Software:Deviceless testing

Short description: Software testing approach

Deviceless testing testing is a software testing technique that enables software testers to test software applications without the use of testing devices or where there are inherited challenges for automation such as gaming and charting. It is a relatively new concept that has gained popularity in recent years due to the increasing complexity of software applications and the need to test them across multiple platforms and devices.

Deviceless testing is based on the principle of simulating/repeating the behavior of various devices using software tools and techniques. This allows software testers to test the the behavior of applications without the need in different platforms and devices.

One of the key advantages of deviceless testing is the ability to unlock automation where other techniques don't work, such as automation of mobile-games, graphics rich, dynamic applications, applications that require time precision and more, that is mainly because this approach will not use neither render the graphics of the application but will interact with the underlying layers.

Another advantage of deviceless testing is that it can significantly reduce the time and cost associated with testing software applications. By eliminating the need for virtual or physical devices, software testers can test applications more quickly and efficiently, while also reducing the cost of testing. Additionally, deviceless testing can help ensure that software applications are tested thoroughly across multiple platforms and devices, improving overall software quality and user experience.

There is currently one deviceless testing technique that is commonly used in software testing:

• API-Driven testing: This involves building complex flows that simulate device interaction on the api level, this approach cuts the need in any device or rendering and approaches the logic of the application from behavioral point of view.

Deviceless testing is becoming an increasingly popular technique for software testing, particularly as software applications continue to become more complex and diverse. By using software tools and techniques to simulate behavior, software testers can ensure that applications are thoroughly tested regardless the wide range of devices and environments, improving overall software quality and user experience.