Because of the current epidemic, most businesses have shut down, and many industry leaders have resorted to working remotely to deliver their software and products on time. However, one of the most significant problems facing product leadership today is the need to respond quickly to new business goals and become more dynamic in the face of fast-changing market circumstances.
Most organizations are under pressure to save expenses wherever they can in the present economic climate. Scaling automation testing is the way to go if you want to lower your software testing expenditures. Implementing a good test automation strategy to improve the bottom line and accelerate time to market while providing high-quality results utilizing tailored, reliable, and relevant automation technologies is the quickest approach to reduce software testing costs.
Most development teams recognize the need for testing and test automation, but there is always a tug-of-war about the time and money involved. In order to determine what amount of coverage is acceptable for a specific project, it’s critical to understand the costs and advantages of testing and test automation. Simultaneously, QA teams should be on the lookout for new technologies that might assist make the process more effective, resulting in reduced time and cost as well as increased test coverage. To determine what amount of coverage is suitable, QA teams should understand the costs and advantages of testing and test automation.
When developing a testing plan, development teams must consider the costs and advantages. It’s tempting to evaluate efficiency by comparing test coverage to cost, yet test coverage is a poor statistic on its own. Low test coverage is a symptom of problems, while high test coverage isn’t always good. In order to create a vanity measure for a KPI dashboard, complete test coverage may include developing tests for things that don’t sound important.
There are two criteria for determining whether or not you have enough test coverage:
- Bugs that make it into production are uncommon.
- Changes to code are seldom resisted out of fear of causing a production issue.
You should devote time and resources to achieving comprehensive test coverage that matches these objectives without “overspending.” Test coverage should be carefully considered by development and QA teams, with tests searching for things that seldom go wrong or assertion-free tests being minimized.
Practices To Follow So As To Reduce The Cloud Automation Testing Costs
Following practices should be followed to manage and optimise your automation testing costs:
1. Create An Automation Testing Strategy
Ask your testing teams to have an effective test automation plan. Teams should specify the extent of automation and testing priorities while assessing available resources and possible risks at this stage. Following the evaluation, your QA team may devise a plan of action, complete with a timetable, and give you a figure of responsibility for each activity.
Make test automation a priority. Automation requires software and machine acquisition, which may become a bottleneck since it necessitates time as well as resource allocation. Consequently, it is always good to plan ahead to minimize problems such as cost and schedule overruns.
Not all test cases are amenable to automation. Test cases with obvious pass/fail outcomes, time-consuming tests, high-risk failure, or stable features should all be automated. Unit tests, API tests, regression tests, data-driven tests, and cross-browser testing are all recommended for automation.UX test, app accessibility test, exploratory test, OS native feature anti-automation features, or flaky functionality test, on the other hand, should be done manually since they’re expensive and have the biggest possibility of producing false findings.
2. Pick The Right Tool
It’s simple to understand why test automation relies on tools since test cases are automated. Since there are many products out there, QA teams now have a lot of alternatives to choose from. Your team should create a strategy by asking detailed questions about available requirements. Remember that the tool should solve your issue rather than attempting to fit your testing requirements into a tool. Do not rush into using the popular automated testing product. Instead, find out the test automation framework you will need to set up, then choose a few aspects of the software that cover all of your application’s essential features.
Selenium, Cypress, and Appium create the most reliable tests that are adaptable to most, if not all, languages, operating systems, and platforms. Keep in mind that testers must have substantial programming knowledge, and most of these technologies don’t have in-app analytics.
You can also take advantage of no-cost consultations and trials. Apart from open-source, Appium, or Selenium, most commercial automation testing products provide complimentary consultations with their sales experts to assist you with technical and business information throughout your tool investigation.
You can leverage platforms like LambdaTest to perform cloud-based cross-browser testing of test web applications across more than 3000 different browsers, devices, and operating systems. LambdaTest allows you to do both automated and manual cross-browser testing. It also offers real device cloud that lets you perform Appium testing of mobile apps across real Android and iOS devices.
