Testing of SW and applications for smart devices based on technical specifications of the supplier, definition of test cases, determination of the test plan and determination of test methods. Further, creation and definition of the necessary equipment for testing and preparation of error management.
Testing of software and applications for smart devices
The main goal of test automation is to achieve time-saving and to facilitate and streamline SW and application testing processes.
The tests are performed automatically by means of a robot, which significantly reduces the possibility of an incorrect testing procedure. We use specialized internal software for testing, based on which the programmer defines a simple procedure.
Speed of automation
Maximum security and confidentiality
High-quality team of people
Benefits of testing and automation
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During the development of automated tests we may detect errors which cannot be triggered manually, but at the same time it is impossible to say whether these may or may not occur in real operation. (misuse protection, long-term precisely repeatable tests, verification of the correctness of translations in all language mutations.)
Test equipment may be used for testing
The field of test automation is increasing in popularity and it is often the preferred way to test software.
Simulation for eCall and ERA glonass testing according to certification standards.
Robotic testing of mobile and web applications using special robots that can recognize image, text and control the application intelligently based on defined TCs.
Robotic testing of touch layers of displays and other functions such as hover, proximity. These are mainly tests dealing with production quality and long-term stress testing.
Simulation of other signals necessary for correct execution of the test. For example, CAN signals in the field of Automotive, GSM network or GNSS.
Advantages of automation
HW and SW are still evolving. Automatic tests would help detect more serious errors in both HW and SW. These errors need to be detected and eliminated before the system enters production.
Automated testing allows the tester to simulate extreme system loads and test the system for long-term durability. These situations are difficult to simulate by manual testing.
Automation can quickly and accurately determine whether the supplied SW and HW meet the technical specifications and thus prevent possible production incidents.
Speed and accuracy
Compared to manual testing, the system is faster and more accurate. If you want to test the same number of TCs manually, you will encounter technical issues, which cannot be reliably created. At the same time, however, it is impossible to determine whether they occur in real operation or not. Automation thus saves time and resources invested in manual tests.
Tests are designed so that it is possible to approach as much as possible the behaviour of thousands of different users who will use the system.
Testing helps reduce the risk of launching a product on the market in a relatively short time. When evaluating the test, the creator of the system is viewed independently.