Agile methodologies have gained immense popularity in today’s fast-paced software development landscape because they deliver high-quality products quickly. According to a survey by VersionOne, 97% of organizations practice Agile in some form. Within this dynamic framework, Quality Assurance (QA) in Agile development ensures that software meets the highest quality standards while aligning with customer expectations. A Consortium for IT Software Quality study found that organizations with strong QA practices experience 25% fewer defects in production.

Quality Assurance is critical in ensuring the software meets the desired quality standards and fulfills customer expectations. In an Agile environment, QA teams collaborate closely with developers, product owners, and other stakeholders throughout the development lifecycle to provide early feedback, detect defects, and maintain the overall quality of the software.

Role of QA process in Agile Development

Agile development is an iterative and collaborative software development approach focusing on flexibility, adaptability, and customer collaboration. Unlike traditional waterfall methodologies, where requirements are fixed, and development occurs in sequential phases, Agile methodologies embrace change and encourage continuous feedback and improvement throughout the development lifecycle.

Quality assurance (QA) is critical in Agile development by ensuring the software meets the defined quality standards and satisfies customer expectations. In an Agile environment, QA is not considered a separate phase that occurs after development but is an integral part of the entire software development lifecycle. 

QA’s involvement begins right from the sprint planning phase, where they actively participate in discussions to understand the user stories and acceptance criteria. This early involvement enables QA professionals to provide valuable inputs regarding testability and identify potential quality risks. By collaborating closely with the development team, QA professionals gain a deep understanding of the software’s functionality, which allows them to design comprehensive test plans and strategies. 

Furthermore, QA professionals contribute to the continuous improvement of the development process by actively participating in Agile retrospectives. These retrospectives provide an opportunity to reflect on the team’s performance, identify areas for improvement, and make adjustments to the QA process to enhance overall efficiency and effectiveness.

Benefits of Setting QA Process in an Agile Environment

In an Agile development environment, establishing a robust QA process brings many benefits that contribute to the overall success of software development projects. By integrating QA activities seamlessly into the Agile workflow, organizations can achieve the following: 

Early Detection of Defects

One of the key advantages of incorporating a QA process in Agile development is the early detection of defects. In traditional software development approaches, testing is often performed towards the end of the development cycle, leaving limited time for identifying and resolving issues. However, Agile methodologies advocate for iterative testing throughout the entire development process. By involving QA professionals from the early stages, such as sprint planning and user story refinement, potential quality risks and testability challenges can be identified proactively. This allows QA teams to design comprehensive test plans and execute various testing activities, such as functional testing, regression testing, and integration testing, early on. The result is the early detection of defects, enabling swift resolution and preventing the accumulation of issues that could impact the final product.

Improved Collaboration and Communication 

Setting up a QA process in an Agile environment promotes improved collaboration and communication among team members. Agile methodologies emphasize cross-functional teams working together towards a common goal. In this context, QA professionals actively collaborate with developers, product owners, and other stakeholders throughout the development lifecycle. 

QA professionals contribute to discussions during sprint planning, ensuring a shared understanding of user stories and acceptance criteria. They work closely with developers, providing timely feedback on code quality and potential defects. By engaging in continuous communication, QA professionals and developers can address issues promptly, resulting in faster bug resolution and improved overall software quality. 

Furthermore, QA professionals act as a bridge between technical and non-technical stakeholders. They are crucial in translating technical concepts and test results into clear, concise information that the entire team can easily understand. This promotes effective communication, aligns expectations, and enhances the overall efficiency of the Agile development process. 

Faster Feedback Loop 

In Agile development, a fast feedback loop is essential to ensure rapid iteration and course correction. QA teams are vital in providing timely feedback on the software’s functionality, usability, and performance. By continuously testing the product and giving feedback during each sprint, QA professionals enable developers to promptly identify and rectify any issues. 

The faster feedback loop facilitated by the QA process helps teams avoid the pitfalls of delayed feedback, which can lead to higher costs and time-consuming rework. Early identification of defects and immediate feedback allows Agile teams to address issues with more agility and cost-effectively. This accelerates the overall development cycle and enables faster time-to-market for the product. 

Continuous Improvement 

Agile development methodologies prioritize continuous improvement, and the integration of a QA process aligns perfectly with this mindset. QA teams actively participate in Agile retrospectives, where the team reflects on the sprint’s successes, challenges, and areas for improvement. 

By sharing their insights and experiences, QA professionals contribute valuable input to drive continuous improvement efforts. They can suggest enhancements to the testing process, identify areas where test automation can be implemented, and propose strategies to optimize test coverage and efficiency. 

Through the continuous improvement cycle, Agile teams can enhance their QA process, refine testing strategies, and implement best practices that ultimately lead to higher-quality software and increased productivity. 

Increased Customer Satisfaction 

The most significant benefit of establishing a QA process in an Agile environment is its ultimate impact on customer satisfaction. Agile methodologies inherently prioritize delivering value to customers in each sprint. Organizations can incorporate QA activities to ensure the software meets or exceeds customer functionality, usability, and quality expectations. 

Early detection and resolution of defects, improved collaboration and communication, faster feedback loops, and continuous improvement efforts collectively contribute to a higher-quality product. This, in turn, leads to increased customer satisfaction, as customers receive software that aligns closely with their requirements and performs reliably.

Moreover, the iterative nature of Agile development allows for flexibility and adaptability to changing customer needs. QA teams continuously validate the software against evolving customer expectations, ensuring that any changes or updates are thoroughly tested and meet the required quality standards.

Best Practices for Setting QA Process in an Agile Environment

Implementing an effective quality assurance process in an Agile environment ensures high-quality software development. Organizations should implement best practices that promote efficiency, collaboration, and continuous improvement to optimize the QA process within Agile methodologies: 

Define Clear Quality Objectives 

Clear quality objectives serve as a roadmap for the QA process in an Agile environment. These objectives should align with the overall project goals and customer expectations. By defining specific quality metrics, such as defect density, test coverage, and customer satisfaction levels, organizations can set measurable targets for the QA process. 

When quality objectives are well-defined, QA teams can focus on achieving those targets throughout the Agile development lifecycle. This clarity provides a shared understanding of what constitutes quality and enables teams to proactively work towards meeting those objectives. Regular monitoring and reporting on these metrics help stakeholders assess the effectiveness of the QA process and make informed decisions for continuous improvement. 

Involve QA from the Beginning 

It is essential to involve QA professionals from the project’s beginning to maximize QA’s benefits in an Agile environment. By including QA representatives in sprint planning, user story refinement, and acceptance criteria discussions, organizations can leverage their expertise to ensure testability, identify potential risks, and provide valuable test planning and strategy input. 

