What is Test Management ? Process, Benefits & Best Practices

Test Management- What is it?

Test management refers to organizing and controlling all test-related activities to ensure high-grade software app testing. Numerous tools are deployed for the test management process, which helps manage manual and automated tests specified by a software test process.

Why is Test Management Important?

Test management helps ensure that high-quality software applications are delivered that meet the customers’ demands. It helps develop the software application within stringent deadlines, facilitating collaboration between the testers and the developers.

The most detailed study on this topic was conducted in 2002 by NIST titled ‘The Economic Impacts of Inadequate Infrastructure for Software Testing.’As per the study, the annual cost of inadequate software testing in the US ranges between $22bn and $59bn. And as we’re much more engrossed in software use today, one can only imagine the dollar price has risen to a very high level since.

In a nutshell, test management helps with the following:

• On-time product delivery
• More consistent and smoother projects
• Customer satisfaction

Responsibilities of Test Management in SDLC

Test management plays a crucial role in the SDLC by overseeing the planning, execution, and monitoring of testing activities. Hence, the results you get are the accumulation of all the development stages. Subsequently, these are the responsibilities you need to be aware of:

• Test management is responsible for clearly defining and outlining the objectives of SDLC. If testers know what they are looking for, it is easier for everyone involved to reproduce and resolve the issue.
• Know the place and importance of testing in the SDLC phases. A proper understanding of what is needed of you and how your work fits in the entire SDLC process.
• Following the above point will add to better collaboration as well as effective test monitoring and reporting of the defects to the right individuals.
• Rely on test management to develop detailed plans for executing test cases, considering factors such as test order, dependencies, and data.

Use the user’s point-of-view to continuously assess and improve testing processes, methodologies, and tools.

Who looks After Test Management?

Although the developers and the entire testing team play a crucial role during the process, the Test Lead/Manager acts as the key test support, looks after resource planning and management, and solves issues that hinder the testing process. Most enterprises nowadays prefer to hire Indian programmers to manage their software-related needs.

The Test Manager/Lead is responsible for the following:

• Outlining the testing scope
• Leading the testing team
• Managing the test resources
• Applying the test metrics
• Installing and managing the final testing effort.

Components of Test Management

Test Management comprises five major components that enable effective testing and quality assurance.

1. Test Documentation: The Test Documentation component includes all of the necessary documentation that details the testing team’s procedures, developments, metrics, and outcomes. This component allows for tracking future project needs, effective management of test coverage, and measurement of testing efforts by combining all relevant data. It is a helpful resource for keeping detailed records and encouraging effective cooperation among the testing team.
2. Test Estimation: Establishing the estimated time and effort necessary to accomplish a testing activity is known as test estimation. Estimation accuracy is critical for good test management since it aids in resource allocation, project planning, and scheduling. Teams may better organize their operations, set reasonable expectations, and guarantee the testing process is completed on time by estimating the work necessary for testing.
3. Test Metrics: Test Metrics give measurable insights into the software testing process’s progress, quality, productivity, and general health. These metrics provide trustworthy data that allows teams to assess and enhance the efficiency and efficacy of their testing operations. By analyzing metrics such as defect density, test coverage, and test execution time, teams can identify areas for improvement, track their performance, and make informed decisions to enhance the quality of the software being tested.
4. Test Progress Measurements: This component involves measuring various aspects of the testing process, including the total number of defects found in a software application, the effort required to fix those defects, the number of undetected defects, and the number of unexecuted test cases. These measurements provide valuable insights into the current status and progress of the testing activities, allowing teams to assess the overall quality of the software and identify potential areas of concern that require attention.
5. Metrics for tracking the testing lifecycle: The final component revolves around metrics that track the Software Testing Life Cycle (STLC). This includes monitoring the various stages of the testing process, such as the test plan, test analysis, test implementation, test execution, and test closure. By employing metrics tailored to each stage, teams can gain visibility into the progress and effectiveness of their testing efforts at different milestones, facilitating better decision-making and ensuring a comprehensive and well-managed testing lifecycle.

Testing teams may improve their procedures, increase the quality of the software being tested, and ultimately offer more dependable and efficient solutions to their stakeholders by embracing these five components of Test Management.

Agile Test Management: Key Features and Importance

Agile test management is the core activity of organizing and managing all testing activities. It is done to achieve a achieve a good quality software in Agile software development.

This involves keeping different teams in sync, testing in cycles with quick, efficient feedback, and being able to adjust to changing project needs.

Some of the key features are:

• Iterative Testing: Supports ongoing testing throughout the development cycle.
• Team Collaboration: Fosters close cooperation between developers and testers.
• Automated and Manual Testing: Integrates both testing types for comprehensive coverage.
• Risk-Based Testing: Prioritizes high-risk areas to minimize potential issues.
• Continuous Feedback: Facilitates quick adjustments based on testing results.
• Self-Organizing Teams: Empowers teams to independently manage their testing processes.
• Resource Allocation: Allows effective prioritization during planning sessions.
• Regression Testing: Regular checks to ensure new changes don’t affect existing functionality.

