An automated testing strategy targeted for efficient use in the consulting domain

Test automation can decrease release cycle time for software systems compared to manual test execution. Manual test execution is also considered inefficient and error-prone. However, few companies have gotten far within the field of test automation. This thesis investigates how testing and test automation is conducted in a test consulting setting. It has been recognized that low test process maturity is common in customer projects and this has led to equally low system testability and stability. The study started with a literature survey which summarized the current state within the field of automated testing. This was followed by a consulting case study. In the case study it was investigated how the identified test process maturity problems affect the test consulting services. The consulting automated testing strategy (CATS) been developed to meet the current identified challenges in the domain. Customer guidelines which aim to increase the test process maturity in the customer organization have also been developed as a support to the strategy. Furthermore, the study has included both industrial and academic validation which has been conducted through interviews with consultant practitioners and researchers