Which is better, 1.1.1.1 or 8.8 8.8 for gaming?

There are no security issues with 8.

0 and 8.1. Both use a standard 128-bit hash (SHA-1) for the version number.

And there is no direct evidence that 1.1 uses SHA-1 in a dangerous way.

The main advantage of 1.1 is that it is a single number (easy to remember), and it's short.

The main advantage of 8.0/1 is that it is a fixed number (easy to predict).

In practice, it's unlikely that either will ever be a threat. If the risk of an attack is low, the advantage of the shorter version is very small. The risk is higher with the longer version, but it's less likely to be an attack.

If the risk of an attack is high, then it makes sense to pick the version that has the lowest risk. And if you're not sure, then pick 8. The main reason to pick 1.1 is that you don't want to pick the wrong version.

If I say yes, it means that the risk of an attack is low. But it could also mean that there is a low probability of a vulnerability in 8. So I should have picked 8.

But if I say no, then the risk is high. But it's also likely that there is no attack in 8.

And it's unlikely that I'm going to pick the wrong version. So why pick 1. The main reason is that it's the simplest option. There is no need for you to know the exact details of what the CSP is doing. If you're not sure, then pick the version that has the lowest risk. So why not 8. 1 is the better option if you're sure. There is no need to memorize a single number.

Is private DNS good for gaming?

Should I be using it?

This was my first article on RPS in 2025 and it's still regularly one of the most popular articles I've written. It comes up more and more in discussions about hosting services that claim to run their own DNS servers. People worry that private DNS servers are bad for their PC gaming, as they might accidentally leak information or make it easier for people to get around game DRM or to cheat. If you're going to be playing online you will want to be using a public DNS service, so you don't need to have your own. But if you just want to connect to a specific server in a specific game without getting into a huge conversation with your LAN admin, then a private DNS service is perfect.

First things first: I love a good discussion. Don't email me about everything because I'm going to tell you it's a waste of time. If you need help doing something or you have a valid question that you think someone else might be interested in, then email me. No spam. No sales pitches. And I'll answer your question.

That all said, what exactly do private DNS services do? Your PC needs a DNS address. When you play a game, your computer needs to figure out the URL you're looking for. That's done by having it go to your operating system and telling it to query its cache to get some sort of mapping from your local IP address to a network name. In order to do this your PC needs a domain name server (DNS) address. DNS resolvers are the little programs that allow your computer to look up whatever DNS record it needs, such as "s1g1n.com". Your operating system has a DNS client built in that does most of this automatically for you. But since that's all built in, people who aren't experts know that they can't add a domain name and start having their computers query it. There's an open source thingy that lets people run their own DNS servers but it's a bit of a pain to set up and maintain.

DNS provides a lot more than the IP to domain name mapping though, it provides some sort of authentication. In a standard configuration, whenever you try to look up a domain name, your DNS server tells you the name is invalid, and why.

What is the best private DNS hostname?

I have recently become aware of the existence of a service called DNSMadeEasy (). It is a very simple service that allows you to configure a DNS server that will then be available to all your computers. This means that, in theory, you can use the same IP address for your website and your private DNS server. The only caveat is that if you run multiple websites on the same IP address, only one website can be hosted by the DNS server at a time.

It has become clear to me that the DNSMadeEasy service has a better user interface than the many other services that are available out there. If you have ever used one of the managed DNS services such as Google Apps, you will know that they offer very little control over the data that is stored about your domain. The DNSMadeEasy service, however, offers a ton of options for how you can control this data.

As I have discovered more about the service, I have become aware of some of the limitations that you are going to have to live with if you decide to use a DNS server from DNSMadeEasy. I believe that this limit is actually a monthly limit, but I am not 100% sure. That being said, there is no limit to the amount of subdomains that you can store in the DNSMadeEasy service.

The other limitation is that you cannot use the service for the purpose of running a private email server. You can find out more about the service at. The information on Computing.Net is the opinions of its users. Such
Opinions may not be accurate and they are to be used at your own risk. Computing.Net cannot verify the validity of the statements made on this site.Net and Compnet Ventures, LLC hereby disclaim all responsibility and liability for the content of Computing.Net and its accuracy.

Which DNS server is best for gaming?

Since we've taken the time to make a selection of DNS servers for you to pick from, here is your chance to let us know which one you think is the best one for gaming and general browsing.

How do I select which DNS server to use? To help you select the best one for you, there are a few things to look for. First, have a read of our guide to DNS servers. This will tell you everything you need to know about what DNS servers are available and how they work.

Having read this, you may then want to find out if your router is supported by your chosen DNS server. This is likely to be the easiest way to see if it will work with your router as it will either have a built-in list of compatible DNS servers or a web based configurable list. Some people would say that the first is a little more secure but this is something you should decide for yourself.

Some of the best and most popular DNS servers are offered free by their providers and others charge small amounts to cover running costs, making it very hard to justify not using them. As mentioned above though, having a free DNS server available to all users on your network isn't bad.

The second thing to check is the amount of data your chosen DNS server is likely to send and receive when someone asks it to resolve a domain name. In the case of Google DNS, this is 5,000 bytes every time. This is the same as what you might receive when you ask any DNS server to resolve a domain name (this is no coincidence). This could be the difference between a slow connection and a fast one.

This is also the reason for Google DNS being so reliable. It's not only super quick but it sends and receives less than 500 bytes per domain name it's asked to resolve.

Finally, you should probably check if your chosen DNS server is using caching. Many DNS servers cache the results of name resolution for some period of time. This means that it will be faster to resolve the name of a website for you if you've just typed it in and haven't asked it to be resolved in the past. It also means that it will be quicker to resolve names for a particular website if you do ask it to be resolved more than once.

All of this should be done before choosing which DNS server to use.