When is benchmark testing

LoadView is a great tool to easily setup your tests and perform baseline and benchmark tests. You can leverage its multiple load curves and reporting features to measure different metrics and actionable insights. Get started with LoadView today. Sign up for the free trial or schedule a demo with one of our performance engineers. They will happily walk you through all the aspects, features, and benefits of our load testing solution, ensuring you have everything you need to begin carrying out your benchmark and baseline performance tests.

Once you have thoroughly tested and tweaked your websites and applications to ensure they can handle the number of concurrent users you have planned for, the final step is to make sure your website and web applications are continually performing as you intended in the live production environment.

You and your teams have invested loads of time and effort in planning, developing, and testing your applications. Make sure performance and response times are always within your pre-defined thresholds by implementing automated monitoring. Set up alerts and get notified immediately when downtime or errors occur, reducing the risk of additional users being impacted by a poor user experience.

What is Baseline Testing? The following are some benefits that you get from performing baseline testing: Helps set a baseline for maintaining the software application performance.

Identify bottlenecks for different performance metrics. Faster measurement of quality performance. Can be easily automated to increase tester efficiency. Helps in detecting configurations errors. What is Benchmark Testing? The following are some benefits of benchmark testing: Helps in performance analysis of a software application with competitors.

Maintains user experience and availability. Ensures that all compliance and SLAs are met. Ensure best practices are followed with measurable results. Benchmark Testing metrics are often pre-established to evaluate the performance.

Baseline Testing is specific to an individual software application. Benchmark Testing is often applicable to all the software applications belong to an organization. Baseline Testing is done from the application and user experience point of view. Benchmark testing is done from business and SLA point of view. Phases of Benchmark Testing While many teams follow the agile process for testing, it is best to follow a slightly different process for benchmark testing.

The following are the standard testing phases for benchmark testing: Planning Phase This phase includes identifying and defining standards and requirements for baseline and benchmark testing. Analysis Phase This phase includes setting the goals and objectives and the error identification process and how to resolve them. Integration Phase This phase includes the agreement between functional and non-functional requirements with business process approval and internal stakeholders.

A part of the Software Development Life Cycle SDLC , benchmark testing involves both developers and database administrators DBAs to determine current performance of a software and makes changes to improve the performance of the same. It is one form of software testing technique that helps team of adept and dexterous testers in various innumerable ways. Benchmarking is helpful in understanding how the database manager responds under varying conditions.

With the assistance of benchmark testing one can create scenarios that test deadlock handling, utility performance, different methods of coding data, transaction rate characteristics as more users are added and even the effect on the application of using new release of the product.

Moreover, benchmark testing is the company wide standard for the performance testing metrics, which every software application that belongs to such an organization should pass. The other characteristics of this type of software testing are as follows:.

The goals and objectives of this type of testing are numerous, some of which are mentioned below:. Benchmark testing is not a term related to just software testing, but it also deals with hardware testing and is considered as one of the most important tasks in the business world. Its requirement and popularity in the software industry is increasing day by day, as it provides numerous advantages to its users. Moreover, it is a type of testing that can easily be performed using the same software and hardware that will run in the production network.

The requirement of this type of testing is not limited to one section of the software industry and it can be performed to fulfil various services. Therefore, the services for which this testing can be done are:. There are four major phases of benchmark testing, each of which plays a crucial role throughout the testing process. Through these phases, a software tester, can easily plan and organise the process of testing, as well as ensure that the end result is accurate and compatible to the one expected by the client.

The phases of benchmark testing are immensely helpful to the tester and assists them in identifying the issues, requirements and the standards of the software.

These phases of benchmark testing are:. It is evaluated by performing a series of tests along with running iterative cycles of performance testing. To determine the point where a software application will exhaust completely if a new load is added. The application covers the minimum specifications based on response time and user load, including several other performance requirements as stated in the SLA.

There is a tremendous demand for Benchmark testing in the software industry for its diverse area of application. There is a total of four phases of benchmark testing, with each phase playing an essential role. Throughout these phases, a tester is allowed to plan and organize the process and make sure the results live up to the client's expectations.

The testing team identifies and determines the best standards and requirements. Overall, it is the initial stage that defines the benchmark criteria. This is the phase where the team identifies the underlying cause behind an error and finds ways to improve the quality.

Once the suggestions are approved, the team then establishes the functional goals for the next phase. All actions decided in the integration phase are executed, and the concerned authority monitors the progress.