Hyperautomation is a popular concept in the software testing industry. Similar to the Industrial Revolution, hyperautomation is a permanent transition to improve their manufacturing processes with the help of technology. However, even if organizations have still not made their way yet, robotic process automation (RPA) is expected to play an important role here.
The main reason why RPA is gaining popularity is its ability to help organizations with their legacy systems being more competitive by automating their workflow. Workflows here, mean repetitive activities that require low cognitive efforts, including those that are performed during software testing. RPA is a powerful tool, that replaces regression, performance, and load testing and QA experts can channelize their efforts on other testing activities as exploratory, usability, and Adhoc testing. An automation testing company explores all possible solutions to best utilize RPA in achieving its test automation efforts.
To explain RPA in simple words, it is an automation tool that automates a task by watching the user perform it in the app’s graphical user interface (GUI). This is the reason RPA is an appealing concept, and it enables codeless testing. With the unique features of RPA tools, testers can save their resources on a number of time-consuming activities. It helps in test data preparation an setting up the preconditions to ensure that the application meets all the requirements. These preconditions are numerous and range from resetting the application state, checking if the test environment has been properly configured or not, or that a firm has a process to manage identified defects. This list does not end here, testers can also use RPA to conduct regression tests and to check the post-testing conditions.
With all the time and resources large enterprises will save using RPA to test apps, they can focus on other areas for quality improvement. RPA tools have several components and are most likely to formalize in the near future:
Design Studio – It is a process design environment or a descriptive manual of executable code that includes the process steps, rules, and procedures to access large integrated systems. These items can be automated to create the steps involved in testing.
Process Execution Environment – Here, a user starts the work of a robot by creating a schedule, event, etc. which can occur on a virtual or dedicated server.
Process Analysis Environment – This is used to provide reporting and visualization of the status of all robots.
Management Environment – There is a simultaneous execution of countless robotic processes involved in the application of RPA in a large organization.
Role of RPA in Business Process Outsourcing (BPO) Projects
In a traditional software development lifecycle, testing is performed in a test environment before the deployment in the production. But what happens when the testing environment is not available? This happened with many business process outsourcing (BPO) projects including accounting, HR, and customer relations, which are outsourced to third-party providers. RPA can create a testing environment and a test case by monitoring all the activities of human testers that can be robotized. The screen captures all the mouse and key actions, enabling RPA to mimic the real environment and then generate a test environment as a fake application.
Outsourcing Achieves Cost-optimization
Although cost optimization is an important criterion to outsource. Outsourcing is not just a silver bullet for cost savings as it once was, just as the technology solutions are. Due to the rising wages in the economies with advanced technology such as RPA tools can affect outsources operations.
RPA-based Load Modeling Replaces Traditional Performance Workload Distribution
When testers perform software requirement analysis for predicted load, they usually talk to their clients about the system’s user base, critical business transactions and expected response times. The issue is, that is it often difficult to get answers to such queries, and they vary from person to person.
The system logs should be analyzed to retrieve the information such as the number of users logged in per hour, top methods that used frequently, etc. Instead of relying on assumptions and word of mouth, testers can also send clients a questionnaire that captures the workload information using RPA tools or the user interface path. Once they have obtained the information, they can easily construct profiles that can be used in performance testing planning and execution.
Conclusion
Enterprises should begin using RPA tools into the testing processes if they plan to save their resources, reduce defects, and prepare for the future.
