Anycast DNS is absolutely something you should benefit from. Why? Because it can increase the speed of your online service, whether it’s a website, app, or more. So if you want to learn more about what it does, you’ve come to the right article. But first, let’s see what actually is.
What is the purpose of Anycast DNS?
Anycast DNS is a form of communication or routing technology that allows you to send and receive data more quickly. One IP address can be entered into several DNS servers around the world using this method. Any of them has the ability to react to the request. The goal is for the server that is nearest to the user in terms of distance to respond. This significantly speeds up the response time (DNS resolution).
So, you are wondering what you can do to improve site results?
Here we have the best ways to improve your website performance organized by categories!
Improve the infrastructure
Fighting spam and phishing emails is a never-ending battle, in which one of the key players is the DKIM record. It will guarantee the sender of a main, based on the link with the domain name, and will serve as proof that the email was not forged on the way.
What is the DKIM record?
The DKIM (Domain Keys Identified Mail) record is a DNS record (TXT DNS record) that a DNS administrator of a domain uses to set proof that the emails sent from the domain are legit through cryptographic authentication. On the other hand, the receiver will also use the DKIM record by performing a DNS query on the domain to verify the sender using the information in the header.
If you are researching what secondary DNS is, pretty sure you already know the relevance of DNS for the Internet, websites, sites’ owners, and users.
Knowing that proper performance and constant accessibility rely on DNS infrastructure, it is easier to understand the value of redundancy. No doubt, having DNS records saved in different servers offers attractive advantages for your business.
What is it?
Secondary DNS is a helpful mechanism to distribute DNS records (specific DNS zone) through different servers. Let’s put it this way. A primary DNS server, in the past also known as “master server”, informs a bunch of secondary DNS servers, also known as “slave servers”, about a change in the DNS zone. So the secondary servers have the instruction to request those changes to the primary DNS server to keep updated.
Making it simple, Secondary DNS is a solution for pulling DNS records from the main server to many others through the DNS queries and keep a copy of these DNS records.
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If you don’t want to waste time and read the 50+ pages of DNS A record’s RFC 1035, you came to the right place. Here we will show you everything you need to know about this DNS record in brief.
DNS explained in seconds
From the users’ perspective, you want an easy way to get to the websites on the internet. You simply type the domain name, and you are not worried at all about how to get to the web hosting that has the information for the domain you required.
Why do you need a DNS A record?
In the best-case scenario, your DNS will always work perfectly. The name servers will be up all the time, and your visitors will get their queries resolved without any problem. Sadly the perfect case does not exist. Sometimes servers go down. Here comes the DNS Failover. It is a simple mechanism to redirect the traffic in case of a failure.
In the Internet world, latency is a villain who kills website owners’ expectations. Every time users’ queries wait long to get a response, users abandon. All the work done inside the website to amaze them remains ignored.
Let’s fight the villain with GeoDNS!