Early involvement of QA professionals also facilitates effective collaboration and communication between team members. By fostering a collaborative environment, teams can proactively address quality concerns, clarify requirements, and align expectations. This early engagement empowers QA professionals to design comprehensive test plans and execute testing activities in parallel with development, ensuring the delivery of high-quality software. 

Implement Test Automation 

Test automation is a critical practice that significantly enhances the efficiency and effectiveness of the QA process in an Agile environment. Automated tests can be executed rapidly and repeatedly, allowing quick feedback on software functionality and regression issues. 

Organizations can free up QA resources to focus on more exploratory and critical testing activities by automating repetitive and time-consuming testing tasks, such as regression testing. Additionally, automated tests help ensure consistency and accuracy in test execution, minimizing human error. 

To implement test automation successfully, organizations should identify suitable tools and frameworks that align with their technology stack and project requirements. Collaborative efforts between QA and development teams are vital for creating a robust and maintainable test automation suite that covers a broad range of test scenarios. 

Utilize Continuous Integration and Deployment 

Continuous Integration (CI) and Continuous Deployment (CD) practices are integral to Agile development and seamlessly integrate with the QA process. CI involves merging code changes frequently and automatically building and testing the application to identify integration issues and defects early on. 

By integrating QA activities into the CI pipeline, organizations can run automated tests as part of the build process, ensuring that each code change undergoes rigorous testing. This promotes early detection of issues, faster bug resolution, and a more stable codebase. 

CD extends CI by automatically deploying the successfully tested code to production or staging environments. This practice streamlines the delivery process, enabling rapid and frequent releases while maintaining high software quality. 

Emphasize Continuous Learning and Adaptation 

Continuous learning and adaptation are fundamental principles in Agile methodologies, and they apply equally to the QA process. To maximize the effectiveness of QA in an Agile environment, organizations should encourage a culture of continuous learning, where QA professionals stay updated with emerging technologies, industry best practices, and evolving testing methodologies. 

Regular retrospectives allow the QA team to reflect on their processes, tools, and challenges. By identifying areas for improvement, teams can adapt their QA practices and incorporate lessons learned into future sprints. 

Additionally, organizations should foster knowledge sharing and collaboration within the QA team and with other stakeholders. Conducting internal training sessions, hosting peer reviews, and encouraging cross-functional learning promotes a culture of continuous improvement and enhances the QA team’s collective expertise.

Conclusion

Implementing a well-defined Quality Assurance process in an Agile environment offers numerous benefits that can significantly enhance the overall development and delivery of software products. By integrating QA practices seamlessly into Agile methodologies, organizations can achieve greater efficiency, improved product quality, and increased customer satisfaction. Through continuous testing and feedback loops, QA professionals can catch and address potential issues before they escalate, thereby minimizing the chances of defects reaching the end-users.

How Can TestingXperts Help with QA Process in Agile Environment?

TestingXperts understand QA’s critical role in delivering high-quality software products quickly and efficiently. With our comprehensive understanding of Agile methodologies and a focus on collaboration, automation, and continuous improvement, we are well-equipped to help you achieve exceptional software quality while maintaining rapid development.  

What Sets Our QA Process Apart? 

Deep Understanding of Agile Methodologies:

Our team of experienced QA professionals has a comprehensive understanding of Agile methodologies, including Scrum, Kanban, and Lean. By aligning our QA process with Agile principles, we ensure seamless integration and collaboration with development teams throughout the entire software development lifecycle. 

Early and Continuous Involvement:

Our QA professionals actively participate in sprint planning, user story refinement, and acceptance criteria discussions. Engaging early, we contribute valuable insights to ensure testability, identify potential risks, and set clear quality objectives. This early involvement fosters effective communication, alignment of expectations, and proactive resolution of quality-related issues. 

Comprehensive Test Strategy:

Our QA process includes the development of a comprehensive test strategy tailored to the specific needs of each project. We employ a variety of testing techniques, including functional testing, regression testing, integration testing, and performance testing. Our experienced QA professionals design test plans that cover manual and automated testing to maximize test coverage while optimizing efficiency. 

Test Automation Expertise:

We leverage industry-leading tools and frameworks to automate repetitive and time-consuming testing tasks, such as regression testing. Our test automation experts work closely with development teams to create robust and maintainable test suites that provide fast and reliable feedback on software quality. Automating tests accelerates the overall testing process, improves accuracy, and enables faster time-to-market. 

Culture of Continuous Improvement:

Regular retrospectives provide a platform for reflecting on our processes, identifying areas for improvement, and implementing changes that enhance our QA practices. By staying aware of emerging technologies, industry trends, and customer needs, we continually evolve and optimize our approach. 

Contact us today to discover how TestingXperts can help you achieve your software development goals in an Agile environment. 

The post Benefits of Setting QA Process in an Agile Environment first appeared on TestingXperts.

Content 1. BDD (Behavior Driven Development) Testing: An Overview 2. Significance of BDD Testing 3. Seven Benefits of BDD Testing that Ensure High Product Quality 4. BDD Testing: Use Cases Examples using Gherkins 8. Conclusion 9. How TestingXperts Helps Businesses with BDD Testing?

BDD (Behavior Driven Development) Testing: An Overview

BDD is a software development methodology that emphasizes collaboration and communication among developers, testers, and business stakeholders. BDD testing is a testing framework that uses natural language to describe the behavior of an application, focusing on its functional requirements and business goals.

BDD testing involves creating executable specifications called “scenarios” that describe the desired behavior of an application in a structured format. These scenarios are written using a natural language, such as Gherkin syntax, that is easily understandable by non-technical stakeholders.

BDD testing encourages collaboration and communication among all stakeholders, which helps ensure that the application meets the business goals and requirements. It also promotes test-driven development and agile methodologies, which can improve the quality of software and reduce time-to-market.

Significance of BDD Testing

BDD testing is becoming increasingly important in modern software development practices. BDD is a collaborative approach to software development that involves the entire team, including developers, testers, and business stakeholders, to ensure that software is developed to meet the needs of all stakeholders.

BDD testing emphasizes the importance of defining the behavior of a system before it is built and then testing that behavior to ensure that it is correct. This approach helps to eliminate ambiguity in requirements and ensures that software is developed to meet specific business goals.

BDD testing frameworks like Cucumber and Behave are gaining popularity among digital businesses because these frameworks enable the creation of executable specifications that both technical and non-technical stakeholders can easily understand. These specifications can be used to automate testing and ensure that software meets the requirements set out by the business.

Overall, BDD testing helps to ensure that software is developed to meet the needs of all stakeholders and that it meets the highest standards of quality. It is a collaborative and inclusive approach that is becoming increasingly important in modern software development practices.

