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The Power of Agile Testing in Modern Software Development

Published on 31 July 2023
Agile testing
Yogeesh Gangaiah
Yogeesh Gangaiah
Associate Director - Quality Engineering

Yogeesh Gangaiah has 17+ years of experience in Software Quality Assurance using both Automation and Manual testing methods, out of which, he has spent the last 9+ years leading the delivery of large ERP QA programs. Furthermore, he has expertise in conducting Gap analysis and helped build a strategic roadmap for the setup of "The Enterprise Testing Center of Excellence (TCoE)".

Vani Valentina
Vani Valentina
Consulting Lead - Quality Engineering

Vani Valentina, with over 16+ years of experience in Software Testing, is the Principal Consultant, at Applexus. She has developed a wealth of expertise in defining and adhering to QA audit processes, conducting functional and manual testing, and proficiently using testing tools like Selenium and Cucumber to detect and fix flaws at the earliest. Additionally, Vani possesses a deep understanding of various methodologies, programming languages, Data Science, and Cloud Computing.

The traditional testing approach in today’s fast-paced development is being replaced by Agile testing, a more flexible and efficient methodology. It helps organizations cut time to market on high-quality products and with greater customer satisfaction. The goal is to adapt and effectively respond to the challenges arising from the changing expectations. Agile testing expertly addresses these challenges by being nimble and accommodating.

Testing has to keep up with the fast pace of innovation in the way we build and deploy modern applications. 54% of overall enterprises are adopting agile/DevOps, while 78% of high-performing organizations are, too - Forrester[1]

This blog delves into the intricacies of agile testing. We aim to explore its core values and principles, as well as shed light on how the methodology empowers teams to adapt and collaborate. How staying agile, helps teams ensure rigorous quality and tackle recurring challenges head-on. Let’s uncover the transformative potential of Agile testing and its ability to foster a culture of flexibility in the way software is tested and delivered.

What is Agile Testing?

Agile testing refers to a dynamic, collaborative, and iterative approach. It endorses the idea of staying flexible and nimble throughout the testing phase. Unlike traditional testing which occurs at the end of the development cycle, agile testing integrates testing activities throughout the development process. It emphasizes collaboration, adaptability, and continuous feedback. This mindset enables teams to deliver high-quality software in an efficient and timely manner.

Testers work closely with developers, product owners, and other stakeholders from the onset. They actively participate in all agile activities, such as planning, daily stand-ups, and reviews, to gain a deeper understanding of requirements. This collaborative approach promotes effective communication and stimulates shared responsibility. It encourages the team to work towards a common goal of delivering a time-efficient closure.

Another key aspect of agile testing is adaptability. Agile methodologies emphasize iterative development - delivering features in small increments. Similarly, testing is conducted incrementally, with frequent testing cycles, allowing for early error detection and quick feedback. Testers continuously evaluate and prioritize test cases based on unstable requirements. This ensures that the solution aligns with the customer’s evolving business objectives.

4 Pillars of Agile Testing

4 Pillars of Agile Testing
  • Absolute Transparency: The idea is to promote transparency and visibility in the testing processes, progress, and outcomes. This includes sharing information, status updates, and test results with stakeholders through daily scrums and reports. Holistic visibility amongst peers fosters trust and enables effective decision-making.
  • Focus on customer value: Place a strong emphasis on delivering customer value and aligning testing efforts with their desired outcomes. Agile testing involves customers and incorporates their needs at all levels. Consistent feedback with clients improves testing activities and helps deliver maximum customer satisfaction sooner.
  • Faster and Time-efficient Delivery: Faster & time-efficient continuous delivery is a core tenet of agile testing. It focuses on giving value in shorter time frames. This principle recognizes the importance of streamlined & optimized testing processes, short iterations, and incremental delivery. Furthermore, it promotes reduced repetitive tasks, faster feedback loops, and prompt resolution of issues.
  • Quadrant-based testing: Quadrant testing provides a framework for organizing the different dimensions of testing based on their purpose, automation, & technicality. Besides, identifying the types of testing strategies. Q1, entirely automated, consists of unit & component tests. Q2 is made up of automated & manual tests, feature prototypes, simulation, etc. Q3, entirely manual, consists of usability, exploratory, etc. Q4 involves performance & security tests.

12 Principles of Agile Testing

12 Principles of Agile Testing
  • Face-to-face Conversations: Face-to-face conversation is the cornerstone for effective communication in agile testing. It promotes immediate feedback and quick problem resolution. During these interactions, team members engage in active discussions, ask questions, and exchange ideas. This sort of collaboration leads to a deeper understanding of the project requirements.

