Updated: Oct 24
To succeed in today's market, firms require high-quality software with a quicker time to market. Usability and discovery testing are two pretty practical examples of manual testing.
Test automation is the practice of automatically executing tests, maintaining test data, and using outcomes to raise the calibre of software. Although it is essentially a quality control measure, the complete software development team is required to participate in its activities.
Everyone must be involved, from business analysts to developers and DevOps engineers, to maximize test automation and also get solutions to challenges in automation testing.
Significant Test Automation Challenges Testers Encounter
We will explore challenges in automation testing how to resolve them for better results. Without overpowering these below five challenges, testers might face uncountable issues that, if not fixed, can lead to automated testing disasters. Let us discuss them in detail to improve testing and QA processes further.
1. Organized Team Communication and Collaboration
This could be a problem for manual testing teams and test automation teams. However, because the automation team requires more communication and collaboration, test automation is more challenging than manual testing. Indeed, test automation involves investment.
2. Choosing the Best Tool
Many testing tools are available today, supporting different testing types and technologies, ranging from free and open-source tools like Katalon and Selenium to commercial ones like TestComplete. Each device is intended to be helpful in a specific situation. Vendors of testing products frequently exaggerate the capabilities of their goods.
3. Need for Skilled Resources
Some claim that because many test systems now offer quick and easy recording and replaying test scripts, test automation can be performed solely by manual or technical testers. This is a significant myth. Test automation indeed demands the technical skills necessary to develop and manage test automation frameworks and test scripts, generate solutions, and overcome technical problems.
4. Choosing an Effective Testing Method
One of the main difficulties facing test automation engineers is this. Finding a suitable test automation strategy is crucial for testers from a technical standpoint. Automation tests need the right tool to write scripts, but they also need the correct testing methodology.
5. Costly Initial Investment
When it comes to testing automation, most of us concur that automated regression testing is essential and valuable in most Agile situations. But when it comes to the price, we are concerned. In actuality, the earliest stages of test automation are frequently costly.
How to Resolve the Above-stated Test Automation Challenges?
A diverse range of web and mobile automation testing problems can affect QA and testing teams. Let us explore more about how to resolve or better overcome the test automation issues and challenges.
1. Finding the Appropriate Automation Framework or Tool
It would be best if you chose a tool for automated testing once management has given you the go-ahead and an allocated budget. This is, without a doubt, the most crucial choice to make when beginning your automation journey and one of the most challenging difficulties encountered in automation testing.
2. Hire Knowledgeable Testers and Instruct Current Teams
Contrary to popular opinion, any tester with some experience in the industry cannot do automation tests. Similarly, without prior training, no developer can automate tests for optimal effectiveness and coverage.
Poorly designed tests slow down the pipeline and provide a negative return on investment (ROI) because the investment in automated testing is far more than that in manual tests.
3. Methodically Working on Test Automation Strategies
Developing numerous efficient approaches to verify various software features under diverse circumstances shows how far automation testing has come.
One of the biggest problems with automation testing is that not every strategy works with every testing team's technical and commercial objectives.
4. Setting Reasonable Goals
Automation is not a magic wand. It won't replace manual testing but will speed up and improve outcomes.
No machine can fully and competently replace human supervision and judgment. A certified QA professional must review and validate all automated tests.
5. Capital Initially Invested
Automation testing has significant upfront expenditures; make no mistake about it. It must be evident to stakeholders and management staff who approve budgets that you will have to spend money on various expenses, such as tools, skilled workers, infrastructure expansions, license fees, operating costs, etc.
Errors and Faults that Lead to Test Automation Failures
Impractical expectations, lack of understanding across automation, or not putting sufficient emphasis on delivered value leads to test automation failures.
1. Uncertain of what to automate
Automation calls for a machine to understand how a screen appears across many platforms, browsers, and screen sizes, which it cannot do. Both human eyes and tools like this responsive design tester, which enables speedy website display across a range of desktop and mobile devices, are necessary.