Seven Benefits of BDD Testing that Ensure High Product Quality

Improved Collaboration:

BDD testing encourages collaboration between business stakeholders, developers, and testers. This helps to ensure that everyone involved in the software development process is aligned on the business goals and objectives and that the software being developed meets those goals and objectives.

Greater Clarity:

BDD testing uses a plain language syntax that is easy for non-technical stakeholders to understand. This makes it easier for business stakeholders to communicate their requirements and expectations to the development team and bring all teams on the same page.

Enhanced Test Coverage:

BDD testing focuses on testing the behavior of a software system, which helps to ensure that all important scenarios are covered. This helps to reduce the risk of bugs and other issues being introduced into the software.

Faster Feedback:

BDD testing provides faster feedback to developers, which helps to reduce the time it takes to identify and fix issues. This helps to ensure that the software is delivered on time and within budget.

Reduced Costs:

BDD testing helps to identify and fix issues early in the software development process, which helps to reduce the overall cost of development. This is because fixing issues later in the development process is often more expensive than fixing them earlier.

Increased Agility:

BDD testing is a flexible and agile testing methodology that can adapt to changing business requirements and objectives. This helps to ensure that the software being developed is always aligned with the business goals and objectives.

Improved Quality:

BDD testing helps to ensure that the software being developed meets the business requirements and objectives and that it is of high quality. This helps to ensure that the software meets the needs of the end users and it is reliable and easy to use.

BDD Testing: Use Cases Examples using Gherkins

Conclusion

In conclusion, BDD testing is an effective approach to software testing that focuses on collaboration and communication between developers, testers, and stakeholders. It encourages the use of plain language to define test cases and promotes the creation of a shared understanding of the requirements and behavior of the software. By leveraging BDD testing, digital businesses can ensure that their software meets the desired outcomes and that all stakeholders are aligned on the features and functionality. BDD testing also helps to identify defects early in the development cycle, reducing the cost and effort of fixing issues later on. Overall, BDD testing is a valuable methodology for teams that want to improve their software quality and deliver software that meets the needs of their users.

How TestingXperts Helps Businesses with BDD Testing?

TestingXperts (Tx) is one of the Top 5 pure-play software testing services providers globally. Tx has been chosen as a trusted QA partner by Fortune clients and ensures superior testing outcomes for its global clientele. Tx has experience with all industry-leading performance testing and monitoring tools, along with expertise in end-to-end application performance testing services, including network, database, hardware, etc. With a highly skilled team of performance testers, Tx helps businesses benchmark their application performance. Tx provides customized test results reports to clients that help them make informed decisions.

Our team of experienced professionals provides a comprehensive suite of services to help you achieve better quality software development through Behavior-Driven Development (BDD) testing.

Tx’s BDD Testing Services: Key Differentiators

Comprehensive Approach:

Our BDD testing services cover the entire software development life cycle, from requirements gathering to testing and deployment. We work closely with you to ensure that your testing strategy aligns with your business objectives and delivers the desired outcomes.

Experienced Professionals:

Our team of BDD testing experts has years of experience in the industry and has worked on projects of varying complexity. They bring a wealth of knowledge and expertise to every project, ensuring that your testing strategy is well-designed and executed.

Customizable Solutions:

We understand that every project is unique, and that’s why we offer customizable solutions tailored to your specific needs. Our team works closely with you to understand your business objectives and develop a testing strategy that aligns with your goals.

Test Automation:

We use industry-standard tools like Cucumber and Selenium to create automated tests that verify the functionality of your software. This allows us to test your software quickly and efficiently, while also ensuring consistent and accurate results.

Cost-effective Solutions:

We offer competitive pricing for our BDD testing services, ensuring that you get the best value for your investment. Our focus on efficiency and quality ensures that you get high-quality testing services that meet your budget requirements.

Results-driven Approach:

Our BDD testing services are designed to deliver results. We work closely with you to identify key performance indicators (KPIs) and measure the effectiveness of our testing strategy against these KPIs. This ensures that you get the desired outcomes from your testing efforts.

Continuous Integration and Delivery:

We can help you set up a continuous integration and delivery pipeline that automates your software development and testing processes. This allows you to quickly identify and resolve issues, and deliver high-quality software to your users faster.

The post Behavior Driven Development Testing: 7 Benefits that Ensure High Product Quality first appeared on TestingXperts.

The core objective of agile methodology is to develop and deliver products faster. As businesses embrace test automation in agile software development, the overall productivity and deployment of software development activities accelerate to deliver high-quality software. Businesses get a fully functional, bug-free, and flawless product as a final product.

However, implementing the right automation testing tools plays a vital role in enhancing the effectiveness of the agile and DevOps implementations.

Content

1. What are Agile software development methodologies?
2. Where does test automation fit into agile development?
3. Four key factors that depict the importance of test automation in agile ?
4. Benefits of implementing test automation in an agile environment
5. How to implement test automation in agile?
6. What tests can be automated in agile?
7. Five major automation testing tools businesses can leverage
8. Conclusion

Agile software development methodologies

Agile software development methodologies include Scrum, Kanban, Extreme programming, Lean development, and Crystal development.The scrum method is an important agile methodology wherein the development and testing activities are run parallelly within sprints.

A set of features are released in each sprint during the agile process, and continuous development and testing are performed to ensure faster releases. But, to ensure faster and quality releases, manual testing does not suffice in the latest agile and DevOps scenarios. Thus, businesses should embrace test automation using the latest automation tools to carry out the testing in an agile environment.

Where does test automation fit into agile development?

The product is developed in iterations during the agile development, and testing is done within sprints. Each time a new feature is added to the software, the software needs to be tested again to ensure there are no bugs. Testing each feature manually becomes almost impossible for the QA team with so many new features added. Hence, automation testing should be leveraged for faster testing outcomes in agile development. Businesses should leverage various automation testing tools, such as Selenium, TestNG, Appium, Tricentis TOSCA, etc.

During automation testing, testers need to develop test cases according to the needs of the software to be tested. These test cases can be executed multiple times while performing continuous integration or continuous builds. This form of automation testing ensures that the software remains bug-free, and even if a bug is introduced, it can be easily identified in the early stages and can be fixed early.

This form of automation testing ensures that the software remains bug-free, and even if a bug is introduced, it can be easily identified in the early stages and can be fixed early.

Four key factors depicting importance of test automation in agile

Test scripts reusability

Automated test cases can be reused, which means these test scripts can be re-run several times in different ways. This test reusability will reduce the maintenance costs to a great extent. The application of reusability eliminates human errors and saves cost.

Optimal test coverage

Test coverage plays a vital role in improving the efficiency of software testing activities. The depth and scope of tests are increased through automation testing activities. This is because testers need not run all the tasks manually. Instead, the testers can create a test suite for every feature of the application, such as internal programs, data tables, and memory contents.

