The biggest factor in businesses is, as always, the desire for higher returns on investment.
Any investment's efficiency can be determined by its return on investment. Consider the case of automation testing. Businesses are under pressure to meet ever-changing business demands and deliver more in less time. They've hired expensive automation test engineers so they can test and release useful features to the end user in as little as two-week "sprint" cycles. In spite of these efforts, however, many businesses are still unable to achieve a satisfactory return on investment.
Let's find out why companies aren't making enough money back on their investments.
One cause is that developers are always tinkering with apps in an effort to find the perfect combination of functions and aesthetics to satisfy their consumers. This means that within a few weeks, the existing test cases for the application's present user interface will no longer be valid.
The second problem is that because sprint cycles are so short, automation test engineers have very little time to build test scripts to test critical features before releasing them to production. This causes flawed applications to be released to consumers, which negatively impacts their experience.
What's the big deal, you might ask? What's stopping a large team of automation test engineers from writing code quickly enough to finish the testing phase in a matter of weeks?
The reason for this is that executing a successful automation test is a painstaking process. It's trickier than it seems at first glance. Let's have a look at the automation testing lifecycle to get a better grasp on the topic.
In a nutshell, the phases of Automation Testing Lifecycle are as follows:
1. Automation feasibility analysis
The first step in automating tests is conducting a feasibility study, which entails tasks like compiling a list of software automation testing tools and performing an analysis to determine which ones are suitable for automating the client's application given their needs, available resources, and available budget.
2. Test Strategy
It is the first step in ATLC and defines the strategy for approaching and completing the goal of test mechanisation. In this phase, we develop our automation strategy.
3. Configure the test environment
Next, we set up a local or remote workstation to run the test scripts that the ATLC will generate. The following are some of the most important aspects of the testing environment:
a.Test Data b.Multiple Browser Support c.Automation Framework d.Configuration and licensing of tools e.Choose a controlled or real setting
4. Creating Test Scripts
Automation tool implementation and development of test scripts.
5. Execution of the Test Script
It is best to run the test script once we have set up the testing environment. It is crucial to ensure that all test scripts execute effectively.
6. Defect Analysis and Fixing
After all of the tests have been run, the team analyses the results to pinpoint which features and parts have failed. Defects in previously functioning features are highlighted by the analysis as areas in need of attention. In this final stage of automation testing, all test reports are delivered to clients or other stakeholders.
As a result, both the automation test engineers and the companies that hired them to test the application lose time and money.
These are the main reasons why businesses fail to see a return on investment (ROI) after investing in highly skilled automation test engineers.
Uncomplicated Method for Maximising Return on Investment
But what if we told you there was a simple, straightforward approach to increasing return on investment and overcoming the challenge of rapid, agile, and frequent reskinning of applications?
Automated testing technologies that require no scripting are the way to go.
Scriptless automation tools are a type of rapid test automation tool that has the capacity to generate test scripts 4x faster than conventional automation test methods.
One such scriptless test automation tool is FireFlink.
Imagine a situation where a test engineer would normally only be able to script two or three test cases per day; today, with FireFlink, the same engineer can script twenty or twenty five test cases per day. FireFlink can help you keep up with the pace of rapid agile methodology.
FireFlink allows a group of test engineers to rapidly generate one thousand or more test scripts in under ten days, greatly expanding the scope of testing.
Moreover, with the advent of quick test development, test engineers no longer need to be concerned about constant UI updates or reskinning of programmes.
A faster, more thorough test cycle ensures a higher return on investment (ROI), which is the result of a more effective testing approach.
Therefore, it is reasonable to conclude that the use of scriptless test automation technologies boosts the return on investment.