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Top 7 Agile Testing Trends to Look Out in 2021

We cannot deny how technology picks up the pace to evolve each year with better things served on the plate. The need for software development and testing has entered an innovative arena where fueling new technologies do play a vital role. This year has seen software development companies stress more on the agility to align better testing approach based on agile principles.

The contribution of Continuous Testing, DevOps, and other factors are expected to uplift agile testing soon. Here are seven crucial agile testing trends expected to impact enterprises wishing for quality software testing in 2021.

Shift-Left Approach 

The shift-left process’s exact meaning is to highlight different types of testing that are conducted parallel to software development. In simple terms, testers combine their efforts with developers to frame test cases. This also includes the incorporation of what-if scenarios. Such tests are later used to streamline development.

According to the usual software development approach, the inclusion of testing is viewed as a blockage to the release process. Testers operate on less time due to compressed schedules, thereby hampering testing efforts and spot errors. However, when testing is shifted left, testers acquire an ample amount of time to test the software’s usability by conveniently teaming up with UI & API developers.

The prime advantages of the Shift-Left Approach are:

  • Reduced time-to-market for early release
  • Quick identification of bottlenecks to avoid software failures
  • Deliver high performing software under minimalistic time

ImpactQA - Agile Testing & Software TestingQuality Engineering 

The dependency on quality engineering is more when you manage testing activities in an agile environment. What is different in quality engineering when compared to quality assurance? Quality engineering deploys continuous testing of the concerned product with the deep involvement of automation. It is ensured that the product is placed under effective testing with a purpose to make it error-free.

The prime advantages of quality engineering are:

  • Deliver quick feedback on the software product since continuous testing is performed covering diverse platforms and operating systems
  • Reduced software failures and availability of early feedback

Agile Test Management

If you ask any of the software testing services, they would confirm the presence of a strong alliance between testers and developers. Such collaboration aims to include how the testing is structured, executed and reported once the results are out.

The inclusion of the Agile test management helps define the processes and tools that permit the overall team to maintain testing progress. Such an arrangement brings together everyone on the same path. For professionals working in distributed environments, a cloud-based test management tool’s availability confirms simplified access to testing information anytime and anywhere.

The prime advantages of agile test management are:

  • Enable team members to trace testing efforts and enhance collaboration
  • reduce the presence of bugs and speeds up the release of high-quality software
  • Trims down feedback latency present between testers and developers; ensuring real-time feedback

Continuous Testing 

The process of Continuous Testing involves repeatedly executing tests that deploy testers into cross-functional teams. This arrangement is helpful in testing functionalities and delivers quick feedback. Continuous testing supports early testing with the incorporation of shift-left, agile test management, and quality engineering.

The prime advantages of continuous testing are:

  • Alleviates software failure concerns by early detection
  • Improves software quality via ongoing reviews and reports
  • Optimize test suites to highlight business risks

Also Read: Testing in Agile with Behavior Driven Development

Lean Portfolio Management 

Lean portfolio management abides a different approach focused on aligning efforts to measure results based on organizational objectives and planning. It primarily follows a continuous process used to allocate work within teams based on feature priority placed within a broader and well-connected strategy.

As per Lean portfolio management, the main emphasis is on the collaboration running from top to bottom, covering factors associated with goal measurement, planning, and work transparency.

The prime advantages of lean portfolio management are:

  • Improves alliance between organizational strategy and individual projects
  • Refines business value to evolve clarity about the software ready for release

ImpactQA - Agile DevOps ApproachDevOps Approach

The concept of DevOps is solely based on lean management. It focuses on merging development and operations to create a practical environment. A DevOps approach seeks to filter out the software development lifecycle to remove waste and speed up software delivery. It is observed that the combination of Agile and DevOps can refine team communication and relationship, thereby reducing software failures. Furthermore, DevOps readily amalgamates continuous testing into the development process to ensure code quality.

The prime advantages of DevOps are:

  • Establishes the right collaborative culture
  • Integrates coding and testing processes by ensuring the testing of each code change
  • Integrates operations within the team with a purpose to lessen downstream testing concerns

Agile Supported by AI & ML

The effective usage of artificial intelligence and machine learning to support agile methods creates a dominant way of data analysis. Such collaboration enables software teams to find better productivity linked to testers and developers. AI & ML together provide real-time information and even offer a clear prediction as to when the project will enter the release phase. The incorporation of futuristic technologies like robotics, IoT, quantum computing, etc, is very much possible with the effective operations of AI & ML in the software development process.