By leveraging automation testing, complex test cases can be automatically run, ensuring better and faster test coverage. The manual testers’ work is reduced, and they can be used for other important tasks.

Faster test execution

The efficiency of the development process is significantly improved by the test automation process. Testing is done parallel to development to ensure all the bugs and issues identified are resolved at the earliest. Further, this sort of testing is also known as the ‘Fail Fast’ method, wherein as the defects are found early in the SDLC, they can be fixed early, and it also saves a lot of time.

Typically, if the automated testing is performed from the initial unit testing phase, then the defects can be found early and fixed, rather than fixing them at a later stage. Moreover, the time-to-market of a software product is also drastically reduced through the application of continuous testing. Developers and testers can save time and ensure to deliver a high-quality product at a quicker pace.

Cost-effectiveness

At the initial stage, the cost of test automation will be more as the required training, tool cost, and tool setup needs to be taken up to ensure effective test automation. However, with the test automation once set up, the cost factor will be reduced as the automation activity goes on for a longer time.

Further, without investing any additional costs, test cases can be run several times as and when required, thereby improving the overall speed and efficiency of the software testing activities.

Benefits of implementing test automation in an agile environment

•Parallel testing can be performed wherein the same scripts are run on different devices

•When the testing is done using test scripts, the reliability factor is scaled up to an all-new level

•Agile software development can be carried out at a faster pace through the strategic application of test automation

•Initially, the costs are high for implementing test automation in agile, but, eventually, the ROI is more

•If a specific test script is developed, it can be used several times to test the software for bugs.

•Test automation is an innovative way for carrying out agile methodologies cost-effectively and efficiently. Thus, it helps to improve the overall software testing activities by enabling a high-quality product in a shorter time with faster releases.

How to implement test automation in agile?

Develop an effective plan for agile automation

For the success of an agile project, it is essential to prepare an automation testing plan that must cover the automation framework and. Also, ensure a proper collaboration between QA and the development teams.

Determine the test cases that can be automated

Not all test cases can be automated; therefore, identify the test cases that can be automated beforehand.

Conduct parallel testing

With automation in place, QA teams can execute several tests on different devices, browsers, and operating systems simultaneously. Specifically, parallel testing saves a good amount of time for the teams.

Adopt DevOps Integration

DevOps ensures proper collaboration between developers and operation teams. Also, testers can integrate the automation tool into CI/CD pipelines for effective testing.

Select the right automation tool

Testers should select the right test automation tool (open source or commercial tools). Test automation tools reduce regression testing time and ensure faster testing outcomes with high-quality software. However, while selecting the test automation tool, testers should ensure that the tool matches their technical skills, software testing needs, current IT infrastructure, etc.

What tests can be automated in agile?

•Unit tests

•Smoke tests

•Integration tests

•Regression tests

•API tests

•Security tests

•Accessibility tests

•Performance tests

Automation testing tools to leverage

•Selenium

•Tricentis TOSCA

•Appium

•TestNG

•Katalon Studio

Conclusion

Automation testing helps QA teams create test cases that run automatically when new code is pushed to the code repository. Automation testing also scales up the agile development activities if combined with the right tools, expertise, and an effective automation testing roadmap.

Leverage the test automation services from a next-gen testing services provider to get high-quality products with a faster time-to-market and quicker ROI.

The post Importance of Test Automation in Agile first appeared on TestingXperts.

Today’s businesses are rapidly adopting agile and DevOps to achieve faster and quality releases. DevOps methodology embeds faster releases achieved through continuous integration and continuous delivery of software along with continuous testing. Many software testing methods such as functional, regression, performance, security testing, etc., are leveraged to ensure high-quality products. Out of these methods, the functional testing method plays a major role in the software release in the agile and DevOps processes. It helps businesses achieve fully functional and high-quality software in less time through faster and quality releases.

1. What is Functional testing?
2. Types of functional testing methods
3. Why do businesses need functional testing?
4. Differences between functional testing and non-functional testing
5. Unit testing vs Regression testing vs Functional testing
6. How to do functional testing?
7. Functional test case examples
8. Significance of Functional testing in Agile
9. Significance of functional testing in DevOps
10. Various functional testing tools
11. Conclusion

What is Functional testing?

Functional testing in software testing is a black box type of software testing, and quality assurance method performed to test the software’s functionality and its related components. The main aim of this testing type is to validate the functionalities of an application against business requirements by providing certain inputs and validating the outputs.

Types of functional testing methods

1. Unit testing:

It is the first phase of the software testing process, where developers test the smallest possible units of the software in isolation to validate its functionality.

2. Component testing:

In this software testing type, software components are tested individually without integrating them with other components.

3. Smoke testing:

This form of testing is also named build verification testing, which is used to determine the stability of the software. It helps testers know whether the code can be shared for further testing.

4. Sanity testing:

In this software testing technique, testers perform basic tests on the software. Whenever the build is received after some changes, this testing type is performed to ensure the bugs are fixed and the software functions properly.

5. Integration testing:

In this software testing type, various individual software modules are combined and tested as a group to ensure their proper functioning.

6. Regression testing:

In this software testing method, the software is tested to ensure that recent code changes or newly added functionalities do not affect the existing functionalities of the software.

7. System testing:

In this testing type, the quality assurance team evaluates the software to know how various components interact together. It ensures that the software works properly.

8. User acceptance testing:

In this testing method, the end-user/client/product owner tests the product to verify its functionality and usability before it is released in the market.

Why do businesses need functional testing?

• Helps to validate the functionality and proper working of application/software/product

• It helps to improve the quality of the software

• Helps to verify the software functionality based on Software Requirements Specification (SRS) and ensures the system functions as per the user specifications.

• Helps to test specific error conditions and other important functions of the software.

• Helps to achieve fully-functional software which is defect-free to deliver a great CX.

Differences between functional testing and non-functional testing

Unit testing vs Regression testing vs Functional testing

How to do functional testing?

1. Identify the testing needs/requirements:

The first step of functional testing involves the testers who need to understand the business requirements and take a stance on the testing needs in detail.

2. Prepare a test plan:

The next step involves preparing the test plan. The test plan should clearly state the objective of the test, test methods, testing techniques, etc.

3. Write test cases:

It is an essential step wherein testers create test cases. The functional test cases should be prepared in a way that ensures maximum test coverage.

4. Create input data based on function specifications:

Now, to test the specific functionality of an application, testers have to create data and use it as an input. The data that is used to test the application is known as input data.

5. Execute the test case:

Testers execute the test cases using the input data that are identified during the preparation of test cases.

6. Compare the actual and expected output:

This is an essential step, where testers compare the actual output with the expected outcome. It is done to determine whether the test is a pass or a fail.

7. Log defects:

In the last step, testers note the variations between actual and expected outcomes and log these variations or defects to let teams know about the same.

