Scalability in Platform Architecture
Platform architecture is an area of computing that is certainly on the up. But what really is platform architecture and what does a platform architect do? Platform architecture involves designing of comprehensive computer systems, which are used for storing, delivering and optimizing a range of information. Hence, a platform architect has to create software applications that allow the end users to access the relevant data efficiently. In addition to that, they write programs, troubleshoot any application related problems and develop new technological solutions. Apart from their primary responsibilities, platform architects closely work with people like computer engineers, web developers and business analysts to complete certain processes.
In the last few years, there has been talk of introducing scalability in platform architecture. Before proceeding on the why and how, it is important to know what scalability actually means. The concept refers to the capability of a system or a network to handle growth in work, and the number of users, sessions and transactions that it can actually accommodate in that growth. In a nutshell, scalability means allowing more people to use your application to meet the demands, without needing to change the code or sacrificing the quality levels. It is important that when you build a raft of applications that don’t have a united deployment pattern; your organization can lag behind in product development, and create dissatisfaction amongst users. By using scalability in platform architecture, you can do away with exactly that.
The actual process of developing scalable platform architecture for an application can be very challenging. This is because it is difficult to identify the exact trouble points in the application until it has actually failed. But with the need of the hour being developing applications that require more uptime and high load tolerance, as well as grow the user base, there is a need for solid, flexible and scalable platform architecture in order to cope with demands. To achieve scalability in platform architecture, each and every aspect of the application’s design will need careful consideration. For example, you will need to consider the ways in which caching can be made slightly smaller to ease up the memory footprint.
Creating scalable platform architecture can be quite a challenge, which is why more and more organizations are looking for vendors who can manage a scalable architecture to match their needs. To ensure that all of your applications run efficiently despite a significant upturn in usage, a high quality vendor is just what you need too.