Google's public DNS server promises to speed up your browsing, provide extra security through DNS over TLS (DoT) or DNS over HTTPS (DoH) encryption, and prevent redirects from non-existent domains. You can try out the primary DNS using the IP address 1. For further peace of mind, Cloudflare purges data logs after 24 hours, so you don't have to worry about them collecting and using your browsing data. The servers use DNSSEC security protocols which offer a high level of protection against potential attacks while you carry on gaming. That could be four times as fast as the standard DNS server set by your ISP. It has a reputation for being fast and responsive, reporting an average lookup speed of 11ms. The Cloudflare DNS is one of the best-known and most commonly used servers in the world. Amazingly, this seemingly complex process is usually completed in timescales measured in milliseconds. When the IP address is confirmed as correct, it is sent back to the originating server as the address where the browser can find the required data it needs to load the website. The resolver interacts with the other servers to find the IP address associated with the domain. When you type a domain name into a browser, that data is sent to a DNS resolver server. How DNS Servers WorkĪ DNS server is actually a cluster of servers that work together. But just because it is preferred by the ISP, that doesn't mean it is the best DNS for you. Typically, the DNS server your devices connect to by default is set by your Internet Service Provider (ISP). It is used to translate a user-friendly domain name into a computer-friendly IP address. The DNS (Domain Name System) is a database of public IP addresses and the domain names that are associated with each address. Unfortunately, numerical IP addresses are difficult for humans to remember, which is why we need domain names like to find the websites we use. For the sake of simplicity, however, I usually set this feature to "true.Browsers and other networking tools don't use domain names to find the location of the data they need, they use IP addresses. It is a good idea to disable this feature if you do not need to see how many IP addresses are used by your DNS server(s). The tab shows how many IP addresses are used by each of your servers and how frequently these IP addresses change. Once you have these parameters, you will be able to identify which servers are slower, which ones are faster, and which ones respond best to a DNS request. The command line parameters are uncomplicated and fast to install.Īs an example, the command line parameters for the DNS Benchmark can be executed like this: grc DNS Benchmark DNS-server-ip-list= SERVER-ADDRESS, server-type= SERVER-ADDRESS-HOST, nameservers tab = true, nameservers tab = false. Once you have identified the servers that you want to perform your Benchmark, the benchmark tool will generate a list of them for you. This tool generates a list of servers that meet certain criteria. Running the DNS Benchmark on your computer or laptop will allow you to view the results as soon as they are generated. Although GRC's DNS Benchmark comes with so many features to fulfill the needs of even the most demanding Internet guru (as this benchmark has features designed specifically to help serious DNS Performance investigation), the accompanying box below shows that it's also very easy for first time and casual users to execute: You really CAN optimize it before you can test it! Click here or on the graphic above to download the program. To test your DNS setup and performance, you should run a simple DNS Benchmark.
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