Group items tagged

Traditional Testing and Agile Testing are two important testing techniques used to test the credibility, reliability, quality, functionality, and other important components of the software. Traditional Testing: Offers full coverage of the software. Allows one to detect the maximum number of defects. Agile Testing: Involves rigorous planning, analysis, and testing. Offers effective and efficient risk management.

An important software testing technique, Software reliability testing, is performed by the team to ensure the consistent performance and functioning of the software, in the given environmental conditions as well as in the specified period of time. It is with the assistance of this test that the team is able to measure the overall reliability of the product, by testing it against the business requirements.

Monkey Testing or Random Testing is used to test software applications by providing random inputs. It is an automated test that is conducted without any specific test in mind and is usually implemented as random, automated unit tests. It lists the system's reliability and performance and prevents system crashes after its delivery.

Though considered to be similar, Functional Testing and Non-Functional Testing, both, are vital parts of Software Testing Life Cycle (STLC), which are used to test various important features and components of the software product, such as its quality, functionality, performance, and more. Moreover, both of these testing techniques ensure the basic requirements of the software are accomplished and it has optimum compatibility, reliability, scalability, security, etc.

Beta testing is a salient testing type performed after the completion of alpha testing. It can be considered a form of external user acceptance testing, during which a version of the software, known as a beta version, is released to a limited audience to be tested for accessibility, usability, reliability, functionality, and more.

"A type of Security Testing, Fuzz testing, is used by software testers to find bugs and defects in the product, to validate its reliability and security. The basic approach used to perform fuzz testing over a software product involves the following steps: Identifying the target system. Identifying the inputs. Generating Fuzz Data. Execution using Fuzz Data. Observing the behavior of the system. Logging defects

Experience is that precious tool of the tester, which is always required in performing all types of testing. To provide reliable and effective results one must utilize gained experience in creating strategy and planning documentation.

Testers! With the process of Bebugging, you can determine the reliability of the executed test sets and test suites as well as improve the quality and effectiveness of the product.

Since there are numerous bug tracking tools available in the market, it is important that you find the one suitable for the project. Therefore, to help you get a reliable, efficient, and effective bug/defect tracking tool, our experts have prepared a list of best defect tracking tools.