2. Inadequate practical knowledge of tools
You cannot successfully execute automated testing without the appropriate amount of practical knowledge and technical skill sets. It can be challenging, time-consuming, and expensive to find and hire employees with the necessary skills to use the appropriate tools and write the proper test scripts.
3. Poor visibility
Automatic testing is frequently carried out by a few people at the start of automation in an organization, with most of the workforce being mostly ignorant of its functioning.
4. Challenging applications to test
An application must be simple to test at the unit, system, integration, and acceptance levels. Testing becomes problematic if the application is not coded in a precise fashion and calls for more complex scripts and tools. This scenario results in higher costs and extended durations.
5. Absence of clear objectives
Because they begin too large, most automation efforts fail. Without first constructing a solid framework that has the proper integrations with CI/CD technologies, is simple to maintain, stable, and connected to a rapid and efficient feedback mechanism, one cannot simply plunge into the midst of automating complete test suites.
How can Testers Sidestep the Errors?
Testers particularly feel the drain of this and consider that any and all errors are credited to bad testing. Do not be concerned about that. Motivate yourself and keep moving forward, as this is part of the job. However, if it's in your hands, ensure that you, at no time, ever make similar mistakes or errors again.
1. Using automated testing
There is no denying that automation is viewed as a practical way to support testing efforts. Enterprises and test professionals, however, view it as a replacement for manual testing, which prevents them from conducting sufficient testing and coverage.
2. Recording and playback for test scripts
Most testers are in charge of recording and playing back test scripts. Nevertheless, the record characteristic must be seen as a phase in writing a basic script. To put it simply, a customized version of the created script is necessary for a successful automation test.
3. Working with validation
Businesses and test engineers frequently employ test scripts without any form of Validation. There are instances where test scripts need Validation to perform a specific action.
4. Only allow visible validation
Another problem arises when application testers are only allowed to verify visible objects while avoiding other components. It is evident that validations must always extend to non-visible elements, such as page content and visible buttons.
5. Working with maintenance
It's not at all easy to automate tests. Test automation is improved and kept up to date over time, just like many other elements of software development.
Useful Test Automation Tools to Leverage
Picking the most fitting automation testing tool for your projects could be tricky if you are not alert of the benefits and limitations of each of them. First, you must work on your project requirements and analyze them methodically before making the decision and moving forward with the testing tools below.
Let us explore how these test automation tools can be helpful in your projects.
ACCELQ is a cloud-based platform for codeless test automation driven by AI that seamlessly automates desktop, mobile, and web UI testing. Fortune 500 companies from various industry verticals worldwide use ACCELQ to advance their automation goals significantly.
2. Avo Assure
Avo Assure provides 100% no-code and intelligent test automation. You can test intricate, end-to-end business processes spanning online, mobile, desktop, mainframes, SAP, Oracle, Salesforce, and more, thanks to its support for over 200 technologies.
No matter your preferred method of automation, Kobiton makes Continuous Testing for Mobile and IoT a reality. With AI-driven scriptless approach and your selected open-source and script-based tooling, you can quickly automate Functional, Performance, Visual, and Compatibility testing.
Using only simple English commands, testRigor's no-code platform enables human QA testers to build sophisticated automated tests. End-to-end tests for mobile browsers, mobile apps (native and hybrid), web user interfaces, and APIs may be easily created.
Subject7 is a precise cloud-based and codeless test automation tool which enables even a non-professional to become an automation specialist while merging all testing solutions on a solitary platform. Our user-friendly software scales with ease, speeds up test authoring and simplifies test maintenance.
Test automation improves quality while increasing work speed. However, not all tests can be automated. There will undoubtedly be an investment. With so many different sorts of testing available, it's critical to find the correct mix.
The test pyramid is a simple guideline to help you get this done correctly. It specifies that most tests should be unit tests, followed by service tests and UI testing.
A test automation system handles all aspects of testing, such as managing test data, conducting tests, and tracking outcomes. Test automation is the next step for teams overwhelmed by the strain of repeating the same manual tests that should be automated.
Check out PerfectQA and contact us to discover more about test automation solutions!