Definition of GeoDNS
GeoDNS, or Geographical Domain Name System, is a valuable and effective Load balancing method for traffic distribution. It allows you to provide different DNS responses to clients depending on where they are geographically located.
An effective load balancing system that optimizes traffic to domains is GeoDNS. Its use aids in problem-solving and network reinforcement.
There must be large-scale solutions when there is a lot of traffic. For example, if you manage a multinational company, GeoDNS is a need. It will provide you with all the name servers you need in key locations worldwide to meet your needs and reach your markets.
DNS zone transfer is our main topic in this article. This is a Domain Name System term that you should know. What is its main purpose, and which are the different DNS zone transfers we will see today. Let’s begin.
DNS zone transfer – what does it mean
Zone transfer is the process of duplicating DNS information (DNS records) from the Primary DNS zone to the Secondary DNS zone. This enables you to create several copies of your DNS records on other name servers. If one of the name servers dies, you will have more availability as a result of completing the transfer. Furthermore, if you run a global website with users from all over the world and many presence locations, you will benefit from faster DNS resolution (PoPs).
Another important factor to note is that if a name server goes down for any reason, your website will not be damaged (for example, maintenance or a DDoS attack). It will stay accessible and available to your visitors.
If you administer a global website and want to speed up Domain Name System resolution, you might consider conducting a zone transfer to many Secondary zones. With this approach, you’ll be able to put your DNS data (DNS records) in numerous Points of Presence (PoP).
DNS resolution – What is it?
The DNS resolution is an entire behind-the-scene process that includes obtaining the IP address of a particular domain name. The Domain Name System (DNS) is built-in hierarchal order, and it includes several levels responsible for different information about the domain.