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Your requirements may be limited at the initial phase of business establishment, but as time pass by, it gradually goes up, and you may have to scale up the server to handle hundreds of requests and hits at a time. That, in turn, will demand you to explore options to distinguish between the typical server setup for data management and the most advanced technologies you can benefit from.
Moving to cloud
The concept of adding up more server space sometimes back was by expanding the physical IT infrastructure and getting the hardware people install and maintain the physical server for you. There is a considerable cost involved in the purchase and maintenance of physical hardware, and given that the additional server has limited space to run out based on your requirement, you soon come across the same need again.
However, today, just over a phone call or a request through your admin control panel, you get a server on cloud instantly. It means that someone else will immediately take care of creating and maintaining the hardware for you, which you can custom configure from anywhere in the world based on your requirement. You can add any number of servers at any time without the need for purchasing any additional technology real estate. It makes scaling up space much easier and cost effective than it had been ever.
Establishing scalability
You can easily do it with a step by step load balancing methodology to keep an excellent balance. Here, we will discuss this approach in light of two typical case studies for everyone’s easy understanding.
Setting up load balancing
Case #1: You webpage gets features on a viral post on Facebook, and suddenly you start to experience a crazy amount of traffic to your page.
As per experts at remoteDba.com, it is an ideal scenario where a load balancer simultaneously running with the backup of several servers may help. A load balancer manages the traffic to a particular server and directs to appropriate server which can handle the extra volume. The load balancer also knows that it should not send the traffic in such a direction where a server is crashed. So, you need to have to worry about how it is done, but it will ensure that your incoming traffic, irrespective of its volume, don’t hit a dead server.
Case #2: A disaster struck the entire state which poses a threat to your application
It his happens on an unfortunate day, then also things would remain just fine for you on the cloud the servers as there are spun up servers at your service, not just at your zone, but various zones across the globe. The load balancer automatically knows which all servers in the particular state are down and where the traffic to be re-routed. Ultimately, you and the potential customers never experience the flaw of any natural disaster, which could have been adversely affected in case of on-premise database servers.
Even though these practices will not instantly prevent or safeguard all your problems, it will surely help you build things more quickly and easily with the help of a good foundation when you have to handle huge volumes efficiently.
