Top 8 Software Test Automation Trends to Adopt in 2021-2022

Top 8 Software Test Automation Trends to Adopt in 2021-2022
Top 8 Software Test Automation Trends to Adopt in 2021-2022

Efficiency is the hallmark of a product’s success!.”

Every application needs to be tested before it goes live in the market to ensure quality and efficiency. Many businesses have realized the value of software testing services as part of the SDLC (Software Development Life Cycle) in providing high-quality software.

As software and product development becomes more competitive, the demand to provide a large number of high-quality products with limited resources in a short time becomes more intense.

That’s exactly where automation testing tools come into the picture!.

Everything will be better with automation testing. So, embrace rapid changes of its technologies and tools.

Before diving into the list of the latest test automation trends, let’s have a glance at their significance.

Importance of Software Test Automation Trends:

Test Automation trends

  • makes test creation seamless
  • lets you create tests that are both versatile and reusable.
  • increase your test coverage
  • provides measurable ROI

Top 8 Automation testing trends explained!

1. Test Ops

What Does This Mean?

TestOps is an acronym for Testing Operations. It is a combination of tests and operations. With TestOps, you can automate your software pipeline at the speed of DevOps.

  1. The Need for TestOps:

Test Ops manages and scales test automation processes, people, tests to improve delivery speed, efficiency, and application quality. It consists of four main components – planning, control, management, and insights.

  1. How Can TestOps Help?

TestOps help in end-to-end functional testing (including integration and transactional testing), Automation testing, Performance testing, Load testing, Reliability testing, continuous integration/delivery setup, asynchronous work scenarios, and security.

2. Data-driven test automation

What Does This Mean?

It manages heaps of data in tables. External data and functional tests are kept separate and loaded when needed to expand automation testing.

  1. The Need for Data-driven Test Automation:

In product development, changes such as addition, deletion, and modification in data sets are ever-increasing. And for a single test, we will have multiple datasets. Creating test scripts for each data set or modifying the existing test script will be tedious and time-consuming.

How Can Data-driven Test Automation Help?

The benefits of data-driven testing include

  • Testers can separate test cases and test data to run tests by varying different inputs.
  • Reusability: Data-driven Test Automation help testers to run a test script unlimited times using different data sets,
  • You can get realistic insights,
  • Efficiency: Due to its low code, it reduces manual efforts and makes it hassle-free to track/monitor/maintain results,
  • Less redundancy, and
  • Wider test coverage.
3. Mobile application automation testing

What Does This Mean?

Carrying out automation tests on mobile applications in diverse devices, operation systems, and their versions.

  1. The Need for Mobile application automation testing:

Businesses are adopting a Mobile-first approach and developing mobile applications for their web applications. And for quality assurance, testing needs to be inclusive and continuous. On the other hand, smartphones come in the devices-operation systems-versions combination. Testing on this combination using a manual testing process is a tough row to hoe for testers.

With this approach, we can automate unit tests, functional tests, and integration tests. So, automating mobile app testing addresses these challenges and makes testing hassle-free.

How Can Mobile application automation testing Help?

The benefits of leveraging this trend are as follows.

  • We can automate unit tests, functional tests, and integration tests,
  • Quick and extended test coverage,
  • Faster feedback,
  • A quick finding of bugs
  • Improved risk mitigation, and
  • Faster time to release.
4. Cloud-based cross-browser testing

What Does This Mean?

Carrying out cloud-based automation tests on the behavior and functionality of websites and applications across multiple browser environments such as Mozilla, Chrome, and Opera mini etcetera.

  1. The Need for Cloud-based cross-browser testing:

Cloud provides a reliable and stable environment. Using Cloud-based testing solutions, we can save costs on infrastructure setup and maintenance. And the testing environment can be customized, scaled up, or scale down whenever we require. Moreover, it is best for remote team collaboration and support.

How Can Cloud-based cross-browser testing Help?