The prime advantages of Agile supported by AI & ML are:

  • Delivers precise insights on better approaches for creating testing code
  • Assessment of code and associated tests to eliminate bugs
  • Incorporation of innovative technologies for augmenting software development & time-to-market

The effectiveness of Agile Testing in today’s embryonic & progressive testing environment cannot be ignored. Hence, matching pace with vital technological upgrades to improve agile testing is the primary motive for most software testing companies. You can get in touch with ImpactQA, a renowned software testing provider to learn more about the various attributes of agile testing.

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Codeless Testing Tools to Solve the Challenges of Test Automation in 2020

The software testing arena is evolving with technology, providing a convenient and robust background for innovations to take charge. It is evident how manual testing has been smoothly replaced by codeless practices for improving testing speed and quality.

For instance, implementing CI/CD and continuous testing practices within the Agile space has transformed the development teams’ outlook. They are dedicated to accepting new updates to manage additional releases faster than before. Test automation solutions should be planned so that testing is accessible not only to the ones who can code but also for those who lack coding skills. Therefore, codeless test automation is the right approach that holds the ability to simplify testing activities for QA professionals, regardless of the complexity of the software.

Global Shift to Modern Codeless Test Automation

For testers been in the business or the once freshly enrolled, their connection with Selenium is like an inevitable reality. As one of the leading open-source test automation platforms, Selenium is loaded with exhaustive integration potential that assists in creating test suites.

But since Selenium is based on the traditional methodology comprising comprehensive programming skills, it might get challenging to simplify test automation for all testers types. In simple words, for the users to reap the full benefits of test automation, it is vital to lessen the workload from manual testers and further cut short the development cycle’s testing phase. Going by this trend, lot many test automation service providers have conveniently switched to codeless testing tools in the past few years.

This year, the run for codeless test automation tools took a different flight as common issues of QA teams started receiving more significant focus. Codeless testing solutions aim to address the core challenges of automated testing; that is, testers need not have to learn extensive coding. Moreover, businesses no longer have to outsource automation specialists for managing various automation outcomes.

This is possible since most codeless testing tools are now built using a friendly GUI and already planned tutorials. The association with healthy communities comprising automation experts is another major factor that streamlines the process. Precisely, codeless test automation offers a solution that supports organizations to manage faster product development.

Also Read: Codeless Test Automation Advantages and Disadvantages

Codeless Test Automation: How is it Useful to QA Teams?

In simple words, codeless test automation is the act of performing test automation without framing any coding script. These days, most codeless automation tools are equipped with built-in features that discard complicated coding. A few of these vital features include:

  • Record & playback
  • Integration of AI/ML technologies
  • Drag & drop interface

Each of these features effectively lessens the dependency on scripting, thereby proving beneficial for QA professionals.

With the presence of codeless testing tools, testers are equipped to design test cases with the help of a user-friendly interface that writes automatic test scripts in the back-end. Since the testers’ workload is reduced, they can now have ample time to dedicate to testing and assurance tasks. Below mentioned are some essential pointers highlighting the association of QA teams and codeless testing practices:

  • The extensive adoption of codeless testing aims to change the QA team’s current mindset, together with the existing workflow that has been prevalent.
  • Codeless testing cannot swap Selenium and take charge of all the critical aspects of the software application.
  • The most valid cases for codeless testing practices are related to regression testing and continuous testing.
  • Such testing types are repetitive and ultimately absorb significant resources once the project expands during the course.

What are the Benefits of Codeless Test Automation?

Lesser Time-To-Market

The implementation of codeless testing equips QA experts to give sufficient time to the outcome of testing. They need not have to spend time conducting repetitive test practices, which is a major relief. Moreover, almost all codeless testing tools are loaded with supreme integration capabilities that efficiently simplify test generation and maintenance. Such an arrangement ensures a lesser time-to-market for the application.

Improved Test Coverage

It is important to note that most codeless testing tools can cover a broad range of application types. This includes desktop, web, or other virtual applications. With the availability of codeless testing tools, the QA team is prepared with more bandwidth for conducting test automation on multiple platforms simultaneously. This points out at better test coverage in a relatively shorter period.

Amplified Test Reusability

At present, the majority of the codeless testing tools can reuse test steps during a particular project. It means that a tester needs not manually put together new changes or update already existing test cases. Such operations are now managed automatically. These codeless tools are dedicated to support reusability and simplify the maintenance task by incorporating AI technologies.

In 2020, the value for codeless testing has risen to become one of the vital requirements for QA teams. But the selection of a test automation tool fits by the project, and team requirements should be carried out carefully. The selected tools should be examined based on its functionalities and integration capabilities to check how it can smoothly reorganize test automation for better outcomes. For better knowledge and information about the usefulness of codeless testing tools, you can reach out to established software testing companies like ImpactQA. Not only will they guide you in the right direction, but will resolve all your queries related to codeless testing tools within no time!