Functional test case examples

Situation: Suppose there is an online music app, and below are the set of test cases to be evaluated:

• User logs in with user account and password

• The login page contains two text fields, i.e., username and password

• It also has options, i.e., login and cancel

• When the user enters the correct credentials, the action is successful, and the login page directs the user to the music app home page

• If the user clicks on the cancel option, the login is canceled

Significance of Functional testing in Agile

In traditional testing models like the waterfall model, the development and testing of the software happen one after the other, and usually, testing starts once the development is complete. However, in agile methodology, the product is simultaneously developed and tested in sprints, and features are rolled out in each cycle.

In an agile environment, at one end, the developers develop the software, adds new features, or make improvements to the code, while simultaneously, on the other hand, testers perform functional testing of the software. If some changes are introduced to the software, regression testing is performed to ensure the software’s existing functionality remains unaffected.

Common functional testing types performed in an agile environment include smoke, sanity, unit, component, etc. Functional testing in agile speeds up the software testing process, ensures early identification and removal of defects, enhances collaboration between teams and saves time.

Significance of functional testing in DevOps

In a DevOps environment, the main focus is building, testing, and releasing the software faster and more frequently. DevOps streamlines and automates the entire software delivery lifecycle by integrating it with the Continuous Integration (CI) and Continuous Delivery (CD) pipeline. In DevOps, everything starting from development to the software release is continuous and automated. The software is continuously developed, continuously tested, continuously integrated, continuously deployed, and continuously monitored.

Automated DevOps functional testing is performed at each stage of the DevOps CI/CD pipeline to ensure software quality. During the development stage, unit testing is performed to ensure code quality. Also, in the DevOps environment, developers frequently commit changes to source code and merge those code changes to a central repository. Regression testing is performed to ensure code changes do not break the software’s existing functionality. At the continuous integration stage, integration testing is performed to ensure the proper integration of all codes and modules. Finally, the whole software is tested by leveraging system testing techniques to ensure the proper functioning of the software. This is how functional testing fits in the DevOps environment and helps businesses achieve high-quality software.

Some of the benefits of functional testing in DevOps include it helps to remove functional defects from the software much early and faster, ensures the software quality starting from build stage to release stage, delivers fully-functional software in less time, eliminates the chances of manual errors, as the process is automated, and saves significant time and cost.

Various functional testing tools

Tricentis Tosca:

It is an intelligent test automation tool that can be used to test the software’s functionality. This tool allows continuous testing and integrates easily into the DevOps CI/CD pipeline.

Appium:

It is an automated software testing tool that can be used to test the functionality of native, hybrid, and mobile web applications. This tool allows testers to test mobile apps on various platforms, such as android, iOS, and Windows. This test automation tool supports various languages and works on JSON wire protocol (extension of Selenium JSON wire protocol).

Ranorex:

It is an all-in-one test automation tool for desktop, mobile, and web. This tool allows codeless test automation and can be used for testing software functionality. This software testing tool supports cross-browser and cross-platform testing. Ranorex easily integrates with the DevOps pipeline.

Selenium:

It is one of the widely used test automation tools best suited for web applications. This tool has various components, such as Selenium WebDriver, Selenium IDE, and Selenium Grid. This automation testing tool supports a majority of OS, browsers, and languages. Selenium also has a record and playback feature that makes software testing easy.

TestComplete:

It is a widely used test automation tool for mobile, desktop, and web. This tool supports various languages and can be used to perform keyword-driven and data-driven testing.

Conclusion

Today’s businesses are rapidly adopting agile and DevOps processes to achieve quality software in less time. But the quality of the software depends on its proper functioning, which can be ensured through end-to-end functional testing. This testing type helps businesses in many ways, such as improving the functionality of the software, enhancing customer experience, and saving significant costs. Businesses should leverage end-to-end functional testing from a next-gen QA and independent software testing services provider to achieve high-quality software in less time.

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Today, every enterprise needs high-quality products and faster time-to-market to deliver a great customer experience (CX). But for businesses to fulfil the rising need for high-quality products, adoption of the latest and robust software development and testing methodologies is necessary. This is where the agile and DevOps methodology comes into the picture.

The agile methodology plays a significant role in improving the team’s productivity with its iterative model. Whereas, DevOps methodology ensures effective collaboration between the development (Dev) and the operations (Ops) teams. Since Agile and DevOps methodologies are critical for enabling faster and quality releases, businesses are adopting them rapidly.

Content 1.  Overview of Agile and DevOps Methodologies 2.  Agile Vs DevOps Methodologies – Detailed Comparison 3.  Various Phases of Agile and DevOps Lifecycle 4.  How has the Journey from Agile to DevOps helped Businesses? 5.  Significance of DevOps CI/CD Implementation in today’s Agile Environment 6.  Major Software Testing Types for Successful DevOps CI/CD Implementation 7.  Conclusion 8.  How Can TestingXperts (Tx) help?

Overview of Agile and DevOps Methodologies

Agile Methodology

It is a software testing methodology that is guided by certain principles stated in the agile manifesto for software development. This methodology follows an incremental/iterative approach, and the main aim of this approach is to deliver quality software. It also involves continuous collaboration between stakeholders and teams and ensures continuous improvement of product’s quality. Moreover, in this approach, the software is developed and tested in small stages known as sprints, and each sprint varies from 1-3 weeks.

DevOps Methodology

This methodology aims to break traditional silos between cross-functional teams in the waterfall model. It is an evolution from agile methodology and is an enterprise software development and testing approach that emphasizes collaboration and communication between cross-functional teams. This approach involves continuous development, continuous integration, continuous testing, continuous delivery, and continuous monitoring processes to ensure faster releases and high-quality software.

Agile Vs DevOps Methodologies – Detailed Comparison

Various Phases of Agile and DevOps Lifecycle

How has the Journey from Agile to DevOps helped Businesses?

In 2001, the agile manifesto had its birth which gave rise to the agile methodology. This manifesto contained certain values and principles that guide developers and testers to break the project into smaller parts, accelerate feedback loops and align product features with customer needs. The early adopters of agile methodology were small software start-ups that were eager to disrupt the market and were willing to take the risk. As this methodology matured, large enterprises started adopting it. The agile approach worked fine for some time as it helped developers to produce software in smaller parts. But later, it was realized that it lacks the capability of continuous testing and continuous delivery.

Due to the rising need for faster releases, high-quality software and faster time-to-market, businesses needed advanced methodologies such as DevOps processes. Companies started shifting from Agile to DevOps methodology as it helped them in many ways as listed below:

Significance of DevOps CI/CD Implementation in today’s Agile Environment

CI/CD stands for Continuous Integration (CI) and Continuous Delivery (CD), wherein a modern software coding philosophy allows developers to implement small changes and check code frequently. The main goal of CI is to establish a consistent and automated way to build, package, and test applications. CD is closely related to CI and enables automation of the entire software delivery process by leveraging automation tools. Further, it commits and delivers the integrated code into the production stage without any bugs or delays.

