Forecast your results with the precision of Software Performance Engineering


October 30, 2019
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Software Performance Engineering

Software Development is the heart of Information Technology. A well-developed software is efficient and mostly bug-free but consumes a lot of time and resources to be what it is. The lack of optimization in the source code can often lead to budget breaches when it comes to hardware selection, which is why testing and bug solving are crucial parts of the development process. But, Unfortunately, their unpredictive nature makes them two of the most repetitive and annoying tasks in the development cycle, with little or no cues to follow. Such uncertainty makes our current practices seem primal and arguably mundane, but is there a better alternative to this classic “Hit&Trial” approach?  The answer is Software Performance Engineering.

Introducing Software Performance Engineering

Software Performance Engineering is the concept of quantitatively approaching software development to ensure performance while making the process as cost-effective as possible. It helps in the detailed study of architectural designing and helps to execute the implementation goals by providing prior information regarding software development. Its software-oriented approach decreases response time, stabilizes the utilization in the early stages of software development by eliminating the redundant components, and enhancing the useful ones.

It constantly monitors the software’s growth and reports predictions and specifications with the help of methods like pattern study, prediction strategies, quantitative analysis, data presentation, etc.

Performance Engineering tools can predict the right choices to be made for the development team to deliver matching performance with bottom-line budgets in time.

Why do we need Software Performance Engineering?

Software Performance Engineering brings peace in the life of software developers; it eases the process of non-performance issue solving while offering increased accuracy. Its ability to catch the tail of an originating error source prematurely gives it an edge over the traditional “fix it later” approach. It helps the developers to statistically avoid invalid assumptions, which, if propagated, can make up a horrific example of the Domino effect.

For example, your development team is working over the new product with a traditional “fix it later” approach under tight time and budget constraints. The rate of performance for the product is seeming not up to the par, so you decide to compensate it with the help of better hardware selection. Despite its effect on the cost margin, you have to continue with it and send the product to quality assurance, which suggests multiple changes in the source code due to wrong assumptions. Now, your development team again has to deal with the coding to ensure its functionality, but doing this so costs a massive delay in time to market. Such losses will seriously affect customer relations and can further result in a loyalty crisis. However, a simple Performance Engineering tool can prevent all these unwanted circumstances, with its agility to inspect the performance, right in the building phase itself.

Software Performance Engineering, and the ocean of benefits:

  • It helps in identifying the hardware capacity of the system and matches your hardware with current requirements.
  • It gives your development team the confidence of executing build-ups without worrying about the architecture.
  • Software Performance Engineering makes project management easier by tracking the performance of the ongoing project.
  • It helps in saving both time and money by identifying the risks involved with the project’s architecture in the early stages of its development.
  • Provides the quality assurance team enough time to configure and eradicate the remaining errors by running load and stress test without any interruption.
  • With skilled execution and Software Performance Engineering, it makes it possible to meet all the requirements within the first release of the product.

Are you facing similar development issues? We will help you implement Software Performance Engineering with the best practices. Talk to us now!!

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