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Digital Transformation with Continuous Testing

With Enterprises increasingly leaning towards agile methodologies and DevOps integration, a smart testing strategy has become critical. The businesses are transforming digitally, they need a robust and full-proof test strategy that will ensure optimal efficiency and decrease software failures. Companies no longer have the luxury of time that they used to have with traditional SDLC. In such scenarios, Continuous Testing emerges as the only answer.

Continuous Testing mainly refers to unobstructed testing at each phase of a software development life cycle. The comprehensive study from Forrester and DORA (DevOps Research and Assessment) shows that continuous testing is significant for the success of DevOps and other digital transformation proposals and initiatives. However, adoption levels of Continuous testing adoption are low, even though test teams had already started practicing DevOps. Those selective enterprises have already attained remarkable results in terms of accelerating innovation while reducing business risks and improving cost efficiency.

 

Why Continuous Testing Strategy?

DevOps is mainly considered as a philosophy and process that guides software testers, developers, and IT operations to produce more software releases at higher speeds and with better outcomes. On the other side, continuous delivery is the methodology that invokes DevOps principles.

 

Continuous Delivery is about automating tasks to reduce manual efforts in the process of constantly integrating software. This paces up to push the tested software into production. Expert QA team can make improvements along the way derived from continuous automated feedback about what truly works, and what is required to be done better.

 

The shift to experimentation is an essential part of making an agile landscape for digital transformation. The IT Companies can easily launch the perfectly working software, by adding additional functionality to existing systems and then work on improving and correcting the highly prioritized list of glitches. Even dealing with the critical issues in the shortest possible time with the tight feedback loops.


Continuous Delivery model also gives IT companies the agility and production readiness it requires to promptly respond to market changes. It makes your end products more stable, your teams more productive, and accelerate your flexibility to facilitate fast and continuous innovation everywhere. Additionally, you can drive faster growth, help the business expand into new areas, and compete in the digital age with the improved responsiveness that this model reflects.

 

Four Sub-dimensions of Continuous Deployment

Using SAFe for Continuous Delivery:

  • Deploy to production– Covers the skills required to deploy a solution to a production environment
  • Verify the solution – Encompasses the skills required to confirm the changes operate in production as planned before they are released to customers
  • Monitor for problems– Covers the skills to check and report on solutions
  • Respond and recover– Includes the skills to rapidly tackle any issues that happen during deployment

 

Agile and DevOps Digital Transformation- The Three Ways

With the sprawling foothold of Agile and DevOps, backed by continuous testing, companies can follow ‘The Three Ways’ explained in The Phoenix Project to optimize business processes and increase profitability. These ways stand true for both the businesses as well as IT processes.

 

The 3 ways guiding the ‘Agile and DevOps’ digital transformation are:

  • Work should flow in one direction- downstream
  • Create, shorten, and amplify feedback loops
  • Continuous experimentation, to learn from mistakes and attain mastery

These three ways assist in imparting direct client value by integrating the best quality in products while managing efficiency and speed.

 

Also Read: Managing Continuous Integration with Jenkins

 

DevOps is Key to enable Continuous delivery

Continuous delivery perfectly suits companies that are well-equipped with a collaborative DevOps culture. In a continuous paradigm, you can’t afford silos and handoffs between operation and development teams. If an organization does not embrace a DevOps-based culture, they will face complexity in building IT and development environments that are needed to compete in the digital era.


It is a concern when professionals need to focus on relentless improvement in technology. In different cases, it calls for an important shift in mindset. For example, to achieve the continuous delivery objective is to speed up releases and improve software quality, and for that we need to make a smooth shift-left of a series of activities like security and continuous testing. This necessitates cross-functional and proactive communication at each level of the organizations to bridge the gap that has traditionally existed among the businesses.


Instituting such culture will also encourage autonomous teams. Development and operations teams need to get empowered to make their own decisions, without having to undergo complicated decision-making processes.

 

Industry Insights

Digital transformation, Agile, and DevOps will continuously thrive, and become the norm. It is time that companies should start taking it seriously to transform digitally. Irrespective of the tools and methodologies used, digital transformation efforts will fail without a continuous testing strategy.

Digital transformation, Agile, and DevOps are together building a future where innovation is at the heart of all the processes. But this picture needs continuous testing to become truly complete. Integrating Continuous Testing with the existing system will enable organizations to proactively respond to glitches, and instigate stability in their products.


ImpactQA experts with years of experience in Continuous Integration can configure and execute the most popular tools like Jenkins, Bamboo, Microsoft TFS and more.

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