Types of Performance Testing

We have introduced importance of performance testing in the last article. There are different types of performance tests that can be applied during software testing. So now let us take a closer look at the performance testing methods.

Load testing

It is a sort of the simplest form of performance testing. It checks the system by reguraly increasing the load until it reaches to its threshold value. This is done by increasing the number of concurrent users or transactions and verifying the behavior of application under test. The goal is to ensure that any updates to an application continue to meet minimum performance standards.

Stress testing

Stress testing is basically a load test, the approach is to apply a higher-than-expected workload and see how the system behaves under serious stress and when exceeding the design limits. The goal of stress testing is to measure the software stability, at what point does software fail, and how does the software recover from failure.

Spike testing

Spike testing is a type of stress testing that measures performance when a workload suddenly and substantially increases beyond typical production levels. The goal is to see how an application would perform if traffic suddenly spiked in production.

Endurance testing

It is known as soak testing, It measures performance at a normal workload over an extended period of time. The goal of endurance testing is to check for system problems and expand upon load tests by determining if a long-running task causes issues over time.

Scalability testing

It is used to determine if software is effectively handling increasing workloads. It focuses on the CPU usage, memory, and other infrastructure rather than the application. The goal is to ensure the workload may stay at the same level while resources such as CPUs and memory are changed.

Volume testing

It is known as flood testing because the test floods the system with data. They focus on large amounts of data hitting databases and data-processing tasks. The goal is to determine if database access eventually becomes a bottleneck.

For any inquiries, please contact:

Latest Posts
1Introducing Go Language for System Transformation: Tips and Techniques for Improved Performance Because the go language natively supports coroutines and can meet both development efficiency and program performance, it was decided to introduce the go language for transformation.
2Choosing the Right API Testing Tools: A Comprehensive Guide API testing can be performed by simply recording script through tools with GUI such as soapUI, or by writing code by open source project tools
3Exploring Valuable Test Cases in the Android Official MVP Project: A Comprehensive Guide to Unit Tes This article serves as an appendix to "Interpreting the Unit Testing of the Android Official MVP Project". This MVP project and its unit testing cases can provide many insights for our work, so it is worth giving it a quick read.
4A Comprehensive Guide to XSS Attacks and Defenses This article provides a detailed introduction to XSS(Cross Site Scripting) vulnerability attacks and defenses, including vulnerability basics, XSS fundamentals, encoding basics, XSS Payload, and XSS attack defense.
5How to Make Your Go Program Run Faster? This article is about the Go language. It primarily focuses on runtime speed, rather than development speed – these two types of speed are distinct.