    Furthermore, these intimate conversations cultivate a sense of camaraderie among peers. Non-verbal cues, such as facial expressions and body language, are vital in conveying emotions and intentions. These subtle signals enable individuals to gauge the responses. Intimate conversations help build empathy & rapport and strengthen relationships. It leads to improved efficiency, increased productivity, and a shared commitment to delivering high-quality solutions.
  • Continual and Quick Feedback: Continual and quick feedback serves as a fundamental principle that drives iterative improvement throughout the testing lifecycle. In agile testing, feedback loops are tightly integrated into the process. The feedback process allows teams to gather insights, identify issues, and make quick adjustments. Furthermore, it ensures that the team stays on track to deliver value-driven software in sync with the business’s expectations.

    The significance of continuous improvement through quick feedback lies in its ability to uncover bottlenecks early. This reduces the cost and effort associated with later-stage fixes. By receiving prompt feedback, teams quickly identify improvement areas, make necessary adaptations, and confirm their assumptions. The iterative approach instills more room to reflect and empowers the team to respond effectively to varying requirements fast.  
  • Working and Quality Software: Working software is one of the core principles of Agile methodologies. It is a primary measure of progress, emphasizing the delivery of functional software at regular intervals. The significance lies in the ability to demonstrate progress and validate the solution against user requirements. By focusing on delivering a working version, the testing teams ensure that the product is continuously meeting customer needs. The significance of working software is as follows:
    • Ability to facilitate rapid feedback and drive continuous improvement.
    • Serves as a concrete representation of the team's efforts and enables stakeholders to interact and evolve the product as per expectations.
    • The iterative nature of agile testing, with its frequent releases, allows for early identification of issues, validation of assumptions, and adaptation to varying requirements to deliver a high-quality solution. 
  • Continuous Process: Continuous testing involves integrating testing activities throughout the development lifecycle. This enables early detection of issues and ensures the delivery of high-quality software. By testing in conjunction with development, teams can minimize risks through a steady feedback loop. Continuous testing allows for a clean and tight code based on the test results. It emphasizes writing tests before writing code, ensuring that the focus remains on passing the tests and identifying the maximum number of valid defects as early on as possible. These practices enable you to maintain a high level of confidence in the software and support a fast-paced development cycle.
  • Accommodating changes in requirements: Agile testing embraces change and strives for excellence as a natural part of the testing cycle. By not being rigid, teams remain open to new inputs/ideas. Plus, they can respond to evolving customer needs, market dynamics, and emerging insights. This adaptability enables them to adhere to any critical updates. Which in turn helps deliver the most up-to-date requirements, ensuring customer satisfaction.  

    The idea is to stick to continuous improvement and deliver incremental value. Regular feedback and collaboration allow for the identification of changes in requirements early on. By staying flexible and accommodating these changes, teams can adjust priorities and refine the product gradually. The iterative approach ensures that the solution remains responsive to evolving needs, creating a sense of customer-centricity and enhancing overall project success.
  • Involving the whole team: Involving the whole team in agile testing promotes a cohesive and cross-functional approach. Each team member plays an integral role in delivering high-quality software. By involving the whole team, such as testers, developers, and business analysts you gain diverse perspectives and leverage in-depth skills and expertise. Every member brings unique insights and knowledge to the testing process, leading to comprehensive and robust testing processes.

    Developers can contribute by writing testable code and conducting unit tests. Business analysts can provide valuable input on requirements and user scenarios. While, testers contribute their specialized testing expertise, ensuring thorough test coverage and effective bug detection. You foster collective ownership and share the responsibility of success. Besides, promoting improved knowledge sharing and cross-training.
  • Self-organized teams: Self-organized teams, emphasize autonomy and accountability, empowering team members to take ownership of their work and make informed decisions. This autonomy leads to increased motivation, creativity, and innovation. Individuals have the authority to explore new approaches and improve their testing practices. Self-organized teams are better equipped to manage their workload and optimize their testing efforts, resulting in improved overall project outcomes.

    Teams have the flexibility to determine how to best approach tasks. They get to innovate, distribute work, and make decisions based on their expertise and understanding. A self-driven team works together to plan, execute, and review testing activities. Members leverage their diverse skills and perspectives to identify and address issues swiftly. A self-motivated team is more synchronized and matched to close the project milestones on time.  
  • Frequent delivery of working software: The frequent delivery of working software drives iterative development and ensures continuous value delivery to stakeholders. All you have to do is demonstrate tangible progress and maintain a steady feedback loop with stakeholders. Start with a Minimum Viable Product (MVP)/beta version and then gather early feedback. Use the feedback to tweak & deliver the full & final working product in alignment with the requirements.

