In the insanely competitive world of software, quality is often the key factor driving business success, industry recognition, and brand loyalty. There are different strategies for ensuring and maintaining the quality of software: some organizations keep the testing operation in-house, while others choose to outsource this task. A third strategy, and one that produces the most reliable results is establishing a Test Center of Excellence.

A Test Center of Excellence takes the precision and effectiveness of software testing by implementing a standardized approach that is practiced across the entire organization. Whether it’s an in-house, remote, or hybrid TCoE, it can do great things for the quality of products as long as it’s implemented the right way. Find out what TCoEs are, what makes them such a compelling choice for QA tasks, and how to create your own TCoE that meets your goals and expectations.

What Is a Test Center of Excellence?

A Testing Center of Excellence is a centralized approach to software quality assurance that standardizes testing processes across an organization. It focuses on improving efficiency, ensuring consistency, and optimizing resource utilization. This model enhances collaboration between teams and supports the adoption of automation and best practices.

A TCoE enables a strategic approach to quality assurance, reducing costs and increasing reliability. By centralizing expertise and tools, businesses can streamline testing efforts, improve risk management, and drive continuous improvement in their software development lifecycle.

Words by

Michael Tomara, QA Lead, TestFort

“It takes some effort to implement a unified QA process across all teams in a company. But once it has been implemented and everyone stays committed to it, the cooperation between the teams becomes much easier.”

When thinking about establishing a QA center of excellence, organizations and testing teams will need to make many important choices. One of the first ones is the choice between decentralized and centralized Testing Center of Excellence. So, what do these two concepts entail and which one makes the most sense for your testing needs?

A centralized TCoE operates as a single, organization-wide testing hub that standardizes tools, processes, and management across all projects. It ensures consistency, optimizes resource allocation, and enables better knowledge sharing. However, it may introduce new bottlenecks and slow down project-specific adaptations.

It is the better option for organizations with multiple teams or projects that need standardized processes, strict compliance, and optimized resource utilization. It works well in regulated industries, large enterprises, and businesses aiming for high efficiency and cost control.

A decentralized TCoE allows individual teams or departments to manage their own testing and quality assurance while following overarching guidelines. This approach offers flexibility and faster adaptation to project needs but may lead to inconsistencies, duplicated efforts, and reduced visibility into overall testing quality.

This option is ideal for companies requiring agility, faster decision-making, and project-specific customization, such as startups, rapidly evolving tech firms, or businesses with diverse product lines.

    Key Testing Practices Used by TCoE

    TCoE aims to standardize and enhance testing across the organization, and the set of measures and testing activities required in each case is going to be different. Still, there are some testing functions that TCoE can help to improve with particular effectiveness. These include:

    • Test strategy & governance — Establishing testing policies, guidelines, and governance structures to ensure consistency, compliance, and alignment with business goals, reducing inefficiencies and maintaining high-quality standards across projects.
    • Standardization of tools & processes — Defining a unified approach to testing by selecting common automation tools, frameworks, and workflows, ensuring seamless collaboration, reduced redundancy, and consistent test execution across teams.
    • Test automation & optimization — Implementing automation frameworks to reduce manual testing effort, accelerate test cycles, enhance test accuracy, and enable continuous testing within Agile and DevOps environments.
    • Performance testing & security testing — Conducting load, stress, and vulnerability testing to ensure applications meet performance benchmarks, handle peak loads, and comply with security regulations, minimizing risks and improving system resilience.
    • Continuous monitoring & improvement — Using real-time analytics, test metrics, and feedback loops to track testing effectiveness, identify bottlenecks, and drive ongoing optimizations for better software quality and faster releases.
    • Collaboration & knowledge sharing — Fostering communication between testing, development, and business teams, introducing shared practices across the company, facilitating training, and maintaining documentation to ensure knowledge retention and skill enhancement within the organization.
    • Scalability & resource management — Efficiently allocating testing resources, tools, and personnel based on project demands, enabling organizations to scale testing operations while maintaining cost efficiency and productivity.

    Why Do You Need a Software Testing Center of Excellence?

    Words by

    Michael Tomara, QA Lead, TestFort

    “As your organization grows, the quality-related risks increase as well. Gaps, inefficient activities, and miscommunication may appear at some point. Developing quality standards helps avoid such problems.”

