chacha20, poly1305, blake2s, siphash24 (you can see what everyone is used for here). In addition, the software is written effectively, and the entire binary file weighs 4 kilobytes. The attack range is minimal (try comparing it to any other VPN software), it runs at the kernel level, and the performance it gives bypasses other open-source solutions.
What about installation?
It is straightforward, and you can find dozens of examples of how the 2 points (or more) can be established within a few minutes between the connections. For example, ubuntu enthusiasts can see how the wire guard can be built here.
No commercial company will throw away its solution in favor of a wire guard. However, quite a few small businesses and projects are interested in such connectivity. It is possible to establish such a solution in no time (whether it is a public cloud or other infrastructure), so it is recommended to read the material about the software. By the way, for those who don’t believe this, it’s just to set up. Hope you get the complete guide about the VPN service.