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For example, when you type www.google.com in your browser's url bar, a DNS server will be required to look up and resolve the domain name google.com into its corresponding IP address (173.194.36.157) .With millions of different websites on the Internet today, it would be nearly impossible for any individual or computer to store every website and their corresponding IP addresses locally; therefore, we need a service that acts as a global directory list of every single website in the world along with their corresponding IP address.

Let's talk about a couple important parts of these server types first: addresses, queries, answers, time-to-live (TTL), weighting and priority.An address in this case is just a reference to another system or network.

Queries are the request for information that you make to other computer systems; so when you go onto your favorite search engine like Google or Yahoo!, you make a query asking them to look up some information for you.

The answer is what they find as a result of your query.

Each answer has a TTL that tells you how long the server can store this information before expiring and having to be renewed again by another query; weighting is just an algorithmic process in which DNS servers can rank their responses with, taking into account various factors such as the number of times they have answered before a certain query; priority is a numeric value assigned to each DNS server which determines how it will respond to queries compared to all other servers out there (or even within its own particular domain).Now let's look at recursive and authoritative types of DNS servers.

The main difference between recursive and authoritative servers is that recursive servers are not technically supposed provide the final "answer" but instead should reference other sources for the correct answer (the "authoritative source").

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While a colocation facility is a data center that allows floor spaces to be rented by organizations, a private cloud is an infrastructure based in a data center that runs just your data, and is configured to your requirements.In simpler words, what makes a colocation different from a private cloud is not the location of the hardware but their respective functionalities.To further understand why these concepts are so different, you first need to understand the basics of cloud computing and colocation.What Is Cloud Computing?Cloud computing is a concept whereby computational services are hosted in remote servers and then accessed over the Internet.

To understand the differences between colocation and a private cloud, the first step to take is defining what public cloud means.Over the years, public cloud has gained lots of popularity and has come to mean the same thing as IT outsourcing.

Here, the organization gets to enjoy all the resources of the data center alone.A private cloud does not necessarily have to be located in the same place as the organization but can also be remotely managed by a third party company and then accessed via the Internet.Therefore, what makes a cloud public or private is not the location of the data center but who is responsible for managing the data center.

Here, you will be required to manage your own rack space, servers, and other equipment.

The reason why most companies opt for ServerMania colocation servers mostly because they lack the required space for the physical hardware.Colocation VS.

Private CloudNow that you understand what the private cloud and a colocation mean, you also need to know that the only similarity between them is that they are both a multi-tenant environment.The differences between these two concepts lie in their features and functionalities.Some of the features of a standard colocation are:You are responsible for the provision and maintenance of data storage hardware.

have you ever tried everything you'll be able to think about to spice up your overall site performance, however its response times are still sluggish?

If thus, then you'll be attempting to mend the incorrect issue.While nearly eighty % of all web site speed problems are associated with front-end errors, like non-optimized pictures, chunky code or broken page components, your visual style elements aren’t continually in charge.Regardless of however refined your website cryptography could also be, or however you’re optimizing and compression web site files, if the hosting server is underperforming then no quantity of tweaking can alleviate your speed downside.Your web site hosting service is that the brain powering your entire digital being.

very similar to humans, if the brain is broken or lacks correct nutrients, everything it controls is negatively compact.Although you ought to take care once choosing an online hosting supplier, even the greats expertise performance problems, therefore, checking internet hosting server speed daily is an important task for all web site house owners.Not solely will this give current stats concerning server health, however, if your server fails to fulfill its Service Level Agreement (SLA), you ought to in real-time contact the hosting company for a refund or upgraded hosting choices?Much like everything else in life, guarantees aren’t continually secured.

Therefore, it’s vital to stay open-eyed once it involves observance and analyzing not solely your web site performance, however the performance of your internet hosting server.Checking internet hosting server speed may be a comparatively easy method.

However, before we tend to dive into this subject, let’s take many moments and investigate the assorted components you ought to determine and perceive once it involves observance of this essential backend element.The Two Signs of a Slow internet Hosting ServerIt’s troublesome to slim down all the assorted factors that will be to blame for a slow internet hosting server.

do you have to realize that your dynamic webpages load exponentially slower than your static pages, you ought to in real-time investigate the subsequent server elements:Time to initial computer memory unit (TTFB)Essentially, this metric defines the precise length between AN end-user browser causation AN HTTP/HTTPS GET request to receiving the primary computer memory unit from the requested information packet.