    The decision to establish a TCoE is not one that teams can make on a whim because it always triggers major organizational transformations and, therefore, requires significant time and resource investments. However, the many available Testing Center of Excellence benefits far outweigh the potential difficulties. Here are the key advantages that TCoE offers:

    1. Standardization of testing practices. TCoE consolidates all testing functions, allowing teams to achieve an unprecedented level of efficiency. This ensures consistent testing methods, tools, and processes across all projects, reducing variability and improving quality.
    2. Improved efficiency. The new approach streamlines testing processes, reduces duplication of efforts, and optimizes resource utilization, resulting in faster testing cycles.
    3. Cost savings. Centralized resources, tools, and expertise reduce overhead and increase operational efficiency, leading to cost reductions.
    4. Better quality control. TCoE provides standardized approaches to testing, minimizing defects, and ensuring higher-quality software releases.
    5. Scalability. This practice enables organizations to scale their testing efforts easily as the business grows, handling larger and more complex projects.
    6. Faster time to market. TCoE accelerates testing cycles and supports continuous integration/continuous delivery, resulting in faster product releases.
    7. Compliance and risk management. With this approach, organizations can ensure adherence to industry regulations and standards, reducing risks and enhancing security and performance.
    8. Knowledge sharing & continuous improvement. This facilitates collaboration and the sharing of best practices, promoting innovation and ongoing process improvement.
    9. Resource optimization. TCoE ensures better allocation of skilled testers, reducing the need for redundant efforts and ensuring the right talent is applied where needed.
    10. Alignment with business goals. With a TCoE in place, you can make sure your testing strategies align with the organization’s broader objectives, which helps deliver software that meets customer needs and expectations.

      When to Consider Implementing a Testing Center of Excellence?

      With the growing popularity of QA Centers of Excellence, one cannot help but wonder: is a testing CoE the right option for everyone? At first glance, it seems like a TCoE is the perfect solution for any organization experiencing software quality and testing-related issues. In reality, however, the situation is more nuanced than that. Here is when you definitely need to consider investing in a Test Center of Excellence:

      • Frequent testing bottlenecks — when there are significant delays in testing that slow down releases, affecting time to market.
      • Inconsistent testing quality — when different teams follow varied testing approaches, leading to unreliable results.
      • High testing costs — when redundant efforts, tool inefficiencies, and lack of automation increase your expenses.
      • Regulatory and compliance requirements — when your business needs structured testing to meet industry standards and security guidelines.
      • Complex software portfolios — when multiple projects or applications require standardized testing processes for higher efficiency.
      • Growing need for test automation — when manual testing alone is no longer sufficient, and automation strategies need central oversight.
      • Scalability challenges — when your business is expanding, and existing testing capabilities struggle to keep up with demand.
      • Integration with DevOps & CI/CD — when you can enhance continuous testing within Agile and DevOps environments with the help of a TCoE.
      • Lack of centralized expertise — when testing knowledge and best practices are not shared effectively across teams.
      • Desire for continuous improvement — when your company aims to optimize testing through innovation, analytics, and data-driven insights.

      Criteria You Need to Meet to Establish a Testing Center of Excellence

      Setting up a TCoE may sound like a highly appealing idea, and it’s definitely a worthy investment of a company’s time and money. However, in order to make the most of it and reap all the benefits to an organization that TCoEs provide, it’s crucial to make sure your company as a whole and your testing operations in particular meet the following criteria or can get there before the start of the project:

      • Executive buy-in and strategic alignment. Leadership support is essential for securing funding and driving adoption, ensuring alignment with business goals like improving quality, accelerating releases, or reducing costs.
      • Sufficient budget and resources. A TCoE requires investment in skilled personnel, tools, and infrastructure, along with financial capacity for automation and performance testing.
      • Well-defined testing processes. Structured test management, execution, and reporting workflows should be in place, following standardized methodologies like Agile or DevOps.
      • Skilled testing and development teams. A strong team of QA professionals, automation engineers, and security specialists is needed, along with cross-functional collaboration.
      • Commitment to test automation and innovation. Organizations should be ready to adopt automation frameworks, AI-driven testing, and continuous test optimization strategies.
      • Scalability and flexibility. The TCoE should support growing testing demands across multiple projects and allow for centralized or decentralized models as needed.
      • Integration with DevOps and CI/CD pipelines. Continuous testing must be embedded into development and deployment workflows, requiring a strong DevOps culture.
      • Clear metrics and KPIs for performance tracking. Measurable goals like defect reduction, test cycle efficiency, and automation coverage should be established, with regular reporting.
      • Strong knowledge management and collaboration culture. Encouraging knowledge transfer, sharing best practices, and improving skills through training and innovation, as well as maintaining robust process documentation, ensures continuous improvement.
      • Readiness for change management. Implementing a TCoE requires cultural and process shifts and brand new practices across the organization, so a structured approach to change management should be in place.

