Destructive testing – Non-functional testing

Destructive testing – Non-functional testing

Destructive testing is a type of non-functional testing that involves intentionally subjecting a software system or component to extreme conditions in order to determine its limits and vulnerabilities. The goal of destructive testing is to identify weaknesses and failure points in the software system or component, with the ultimate aim of improving its overall resilience and reliability.

Some examples of destructive testing include:

Stress testing: This involves subjecting a software system to extreme loads and usage patterns in order to identify any performance bottlenecks or failures.

Load testing: This involves testing a software system under heavy loads to determine its capacity and to identify any issues related to memory, CPU usage, or other resources.

Security testing: This involves testing a software system’s ability to resist attacks and exploits, such as hacking attempts, denial of service attacks, and other malicious activities.

Fault tolerance testing: This involves testing a software system’s ability to continue functioning in the event of a hardware or software failure, such as a server crash or network outage.

Destructive testing can be risky, as it may cause damage to the software system or component being tested. However, it is an important part of non-functional testing, as it can help identify critical vulnerabilities and failure points that may not be apparent through other types of testing. By identifying and addressing these issues, organizations can improve the overall reliability and resilience of their software systems.

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