3. Select The Appropriate Test Automation Strategy
Building a strong and maintainable automation test case starts by choosing the right automation method. Teams may choose from five types of automation frameworks: linear, modular library architecture, hybrid, and data-driven. It is also very significant that the test automation roll-out is a well-defined procedure since it demands the same consistency as software development. Conduct a risk assessment for the project. Descriptions of possible dangers, affectability, likelihood, mitigation, and accompanying costs are all recommended factors.
Include the appropriate individuals. Bringing in important stakeholders will allow you to keep on top of the application’s business needs. Also, think about whether you want to keep your QA staff in-house or outsource it. With development, go through test artifacts. Testers should verify that test planning fits with intended functionality when business objectives shift. Test planning should also be well-documented and flexible.
4. Design The Test Cases
When it comes to testing automation, the most important step is to design the test cases. A test case is always the winner and most accurate when developed from the end-viewpoint. User’s It is more concerned with features than with implementation.
It comprises everything from a user’s most often frequented pathways to those seldom visited. A test case may be designed by anybody on your QA team who has a talent for understanding potential risks and how they affect end-users. Test environment management, maintaining the appropriate sequence of testing modules, and establishing the suitable time limit for UI components to show in the testing automation software are all issues to consider while designing test cases.
5. Make Use Of The Built-In Debugging Tools
For web app testing, most cloud suppliers include built-in debugging options such as screenshot capture on every request, network logs, video recording of testing sessions, and so on. Using these debugging tools will save you the time and effort of implementing code and logic to take screenshots and save them locally on your PC. Taking screenshots with cloud providers, on the other hand, does not need writing particular code. During web app testing, you can even share images with developers, testers, and other team members so that they may begin troubleshooting the application’s faults.
6. UI Resistant Test Cases
We have to make considerable adjustments to our test automation strategies at the beginning of test automation. It was caused by modifications in the UI while the program was still being developed. Many of the team members were irritated by it. Consequently, we decided to develop a solution so that these changes do not have an impact on our test results, i.e., test results may vary in future versions of the program due to UI changes.
To solve this issue, you must reverse engineer the technique through which automated software recognizes items. In general, they identify things based on their coordinates
The automated testing software found it easier to perform the tests successfully if you could give the controls permanent unique names. It also doesn’t need to alter the titles of the tests every time you run them. So, yeah, this is one of the top-notch test automation best practices for us, and you should give it a go!
7. Make Sure You’re Using The Right Browsers And Versions
When compared to in-house infrastructure, the benefit of testing web applications in the cloud is that it allows you access to numerous browsers and versions. Testing may be done on a large scale while being cost-effective. Most testers prefer to test the app rather than the newest version of Chrome or Mozilla browser during functional testing.
It will be enough if all of your visitors utilize the most recent versions of these browsers. However, even if 1% of visitors come from a different browser or version, this might have an influence on the web app’s operation. As a result, you’ll need to test your app’s cross-browser compatibility across many browsers. Though it isn’t required to test every browser, you may do so if you want to:
- Are well-liked by your customers
- Have the most popular use patterns in your target market
- Are linked to significant decreases in the conversion funnel
Instead of testing every browser accessible via the cloud, you should focus on your testing process based on the above-mentioned criteria. Although, if you have numerous simultaneous threads with the cloud provider, testing new browsers is also advantageous. However, it is a waste of time to spend time on something that is not yet beneficial to you.
8. Experiment With Various Screen Sizes
Most testers overlook evaluating the user interface across multiple screen sizes during functional testing. Front-end developers spend quite a lot of effort crafting the appropriate breakpoints for a web app, and it’s a waste if you don’t test them on different screen sizes. Furthermore, since the number of mobile devices grows every day, testers must verify the functioning of web apps across a variety of mobile browsers and screen resolutions.
Test automation is an important aspect of developing high-quality software, but the tests aren’t free. Before deciding on the proper testing technique and coverage level for a specific application, it’s critical to weigh the costs and advantages of test automation. At the same time, you should think about tools that might help you save money on testing this way, and you can manage and optimize your network in a better manner.