      Words by

      Michael Tomara, QA Lead, TestFort

      “It is crucial to ensure that all key participants understand the importance of the TCoE and agree to develop it. The absence of commitment from any key stakeholders can undermine this whole effort.”

        How to Build Your Own TCoE?

        A personalized Test Center of Excellence promises great benefits to your software delivery process and product quality. However, those benefits can only materialize when you approach the task of building a Testing CoE with care. These are the steps you need to take to fully reap the Test Center of Excellence benefits.

        1. Define Objectives and Business Justification

        Before the start of the project, identify the goals you want to achieve with a Test Center of Excellence. This can include improving test efficiency, reducing costs, enhancing software quality, or supporting DevOps initiatives. Develop a business case demonstrating ROI and securing executive buy-in.

        2. Assess Current Testing Maturity

        Evaluate existing testing processes, tools, team capabilities, and challenges. Conduct a gap analysis to determine areas that need improvement and align the TCoE strategy accordingly. This will help you set up the project and its objectives more efficiently.

        3. Define Management and Organizational Structure

        Make sure every project participant knows their duties and their overall impact by establishing a management model outlining roles, responsibilities, and decision-making processes. At this point, you can also determine whether the TCoE will be centralized, decentralized, or hybrid based on your business needs and capabilities.

        4. Develop Standardized Testing Processes, Tool Usage, and Best Practices

        Create uniform testing methodologies, frameworks, and quality assurance standards that align with Agile, DevOps, and CI/CD workflows. Define policies for test planning, execution, and analysis. Choose the right test management tools, test data management solutions, testing frameworks and tools, and cloud-based environments. It’s also vital to ensure seamless integration with existing development and deployment pipelines.

        5. Implement Test Automation and AI-Driven Testing

        In addition to traditional testing strategies, there are approaches and technologies that can take the efficiency and reliability of the testing process to the next level. Right now, this primarily includes test automation frameworks and AI-powered testing solutions, which allow the teams to test more in less time and with more comprehensive results. Define a strategy for automation coverage, script maintenance, and continuous test execution.

        6. Establish Metrics and KPIs for Performance Monitoring

        Whether you are running the whole Testing CoE operation in-house or using software testing services from a trusted partner, it’s crucial to have a system for assessing the success of the project, both on a continuous basis and at predetermined milestones. Define KPIs such as defect detection rate, test automation coverage, test execution time, and cost savings. Use dashboards and reporting tools for continuous monitoring and improvement.

        7. Pilot and Scale Your TCoE

        As is often the case with new business endeavors, it’s a good idea to start with a small pilot project to validate the TCoE framework, processes, and tools. Collect feedback, refine strategies, and gradually expand across teams and projects. This will help you avoid unnecessary resource spending in the early project stages and better adjust the flow of the project to your business and technical needs.

        In-House vs. Remote vs. Hybrid TCoE

        Deciding to set up a Testing Center of Excellence is a big step to take, but it’s not the only decision you’ll need to make on the way to a fully functional TCoE. Another crucial thing to determine is the TCoE model you will use. Right now, the available options include in-house, remote, and hybrid centers, and here is more about each option.

        In-House TCoE

        An in-house TCoE is fully managed within the organization, with testing teams working on-site. This model provides greater control, faster communication, and seamless collaboration with development and business teams. It ensures strict security and compliance but comes with higher costs for infrastructure, hiring, and maintaining skilled personnel. Scalability can also be challenging, especially for global companies.

        The in-house model is ideal for banking, healthcare, and government organizations handling sensitive data. It offers strict control, security, and close team collaboration but requires a significant budget and in-house expertise.