Both CI and CD are the backbone of today’s DevOps environment. There are various benefits that businesses can leverage by implementing the DevOps CI/CD pipeline.

• Helps in early bug detection –

• Improves the software quality –

• Ensures faster time-to-market-

• Allows faster feedback –

• Provides greater visibility –

• Automation saves QA teams time and efforts –

Evidently, for businesses to reap complete benefits, they should embark on scalable CI/CD DevOps implementations by leveraging various software testing methods.

Major Software Testing Types for Successful DevOps CI/CD Implementation

1. Test automation in DevOps-

2. Security Testing –

3. Performance Testing –

4. Accessibility testing –

5. Usability Testing –

Conclusion

Businesses are rapidly moving towards DevOps methodology for various reasons. Firstly, it is an evolution from agile methodology thus making it easier for today’s businesses to adopt it. Secondly, this methodology allows businesses to reach the market faster and improve organizational culture. Lastly, it ensures great customer satisfaction, which is the need of the hour for all businesses. Businesses must leverage test automation in DevOps from the next-gen QA and independent software testing services provider for successful DevOps implementation and faster delivery of high-quality products.

How Can TestingXperts (Tx) help?

TestingXperts (Tx) has been at the forefront in enabling test automation in DevOps services using the latest software test automation tools and also with an in-house accelerator, ‘Tx-Automate.’ Our test automation services best support business objectives by enabling an effective test automation strategy that is aligned with enterprise’s business goals.

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Software testing metrics are crucial for every agile team member, testers, QA managers, project managers, and others, as these metrics help to effectuate the software testing process one step forward. Typically, all activities done by software testers or QA teams are essentially measured, reported, and tracked with the help of these testing metrics. There is no better way to improve agile software testing than to measure the software testing progress leveraging some effective software testing metrics.

But, testers often face difficulty deciding which metrics to choose from the numerous software testing metrics available. Moreover, even if one selects the right metrics, the key to software testing success and progress lies in quantifying results obtained from evaluating these metrics. Therefore, in this blog, a detailed outlook on the agile software testing metrics has been detailed.

Content 1. An introduction to Agile Software Testing Metrics 2. Broad types of software metrics 3. Why should businesses know about Software Testing Metrics? 4. What are the benefits of leveraging Software Testing Metrics? 5. Some characteristics and components of Software Testing Metrics 6. Broad lifecycle stages of Software Testing Metrics 7. Four main categories of software testing metrics 8. What are some of the critical software testing metrics businesses should know? 9. 4 Best practices to follow for tracking Software Testing Metrics effectively 10. Conclusion

An introduction to Agile Software Testing Metrics 

Software testing metrics are quantifiable measures used to determine the progress of the software testing activities. Typically, they help teams track and monitor the software testing progress, quality, and productivity. The main aim of these testing metrics is to increase the efficiency of the overall software and uat testing process. These testing metrics help stakeholders make informed decisions about further improvements in the testing process by providing related information. There are many types of software testing metrics but broadly divided into four main types.

Broad types of software metrics

Source code metrics –

The software’s source code is vital and measured for its quality using published source code metrics. These published metrics are divided into five categories based on their measure, size, complexity, coupling, cohesion, and inheritance factors.

Development metrics –

These metrics measure the software development. It is vital to measure the number of defects within the code and the time taken to fix them. There should be more emphasis on the number of defects in the code than the time taken to resolve those defects. Suppose multiple defects are occurring numerous times in the code and required to be fixed multiple times. In that case, it depicts a gap in the developer’s skills or misunderstanding of the software testing requirements that need to be adequately addressed.

Testing metrics –

These metrics measure the product’s testing efficiency and evaluate the functionality and quality of the software. There are two main categories of testing metrics based on what they measure. The first is test coverage, and the second is defect removal efficiency. Test coverage metrics measure how many test cases were executed, how many test cases were still left to be completed, what parts of the software were tested, how much percentage of testing still left, etc. Whereas the defect removal efficiency metrics measure how many defects were identified, how many defects were removed, etc., and these metrics help improve the software product quality.

Project/Program level metrics –

These metrics relate to the project quality and are used to quantify defects, cost, schedule, productivity and estimate various project resources and deliverables. Project metrics help teams to assess the health of a project and make informed decisions. These metrics reveal how well the project is getting completed as compared to KPIs selected previously. It helps project managers evaluate the project’s status, foresee possible risks, assess the team’s productivity and work quality.

Why should businesses know about Software Testing Metrics?

•  To track the quality and progress of their software testing projects

•  To determine the productivity of the existing software testing process

•  To identify the areas of improvements

•  To effectively manage priorities and workload between software testing teams

•  To help stakeholders make informed decisions about the software testing quality

•  To track and monitor the effectiveness of organizational testing processes

•  To estimate the cost and plan the schedule for future software testing projects

•  To help stakeholders decide if the existing technology or process needs an upgrade

By analyzing all the above points, businesses can further evaluate their software project’s effectiveness and software testing efficiency by using these metrics.

What are the benefits of leveraging Software Testing Metrics?

These testing metrics helps to:

•  Improve the overall project planning

•  Confirm if the test quality is up to the mark

•  Analyze risks if any

•  Estimate the future cost and time

•  Identify the areas of improvement

•  Manage the workloads

•  Reduce the overall test time

•  Improve the product quality

•  Enhance the customer satisfaction

•  Increase the ROI

•  Reduce the overall costs of the testing process

•  Forecast the production delivery

Some characteristics and components of Software Testing Metrics

•  Should be simple, easy to understand, and computable

•  Should be independent of the programming language

•  Can be automated so that testers may not have to take readings manually

•  Should make use of consistent units of measurement

•  Should be cost-effective

•  Should be adaptable to every software testing need

•  Should be able to validate the testing process reliably and accurately

Some of the important components of Software QA and test metrics are:

Broad lifecycle stages of Software Testing Metrics

Stage 1 – Analysis:

This stage involves the identification of metrics to be used. Once the metrics are identified, parameters are defined and set for evaluating the metrics.

Stage 2 – Communication:

In this stage, the need for the metrics is communicated to the testing teams and stakeholders. The testing teams are also educated about the data points that should be collected for processing the metrics.

Stage 3 – Evaluation:

In this stage, the data is captured and verified by the testing teams. It also involves the calculation of metrics value as per the data captured.

Stage 4 – Report: 

In this stage, a formal report with an effective conclusion is developed and shared with the stakeholders. Feedback is collected from the stakeholders regarding what further actions are to be taken up.

