![]() Performance testing emphasizes measuring various components and metrics. ![]() This phase includes developing the test scenarios, executing the performance tests, measuring the performance, and calculating results. This phase includes the agreement between functional and non-functional requirements with business process approval and internal stakeholders. This phase includes setting the goals and objectives and the error identification process and how to resolve them. ![]() A set of metrics is prepared for measuring the performance and outcomes. Identifying what components within the system are the most critical to test regarding performance and user experience. This phase includes identifying and defining standards and requirements for baseline and benchmark testing. The following are the standard testing phases for benchmark testing: While many teams follow the agile process for testing, it is best to follow a slightly different process for benchmark testing. Benchmark testing is done from business and SLA point of view. Baseline Testing is done from the application and user experience point of view.Benchmark Testing is often applicable to all the software applications belong to an organization. Baseline Testing is specific to an individual software application.Benchmark Testing metrics are often pre-established to evaluate the performance. Baseline Testing metrics are recorded after the applications undergo performance testing.While baseline and benchmark testing seem very much the same, the following are some points that clarify the difference between the two: Ensure best practices are followed with measurable results.ĭifferences between Baseline & Benchmark Testing.It helps to evaluate third-party vendors’ evaluation.Ensures that all compliance and SLAs are met.Maintains user experience and availability.Helps in performance analysis of a software application with competitors.The following are some benefits of benchmark testing: It is repeatable and quantifiable to practically establish user experience and business standards for a software application. Importance & Benefits of Benchmark Testingīenchmark testing is essential for implementing quality standards as well as SLAs. The goal for benchmark testing is to test all the current and future releases of an application to maintain high-quality standards. Benchmark testing covers software, hardware, and network performance. It helps determine the quality standards of every software application that belonged to an organization. Helps in detecting configurations errors.īenchmark testing compares performance testing results against performance metrics that are agreed upon in the organization based on different industry standards.Can be easily automated to increase tester efficiency.Faster measurement of quality performance.Identify bottlenecks for different performance metrics.Helps set a baseline for maintaining the software application performance.The following are some benefits that you get from performing baseline testing: This ensures that user experience is intact in all test scenarios, and the scope of improvement is discovered. Importance & Benefits of Baseline Testingīaseline testing is done for making sure that application performance is not degrading over time with new changes, and if it does, what are the measures to be taken so that it met the baseline performance. The overall goal for baseline testing is to maintain the consistent quality of a software application. Performance metrics from every test are well-documented for future references. When the same application is updated, including software, hardware, network, and code changes, it again goes through performance testing, and new performance metrics results are compared with the previous performance metrics results. In this article, we will understand their importance, benefits, and important metrics to cover.īaseline testing is a process of recording performance metrics of a software application when it undergoes performance testing. These performance tests are done to ensure that all quality standards and SLA (Service Level Agreements) are met by all the applications of an organization. Performance testing is further divided into two types – baseline testing and benchmark testing. Non-functional testing, or performance testing, focuses on speed, stability, scalability, reliability, load capacity, and how your applications performance under stress. Functional testing covers most of the functionalities, and include testing types such as black box testing, unit testing, integration testing, system testing, regression testing, smoke testing, and others. Any software application should pass through functional and non-functional testing to ensure it satisfies business requirements and performance standards.
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