        Remote TCoE

        A remote TCoE operates from an external location, either as an offshore, nearshore, or outsourced setup. This model reduces operational costs and provides access to a broader talent pool with specialized expertise. It is highly scalable and enables 24/7 testing cycles across different time zones. However, challenges include communication gaps, security risks, and potential misalignment with in-house teams if not properly managed.

        This approach is well-suited for startups, mid-sized businesses, and global enterprises needing specialized testers and 24/7 testing at lower costs. It requires strong communication and security protocols.

        Hybrid TCoE

        A hybrid TCoE combines on-site and remote teams, offering a balance of control, flexibility, and cost efficiency. Critical testing operations, governance, and decision-making remain in-house, while remote teams handle execution, automation, and performance testing. This approach enhances scalability and cost savings while maintaining some level of direct oversight. However, it requires strong coordination, effective collaboration tools, and well-defined processes to prevent workflow disruptions.

        The hybrid model works well for eCommerce, SaaS, and large enterprises balancing cost savings and local oversight as it retains critical functions in-house while outsourcing high-volume testing. To be successful, the hybrid model needs strong governance and coordination.

        Why TestFort Is Your Ideal TCoE Partner

        The need for a Testing Center of Excellence is becoming more and more clear to organizations of all calibers. Modern testing challenges call for innovative, flexible, and scalable solutions, and setting up cross-functional TCoE teams is a practical and effective way to address those challenges. However, the task of choosing a remote or hybrid testing partner requires extra consideration from you. You want a partner with not just rich experience in testing and a deep understanding of industry best practices, but also a tailored approach to cover your specific needs and requirements.

        This is exactly what you’ll find at TestFort. With 23+ years of expertise in software testing services and a diverse skillset in manual and automated testing, we also help you reach your goals faster by customizing every aspect of our TCoE services. From the goals and milestones to team scaling and flexible engagement models, we will be there for you for the entire software testing life cycle and as long as you need.

          A digital Testing Center of Excellence is designed to help with all kinds of testing and quality issues within an organization and ensure that testing leads to better-quality software without putting additional strain on the team or the company’s resources. Naturally, effective TCoE operation is impossible without the use of testing tools and frameworks to streamline testing processes and achieve excellence in testing. These are the software testing and quality assurance tools and frameworks most widely used by TCoEs.

          1. Test Automation

          • Selenium — Open-source framework for web application automation.
          • Appium — Mobile app automation for iOS and Android.
          • Cypress — Fast, developer-friendly testing for web applications.
          • TestComplete — AI-powered automation for web, mobile, and desktop apps.

          2. Performance Testing

          • JMeter — Open-source tool for load and performance testing.
          • Gatling — Scalable performance testing for APIs and web applications.
          • LoadRunner — Enterprise-grade performance testing solution from Micro Focus.

          3. Security Testing

          • OWASP ZAP — Open-source security scanner for web applications.
          • Burp Suite — Widely used for penetration testing and vulnerability assessment.
          • Nessus — Comprehensive security assessment tool for network and application vulnerabilities.

          4. Test Management & CI/CD Integration

          • JIRA — Test management and defect tracking.
          • TestRail — Test case management and reporting.
          • Azure DevOps — Integrated test management and CI/CD pipeline support.
          • Jenkins — Open-source CI/CD automation server for continuous testing.

          5. API Testing

          • Postman — Popular tool for API testing and automation.
          • SoapUI — Functional and security testing for SOAP and REST APIs.
          • Rest Assured — Java-based API testing framework for RESTful web services.

          Challenges in Implementing a Testing CoE

          As much as TCoEs beat standard testing practices in many regards, establishing one isn’t always smooth sailing. Teams can invest a lot of effort into the process and even partner with a testing CoE vendor, but some challenges are more common than one may think. Knowing about those challenges in advance helps the organization prepare effective mitigation strategies. These are the most common complications of implementing a Testing Center of Excellence.

          High Initial Investment

          Setting up a TCoE requires a significant financial commitment to infrastructure, tools, and skilled personnel. Organizations must invest in automation frameworks, performance testing solutions, and governance models, which can be costly upfront. Without a clear ROI strategy, securing funding can be a challenge.