Four main categories of software testing metrics

Process metrics:

These metrics are used to measure and improve the ability of the software testing process, e.g., how many defects were identified during the testing process, how many defects were fixed, how much time was consumed in fixing the defects, etc.

Product metrics:

It deals with the quality of the software product and describes the product’s characteristics such as size, complexity, design features, performance, quality level, etc. The main aim of these metrics is to improve product quality.

Project metrics:

It describes the project characteristics such as cost, schedule, productivity, and also measures project efficiency such as how well the project is moving, and whether it is going as per schedule, or is it lagging behind the plan, etc.

People metrics:

It measures the ability and skill levels of software testing teams. E.g., Are teams working as per schedule, are the quality of defects teams identify within the stipulated time, the productivity of the team, etc.

What are some of the critical software testing metrics businesses should know?

Seven Types of Software Testing Metrics

1.  Metrics for tracking agile testing efforts

2.  Metrics for tracking test efficiency

3.  Metrics for tracking testing efforts

4.  Metrics for tracking test coverage

5.  Metrics for tracking test effectiveness

6.  Metrics for tracking defects

7.  Metrics for tracking the cost of tests

1. Metrics for tracking agile testing efforts-

These metrics measure the testing efforts put in by agile testing teams to test the product. The metrics that come under this category are:

1.1  Sprint Burndown:

It is a chart that depicts the graphical representation of the rate at which teams complete their tasks and shows how much work is yet to be completed within a defined sprint period. Typically in this chart, the sprint dates are represented on the x-axis, and ideal effort hours for completing a task using the remaining hours of effort are represented on the y-axis.

1.2  Velocity:

It measures how much work a team completes on an average during each sprint. It compares completed tasks with the team’s estimated efforts. Agile managers use these metrics to predict how quickly teams can work towards attaining goals by comparing hours committed to and completed hours in previous sprints.

1.3 Code complexity:

These metrics count some linearly independent paths through a program’s source code. It is derived via a measure named cyclomatic complexity. These metrics help agile teams to determine the risk of unstable or error-prone code. By leveraging these metrics, agile teams ensure that the code adheres to established industry standards, such as indentation, inline comments, and correct usage of spacing.

2. Metrics for tracking the test efficiency:

Test efficiency is an important attribute that needs to be evaluated effectively. It depicts the quality level of the software testing process. Below listed are some of the metrics used for test tracking and to know its efficiency:

2.1  Passed test cases percentage = (No.of passed tests) / (Total no. of tests executed)×100 2.2  Failed test cases percentage = (No.of failed tests) / (Total no. of tests executed)×100 2.3  Blocked test cases percentage = (No.of blocked tests) / (Total no. of tests executed)×100

2.4 Mean time to repair (MTTR) = Total corrective maintenance time / Number of repairs

3. Metrics for tracking the testing efforts:

It is an important metric that measures or quantifies the efforts put in by testing teams to test the product. It helps stakeholders to evaluate and compare the expected vs actual testing efforts of testing teams.

3.1 Test execution coverage percentage= (Number of tests run) / (Total number of tests to be run)×100

4. Metrics for tracking the test coverage:

5. Metrics for tracking test effectiveness:

6. Metrics for tracking defects:

It measures the defect percentage, defect density, defect severity, and all other aspects related to defects. These metrics help evaluate how many defects and their severity level to ensure the quality of the software testing process. Some of them are:

6.1  Accepted defects percentage = (Number of defects accepted as valid by a dev team) / (Total number of defects reported)×100

6.2  Rejected defects percentage = (Number of defects rejected as invalid by a dev team) / (Total number of defects reported )×100

6.3  Deferred defects percentage = (Number of defects deferred for future releases) / (Total number of defects reported)×100

6.4  Fixed defects percentage = (Total no. of defects fixed) / (Total no. of defects reported)×100

6.5  Critical defects percentage = (Critical defects) / (Total defects reported)×100

6.6  Defect density = (Total number of defects) / (Total number of modules)

6.7  Meantime to detect = (Number of defects found) / (Total execution time (in hours))

6.8  Defect severity index = ((No.of critical defects ×8)+@(No.of high severity defects ×6)+@(No.of medium severity defects ×3)+@(No.of low severity defects ×1)) / (Total no. of defects)

6.9  Defect Age (severity wise distribution): This metric reflects how many of the open bugs are open for long and the corresponding severity

6.10  Defect leakage: This metrics helps to counts the total number of escaped defects within the sprint that were found by the user rather than the agile development teams. Agile teams calculate defect leakage percentage per unit of time, per sprint, or release, etc.

6.11 Defect categories: The software defects can be divided into various categories such as:

• Area-wise distribution: These metrics reflect the defect distribution based on the testing type performed. E.g. Security defects, performance defects, Functional defects, etc.

7.  Metrics for tracking the cost of tests:

During the software testing process, several components contribute to the testing cost, such as resources involved, tools and infrastructure cost, etc. It is important to track and evaluate the testing cost and to compare expected vs actual testing expenditure. The following metrics can track it:

4 Best practices to follow for tracking Software Testing Metrics effectively

1. Link software testing metrics to business goals:

Practically, it is almost challenging to track almost everything. Therefore, software testing metrics should be linked to business priorities. It is important to prioritize and select the most relevant metrics to business, which helps them achieve their goals.

2. Analyze the trends, not just numbers:

Often, it is seen that whenever testing metrics targets are met, the software teams declare it as success. But these simple, quantifiable targets do not represent the entire story. There is a lot more effort behind software testing, and therefore, trends need to be analyzed from time to time to determine in which direction the testing efforts are going and how progressive the final results are.

3. Break measurement periods into shorter time frames:

This helps the software development teams to analyze the software metrics and trends from time to time. With the help of shorter timeframes, teams can effectively determine how well the software testing process progresses.

4. Notifies progress to stakeholders:

Software testing metrics are used to represent complex processes to management and stakeholders with the help of simple numbers. These metrics should not be treated as a means to judge individual performances as the software testing process involves a lot of effort and other non-quantifiable aspects. Thus, metrics should always be used as a discussion starter by which teams and managers could discuss necessary improvements.

Conclusion:

There are many types of software metrics available in the market. But, choosing the right metrics, implementing them correctly, and following them effectively is the only key to the success of the software testing process. TestingXperts has been at the forefront leveraging software testing techniques to deliver superior quality deliverables to its clients. Talk to our testing experts today to know about different software testing types and get an edge with high-quality products.

The post A Detailed Guide on Agile Software Testing Metrics in 2023 first appeared on TestingXperts.

