The Internet may have made it easy to do business with people halfway around the world, but a cloud accelerator makes that transaction faster. By creating a set path that won’t be bogged down by random network traffic, a business using a cloud accelerator obtains peak performance for their crucial applications. With a global market, the fact is that you don’t know where your next customer is coming from, but you want to be there to service them. If they’re waiting in an online checkout while your application stalls, it doesn’t matter to them if you are 6,000 miles away and this is only taking minutes. They want buying transactions to be smooth and seamless, as if you were located in the next building over – not miles away in a foreign country. Losing sales due to slow performance is something that isn’t necessary and can be avoided with a cloud accelerator.
Dynamic Applications Get Boosted
Ecommerce applications are not the same as static web pages. Other types of specialized applications that are Software as a Service (SaaS) applications work on a cloud and can be responsible for things like sales transactions to crunching large amounts of data in backend databases to deliver reporting results. If your company uses Amazon Web Services for some of its cloud-based transactions, for instance, it can see a boost in performance by using a cloud accelerator as it struggles with huge amounts of dynamic data.
Here are a few ways it accomplishes this increased performance:
Dedicated Point-of-Presence (POP) Network – The network itself should use dedicated POPs with endpoints close to where the delivery of service is intended. By making use of a cloud-based system, you can create a virtual network that speeds performance and is easier to optimize over larger distances. It also helps to reduce costs by using someone else’s network that may be more functional than your own.
Optimized TCP protocol – A multi-segment architecture is put in place to provide anywhere between twice to 10 times the performance boost, depending on applications. Your bandwidth scaling doesn’t even play a factor in it either. This creates speed, but that only boosts performance if data transfer is optimized, too.
Advanced Redundancy Removal (ARR) – Data duplication and lack of data compression can eat up huge amounts of bandwidth. Special ARR technology is put in place to make sure bandwidth is not being used unnecessarily. That, in conjunction with the TCP optimization, accelerates performance tremendously.
Targeting of Specific Applications – It’s not just content, but also dynamic data that causes systems to bog down. By targeting specific applications with acceleration proxies, the system gets a boost where it is most needed. For instance, Microsoft’s Common Internet File System (CIFS) can be optimized this way to increase performance.
The reduction in noise in the network, the performance boost enhanced by POPs that are nearer to the user, and the attention to cloud-based dynamic data applications that require optimization, can all contribute to a better end-user experience. These are all part of a comprehensive strategy that involve a cloud accelerator to create the best performing network and applications, no matter if you are servicing someone in a different country or right next door. As more companies move their applications to a cloud, the cloud accelerator will become more and more important for business purposes.
Maxwell Pierce is well-versed in computer networks. He foresees enterprise investing more on cloud accelerator by Aryaka for their business communication solutions.