  • The cross-browser testing tools provide the best UX.
  • It provides better test coverage for cross-browser test cases.
  • It allows executing parallel test cases round-the-clock for all device-OS-browser combinations.
  • It helps in faster product delivery
  • Cloud-based tools are secure and affordable
5. AI-Powered automation testing

What Does This Mean?

Leveraging Artificial Intelligence (AI) to authorize, execute, and maintain automated tests.

  1. The Need for AI-Powered automation testing:

If any application grows with thousands of test cases, then testers need to maintain or modify scripts. This is where AI helps. AI-Powered automation testing tools can handle repetitive tasks, generate the required and relevant data for decision making, and early detection and correction of bugs and errors.

You can apply AI in API testing, unit testing, UI testing, and help in maintaining automation test suits. Software companies like Qatts developed self-healing features in test automation using AI technology.

How Can AI-Powered automation testing Help?

  • AI-powered automation tools help in the early detection of errors, bugs, changes in the application. Accordingly, modifies the script. Thus, with these tools, testers can be relaxed of test case maintenance.
  • Faster and better quality testing
  • Higher efficiency and transparency
6. Low-code or No code test automation

What Does This Mean?

Low-code means minimal coding and low maintenance whereas no code means scriptless tests. With this technology, anyone including the members of your team who are not coding savvies can involve in test automation projects. They can create, run, and manage tests.

  1. The Need for Low-code test automation:

Low-code/No code is the best way to increase the scalability of test automation. If we add new fields to the screen, we do not require changing the code. And the challenges faced by Test Automation can be overcome via Scriptless Test Automation.

It helps you write tests faster. As no/low code tools are easier to use, the QA team doesn’t have to depend on developers to create UI tests. Thus, it helps you get better outcomes faster and saves you time learning the code.

How Can Low-code test automation Help?

Low-code test automaton

  • is a big time-saver for developers and testers
  • improves agility and intuitive user engagement,
  • provides accelerated delivery of software,
  • minimizes costs and improves productivity
  • reduces siloed testing, and
  • makes development processes seamless.
7. Automation in Risk Compliance & Security:

What Does This Mean?

Leveraging automation technologies and tools in risk compliance and security of an organization’s data.

  1. The Need for Automation in Risk Compliance & Security:

Data security and compliance are crucial for a business’s success. So, automation in risk compliance and security is one of the most notable automation testing trends to watch out for in 2021-2022. With a manual process, it is tough to analyze, assess, align, track, and address audit and compliance issues. And automation allows you to identify, validate, and escalate threats as faster as possible. This drives many QA professionals to turn towards automation in these areas. There are also comprehensive tools like Qatts you can lean on to do so.

How Can Automation in Risk Compliance & Security Help?

  • Faster threat detection: You can protect your company/organization from harmful IT security risks with automation. Because it allows you to identify, validate, and escalate threats as faster as possible.
  • Addresses security issues without human intervention,
  • Handle cyber attacks automatically, and
  • Reduces response time.
8. Shift-left and shift-right approach:

What Does This Mean?

Shift-left testing starts parallel to the development whereas, in the shift-right approach, the testing horizon is expanded after receiving feedback from the end-users.

  1. The Need for Shift-left and shift-right approach:

Shifting-right is used to address Response time, Mean-Time-Between-Failure, and Uptime. Incorporating Shift-left and shift-right approaches, we can create a test case that makes the Continuous Delivery process faster, better, steadier, and less expensive.

How Can Automation in Shift-left and Shift-right Approaches Help?

  • Early detection and correction of bugs
  • Saves time and effort
  • Increased test coverage
  • Encourages collaboration between developers and testers
  • Speeds up product delivery
  • Being Budget-friendly

Wrapping Up:

Automation testing is necessary and is made easy with the latest tools. Finding the right automation testing tool and the best QA professional for your project is critical to the product’s success.

Are you looking for Automation and Software testing services?

We are here to help you.

Whatever your testing needs, get it right with the right partner!

Qatts, being your reliable testing partner, makes it seamless to create, execute, and maintain automation tests!. Our range of services includes website testing, cloud testing, API testing, mobile testing, cloud-based software testing, continuous testing, and many more.

Hire us now!.

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