Content 1. What is Agile Methodology 2. Agile Development Methodology Features 3. What are the principles of Agile Methodology 4. Agile Manifesto Principles 5. Benefits of Agile Methodology 6. Significance of Agile Methodology for Businesses 7. Types of Agile Methodologies and Frameworks 8. Conclusion

What is Agile Methodology

Agile Development Methodology Features

Iterative & incremental:

Work breakdown:

Close coordination with product owner:

Parallel testing:

Effective collaboration between teams:

Daily stand-up calls:

Timely Updates and Reports:

What are the principles of Agile Methodology?

Agile Manifesto Principles Businesses Must Know

1. Customer satisfaction through faster and continuous software delivery

2. Accommodate changing requirements throughout the development process

3. Frequent delivery of working software

4. Collaboration between business stakeholders & developers throughout the project

5. Support, trust, and motivate the people involved

6. Enable face-to-face interactions

7. Working software is the primary measure of progress

8. Attention to technical detail and design enhances agility

9. Simplicity

10. Self-organizing teams encourage great architectures, requirements, and designs

11. Regular reflections on how to become more effective

Benefits of Agile Methodology

Significance of Agile Methodology for Businesses

Delivers real-business value:

Close involvement of stakeholders in agile process:

Ensures visual project management:

Scalability:

Teams collaboration:

Types of Agile Methodologies and Frameworks

1. Agile Scrum methodology:

The scrum consists of various roles and responsibilities that are given below:

2. Scaled Agile Methodology (SAFe):

3. Lean Software Development:

4. Kanban:

5. Extreme Programming (XP):

6. Crystal Methodology:

7. Dynamic Systems Development Method (DSDM):

8. Feature Driven Development (FDD):

Conclusion

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Today’s fast-paced technology-centric world presents opportunities and threats at every turn. It has become challenging to practice agile development no matter how big or small an organization you are. To become sustainable in this disruptive environment, agility is key.

Here are the 6 keys to build business agility.

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Is your organization on the road to “going Agile”, but is confused with the level of changes involved? Have you already “gone Agile” but are not witnessing the anticipated results?

Contents 1. What-is-Agile-coaching 2. Benefits-of-Agile-Coaching 3. Conclusion

What is Agile coaching

The transition to agile impacts an entire organization and comes with its own set of challenges. When an organization or just a team transform from their existing way of working to Agile practices, the complexity of the transformation can be overwhelming at times. If you answered yes to any of the above questions, you would identify the importance of having a professional Agile coach to improve collaboration and increase efficiency, empowering you to derive optimum benefits from the agile framework.

With extensive Agile coaching, an organization’s product development agility can be improved. Here are 5 key benefits of Agile coaching that you may have never considered:

Benefits-of-Agile-Coaching

Immediate application: An exceptional Agile training program can offer a great jumpstart to an organization looking to implement agile methods in their current workflow with hand-holding on all Agile working best practices. The early days are most difficult and the coach can really help keep team’s effort on track.

Better Collaboration: An experienced Agile coach brings integrated methods for teams working across geographies and distinct cultures, but having a common agile interest.  A collective set of definitions that best elucidate agile terminologies and working practices can create an effective communication channel throughout the organization.

Improved Communication: Communicating the need for agile methodology is essential to inspire teams to embrace, scale-up, and thrive on agile methods. A coach builds out a vision showcasing the intrinsic worth of agile, how it develops the process and bolsters the engagement with customers. A coach will strengthen the need for communication as the basic foundation of Agile methodology.

Transformation Backlog: An Agile transformation must be piloted like an Agile project, which creates the need for a coach to create a transformation backlog. The transformation backlog is a list of work items created by a coach to evolve an organization into an Agile process. It can also be used to highlight major developments in the Agile process.

Continual Improvement: Corresponding to the importance of agile implementation is the continuous need to measure the organizational growth that agile adoption brings with itself. A coach forms a set of metrics to assess the amount of Agile adoption and also looks continuously at refining the practices. That’s how teams grow into becoming high performing Agile units.

Conclusion

Agile coaching is a sound investment for the organization in terms of time and money. As agile coaches bring the certified, as well as brand new practices and processes, there is a substantial value addition to the organizations. TestingXperts has created a complete support structure of agile coaches and consultants who work together and help organizations in successfully adopting and refining agile methods. Organizations working towards improving their agile practices can successfully navigate challenges and apply agile principles to real-world scenarios.

Connect with us and make your organization implement agile best practices, promote team collaboration, and design programs that enable you to respond to varying market conditions with ease and confidence.

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Adoption of agile methodologies and best practices indicate that the organizations are constantly challenging themselves to get services and products to market faster. Automation testing is just one way to accelerate your project delivery and in doing so building up a regression pack of test scripts that can be run with minute effort in the shortest amount of time. The three greatest benefits brought together by test automation are reduction in time, usage of resources effectively and efficiently, and increasing the test coverage.

Automation Testing

Test automation significantly shortens the testing lifecycle and increases the speed of the testing process.  Automating your test scripts allows you to save a huge amount of time instead of just running them manually. Automated tests can be easily built once you have the primary tests in place, which means that the testers can add tests into the regression pack and build a greater test coverage quickly. This implies that every industry at this time or in future will need help on all aspects of Automation Testing. Let us understand how test automation as a service is bringing value to the organizations.

Role of Testers Redefined

The role of testers has been transformed with the arrival of the concept of Agile, DevOps, and Continuous Delivery. This concept has been evolved from the arduous Manual Testing process to fast and recurrent Test Automation. Automation has been highly responsible for the transforming and evolving role of a tester. In an Agile environment, when testers and developers have to collaborate, the overall culture of the teams change, testing gets quicker, and releases get more frequent. Automation cannot work without an effective testing strategy. The role of a tester will progress in an automated testing environment.

Clear focus on Quality of Testing

As quality is kept at the forefront these days, there is an increasing need for automation to ensure quality. This is a shared responsibility of the development team and the testing team. Automation can create a huge difference in redefining software development at every stage of the cycle. Furthermore, organizational strategies will be changed, and there will be evident structural changes to accommodate quality within their systems. Quicker delivery will be the main objective, but only automation can help in achieving speed with quality.

Quicker Feedback

Speed has become the prerequisite across various industries. Automation can, in all possible ways, help give instant and rapid feedback to the team, which also cuts down the delays and lays focus on improvement. Automation adds value by speeding up the arduous and tedious testing activity that is required for making sure that you achieve the desired result. In a certain way, automation in testing makes the activity more and more perceptible and assessable for considering the ensuing activities.

In Conclusion

Automation testing is the sure-shot method, bringing desired value to the organizations and helping them bring agility with quality. The need for automation testing cannot die in the future but only provide the desired outcome with well-aligned and dedicated teams that are able to work on projects and scripts.

TestingXperts is a automation testing company provides qa automation testing service with its extensive experience and an intelligent Test Automation Framework ‘Tx-Automate’. Connect with us to leverage our QA Automation Testing services.

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