What is DDoS Protected DNS, and Why Do You Need It?

Are you looking for a way to protect your business from malicious cyber attacks? DDoS Protected DNS is a great solution that can help shield your website or server from malicious traffic and keep it available and accessible to your legitimate visitors. In this blog post, we’ll discuss the basics of DDoS Protected DNS, its benefits, common use cases, and tips for choosing the right service. Keep reading to learn more!

The Basics of DDoS Protected DNS  

DDoS Protected DNS is a type of Domain Name System (DNS) service that defends against Distributed Denial of Service (DDoS) attacks. DDoS attacks are a type of cyber attack that attempts to overwhelm a website or server with a large amount of traffic, making it inaccessible to regular users. The service works by filtering out malicious traffic and blocking requests from known malicious sources. That way, it helps to ensure that your website or server remains available and accessible to your legitimate visitors.

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Round Robin Load balancing explained in detail

Are you looking for a way to make your business more efficient and flexible? Then, Round Robin Load balancing is the perfect solution! This technique helps to distribute requests evenly across a cluster of servers or other resources, ensuring that each server is used roughly the same number of times. 

Meaning of Round Robin Load balancing

Round Robin is a Load balancing technique of evenly distributing requests across a cluster of servers or other resources. It works by making a list of available resources. Then it uses an algorithm to assign one server at a time to each request, rotating through the list of available resources until all have been used before starting again at the top, hence the “Round Robin” name. This ensures that each server is used roughly the same number of times so that all resources are utilized as evenly as possible. This is beneficial as it allows for greater flexibility and scalability as more tasks can be distributed, and any single resource is less likely to become overloaded. It also improves efficiency by providing continuity and ensuring no single resource handles more than its share.

Round-Robin DNS – How does it work?

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