Stress testing is used in the following contexts:

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Software: Stress testing focuses on ensuring that the software does not crash due to insufficient resources and ensuring availability and error handling under extremely heavy loads. Software stress testing focuses on identifying transactions that are highly stressful during testing, even if the database is not under any load. The stress testing process loads concurrent users beyond normal system levels to find the weakest link in the system.
Hardware: Stress tests ensure stability in a typical computing environment.
Websites: Stress tests determine the limits of any site's functionality.
CPU: Changes such as overvolting, undervolting, underclocking, and overclocking are tested to asia rcs data determine if they can handle heavy loads by running CPU-intensive programs to test for system crashes or freezes. CPU stress tests are also known as torture tests.
Automated tests
Automated testing (software test automation) is an approach to code testing that uses specialized software tools that automatically run tests and then compare actual test results with expected results.

Automated testing plays a vital role in Continuous Delivery (CD), Continuous Integration (CI), DevOps, and DevSecOps. The key benefits of automated testing include:

Automated testing saves developers time and money by making the testing process more efficient.
Automated tests identify errors more effectively than manual tests.
When tests are automated, multiple testing tools can be executed in parallel.