    Frequent delivery allows for quick validation of requirements, ensuring that the software meets the evolving needs of the end users. It enables early course correction and alignment with business goals. Moreover, by delivering working software incrementally, the team can build confidence among stakeholders. They can showcase their ability to deliver value and respond to changing requirements. The team can learn from each delivery, refine their processes, and optimize their testing practices.
  • Technical Excellence: Technical excellence involves the use of best practices, solid engineering principles, and continuous improvement. This helps ensure your testing practices and code are robust, maintainable, and scalable. The significance lies in the ability to mitigate technical risks, enhance productivity, and sustain long-term success. Technical excellence builds a solid technical foundation, resulting in teams delivering a reliable, resilient, & high-quality product at a feasible pace.

    By adhering to coding standards, conducting comprehensive testing, and practicing continuous integration and delivery, teams address technical issues early. This proactive approach minimizes the buildup of technical debt. It reduces the likelihood of critical flaws hindering the product’s stability. By adopting automation frameworks, employing effective techniques, and leveraging appropriate tools, teams ensure a high grade of technical excellence.
  • Less Documentation: Agile testing prioritizes reusable checklists and working software over extensive documentation. The streamlined approach enables faster delivery of working software and allows the team to focus on delivering value. By minimizing documentation, testing teams can allocate more time & effort to actual testing activities. Less documentation overhead leads to enhanced productivity and efficient closures.

    By relying on lightweight documentation, teams can quickly respond to changes, modify testing approaches on-the-fly, and adapt test cases accordingly. Moreover, with less emphasis on detailed documentation, agile testing saves time and enables direct communication among stakeholders. This in turn leads to maximized efficiency and facilitates clearer understanding and faster decision-making.
  • Satisfy the Customer: Place the customer at the forefront - their satisfaction is the ultimate goal. The customer requirements and resulting feedback shape the direction of the project. By prioritizing client approval, you ensure that the delivered solution meets their business goals. Furthermore, it encourages continuous involvement, consistent feedback, and incorporating it into subsequent iterations to match the client’s evolving preferences.

    Customer-centricity focuses on working with the customer to deliver superior software in line with their vision. By involving the customer in testing activities, their input helps prioritize and refine the testing efforts, ensuring that the key aspects are thoroughly verified. The close partnership with the customer fosters a shared understanding. It reduces the risk of delivering a product that falls short of the customer's expectations.
  • Sustainable Development: Maintain a sustainable pace throughout the testing lifecycle. Why? Because agile projects are not short-lived endeavors but continuous efforts over an extended period. A healthy and sustainable work environment is integral to long-term success. A sustainable practice enables productivity, quality, and motivation. It helps prevent burnout and inferior results. Besides, helping to avoid excessive workloads, setting realistic goals, and stressing cross-training.

    The principle underscores the need for a collective, balanced, and sustainable approach. By allocating time and resources for technical debt management, teams can ensure long-term sustainability and software excellence. Regularly conducting code reviews, refactoring, and automated testing creates a sustainable balance. A manageable pace ensures the proper stability, maintainability, scalability, and quality of the software.


Agile methodology, as part of the Applexus offerings, provide great flexibility that enables businesses to navigate and respond to uncertainties, changing market conditions, customer preferences, & emerging technologies and adapt their testing strategies to address these challenges effectively. Agile testing takes an iterative approach and focuses on adapting fast to deliver value to customers to thrive in an ever-changing environment.

Scrum, as one of the leading Agile techniques, has been carefully refined and adapted to enhance project management. Applexus embraces these Scrum principles and the latest Agile engineering techniques to guarantee simplicity and ensure quality results. Our approach involves continuous improvement of your SAP application platforms through empowered teams that embrace changes to requirements. We provide a single source of prioritized work items, along with daily status meetings and a team commitment to delivering a potentially shippable increment during each Sprint.

Transparency, regular analysis, and adaptation are the key pillars of our agile methodology, ensuring consistent improvement in project deliverables. By choosing Applexus, you gain a unique approach and a trusted partnership dedicated to overall project success. Our testing team, equipped with immense expertise, ensures success by creating an efficient platform that optimizes your SAP applications and achieves significant cost savings through streamlined processes and customization.


Giudice DL, JAN 13 2023, Announcing The Forrester Wave™: Continuous Automation Testing Platforms, Q4 2022, Forrester,

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