          How to overcome: Start with a phased approach by implementing the TCoE in stages, prioritizing high-impact areas first. Demonstrate early wins through pilot projects to justify further investment. Consider cloud-based testing solutions to reduce infrastructure costs and leverage open-source tools where feasible.

          Resistance to Change

          Teams may be hesitant to adopt new standardized processes, fearing loss of autonomy or additional complexity. Developers, testers, and business stakeholders often have established workflows, and shifting to a centralized testing model requires strong change management efforts.

          How to overcome: Involve key stakeholders early in the process and clearly communicate the benefits of the TCoE. Offer training, workshops, and hands-on sessions to ease the transition. Encourage a collaborative culture by allowing teams to provide input on TCoE policies and frameworks.

          Integration with Existing Workflows

          A TCoE must seamlessly align with Agile, DevOps, and CI/CD pipelines to enable continuous testing. However, integrating new tools and processes into existing workflows can be difficult, especially if the organization has legacy systems or a diverse technology stack.

          How to overcome: Perform a detailed assessment of existing workflows and identify gaps where the TCoE can add value without disrupting operations. Introduce automation and tool integrations gradually, starting with pilot projects. Ensure compatibility with DevOps pipelines and provide training on new tools.

          Lack of Executive Buy-In

          Without leadership support, establishing a TCoE can be difficult. Executives need to see the business value in centralized testing before allocating resources. A well-defined business case, supported by metrics on quality improvement, cost reduction, and faster time-to-market, is crucial for gaining buy-in.

          How to overcome: Develop a strong business case backed by data, including the impact of poor software quality, inefficiencies in current testing processes, and potential cost savings. Present case studies from other successful TCoEs and quantify expected ROI. Engage executives through regular progress updates and reports.

          Scalability and Resource Allocation

          As organizations grow, the TCoE must scale to accommodate increased testing demands and ensure that all testing activities can be effectively handled by the company’s resources. Managing skilled resources efficiently, ensuring test environments are available, and maintaining flexibility in test execution requires careful planning. Without proper governance, scaling can lead to inefficiencies and bottlenecks.

          How to overcome: Design the TCoE with scalability in mind by implementing cloud-based and AI-driven testing solutions. Create a flexible resource allocation model, combining a mix of in-house testers, automation frameworks, and outsourced testing when necessary. Continuously assess workload distribution and optimize based on demand.

          Defining Clear Metrics and KPIs

          Measuring the success of a TCoE can be challenging if clear metrics are not established. Organizations need to define testing KPIs such as defect reduction, test coverage, automation effectiveness, and cost savings. Without data-driven insights, it’s difficult to demonstrate value and drive continuous improvement.

          How to overcome: Define measurable KPIs from the outset, ensuring they align with business goals. Use analytics tools to track test execution, defect trends, and automation success rates. Regularly review metrics and adjust strategies as needed. Share reports with stakeholders to demonstrate progress and areas for improvement.

          Balancing Standardization and Flexibility

          While a TCoE promotes standardized testing practices, different projects may have unique requirements. Striking a balance between enforcing best practices and allowing flexibility for project-specific needs is critical. Too much rigidity can stifle innovation, while too much flexibility can lead to inconsistencies.

          How to overcome: Establish core testing guidelines while allowing project teams to adapt processes based on specific needs. Implement a governance model that defines mandatory standards but also provides a framework for customization. Encourage collaboration between teams to share best practices while maintaining consistency.

          Final Thoughts: Should You Go With a TCoE?

          Although the switch to a Testing CoE is bound to bring a major cultural shift within the organization and requires a significant investment of time and resources across the whole organization, the transformation is definitely going to be worth it. With a standardized, scalable testing process, quick access to specialized QA expertise, and increased cost savings over time, the decision to build a Testing CoE is a decision that will pay off again and again through the quality of software, cross-team involvement, and improved brand reputation. Whether you are already thinking about establishing a digital Testing Center of Excellence or simply weighing your options, we definitely recommend giving this idea a shot.

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            Written by

            Inna M., Technical Writer

            Inna is a content writer with close to 10 years of experience in creating content for various local and international companies. She is passionate about all things information technology and enjoys making complex concepts easy to understand regardless of the reader’s tech background. In her free time, Inna loves baking, knitting, and taking long walks.

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