Importance of Using Agile Test Management

• Early Bug Detection: Identifies issues sooner, reducing overall project risk and costs.
• Flexibility: Adapts testing priorities based on project dynamics, enhancing responsiveness.
• Quality Assurance: Ensures high standards through regular evaluations and testing.
• Customer Satisfaction: Delivers products that better meet user needs and expectations.
• Efficient Decision-Making: Provides data-driven insights for determining product readiness for release.

What are the Different Phases in Test Management Process?

By now, you might have understood the importance of test management in enhancing the software design, development, and delivery process. However, you can enjoy the benefits of test management only when you conduct the entire process systematically and adequately.

The test management process involves two major phases:

1. Planning
2. Executing

Both these phases have their sub-processes, which we’ll explore below:

1. Planning

This is the first phase, where the developers and testers plan the entire test cycle. Planning is further divided into the following sub-processes:

i. Risk Analysis

Risks are something that might or might not happen during the SDLC. However, they might adversely affect the software quality and the company’s reputation if they occur. Hence, the Test Lead needs to conduct a risk analysis before the start of the project to determine any risk factors and come up with possible solutions.

ii. Test estimation

Test estimation implies predicting the time needed for every test phase/activity. It’s considered one of the most crucial tasks during the test management process.

Advantages of correct test estimation:

• Precise estimates can result in better planning, Monitoring, and execution of tasks
• Allows for more precise test scheduling
• It helps realize the test results more assertively

Studying the company’s past project or consulting fellow team members responsible for the test phase can improve test estimation results.

iii. Test planning

It is a vital step in conducting all test-related activities efficiently and smoothly. This defines the test scope, strategy, objectives, suspension/exit criteria, resource planning, test deliverables, time scheduling, etc. A project might fail in the absence of a proper test plan. Effective test planning is specifically significant in the development of large software systems.

iv. Test organization

Once the planning is done and everything’s in place, the next step involves organizing the perfect testing team. Test organization is about defining who’s responsible for which task in the testing process. Hence, your job does not get over just when you hire Indian programmers. You must create an efficient team and delegate tasks carefully for effective test execution.

2. Execution

Execution is the phase in which the actual software testing is executed to determine the results. It is further divided into:

i. Monitoring & control Tests

While the software is being tested, all the work progress must be monitored. You will have to oversee all activities during the testing period and maintain control of the process to ensure the project is within the budget, on schedule, and progressing well.

ii. Process Monitoring

In this phase, the test team gathers, records, and then reports relevant information about the project activities.

During Monitoring, the Test Lead/Manager is responsible for the below-listed activities:

• Creating an outline for the project goal
• Keeping an eye on the project’s performance
• Conducting a comparison between the planned and actual performance
• Recording and reporting any identified issue

Monitoring provides discipline specifications and an initial plan for the testing process.

iii. Controlling

A software project wouldn’t always run as planned. There may be certain deviations between the actual and planned work. Hence, to remove or minimize these deviations, there is a need to conduct specific changes, and that’s where test controlling assists. During this step, the Test Lead comes up with solutions to correct or adjust the deviations from the test plan.

iv. Issue Management

We’ve already learned about risk management; however, what will happen if we fail to manage risks effectively, eventually becoming an issue? There will always be unexpected issues during the SDLC. But what’s important is to stay prepared to deal with these issues efficiently, or they could negatively affect the project’s outcome.

v. Test report and evaluation:

Once the testing process is over, it’s time to prepare a test report and evaluate the data. This report helps identify the developed software quality, test coverage, and required improvements or modifications. After careful evaluation, the Test Lead logs the software as ready for release and submits the report to the client or stakeholders for approval.

How to perform test management using Testsigma TMS?

Testsigma Test Management System, TMS, is a testing tool offered by the cloud-based test automation platform Testsigma. It has a simple interface and includes only the essential features needed by the industry without overloading the software.

Testsigma TMS is cloud-based, which means it requires few resources from your system and helps minimize unnecessary overhead.

Testsigma TMS is a simple and fast tool that makes testing easier.

• Easy to use: It’s designed to be simple and clear, so even new team members can learn it quickly.
• Templates: It has pre-made templates to help you create test cases faster.
• Step-by-step: You can create tests one step at a time.
• No duplicates: You can reuse steps to avoid repeating yourself.
• Easy bug reporting: You can report bugs directly from Testsigma.
• Organized testing: You can group test cases together for better management.
• Smart features: It uses AI and is part of a larger testing platform, offering more advanced features.
• Flexible: It can adapt to changes in your testing needs.

Essential Principles for Tool Selection:

You cannot just choose a tool for test management randomly. The choice of the tool varies as per your project functionalities and requirements. Take ample time to evaluate what you want from a particular tool, study its features, and decide.

To help you out, below are a few questions you can ask before zeroing a tool for test management for your software application:

• Does this test management tool support the development of test plans, test cases, user stories, or test scenarios?
• Is the tool capable enough to manage your team and software project?
• Does the tool support test runs or test process management?
• Can it develop test reports?
• How capable is the tool in bug tracking?
• Does the tool have crash analytics, import/export, etc.?

Benefits of Test Management:

• Enhances the software quality
• Helps in the development and maintenance of product metrics
• Identify areas of weakness
• It empowers the developers to ascertain that fewer coding or design errors are included in the code.
• Checks if the software system is ‘fit for purpose and performs as it is expected to

Challenges in Test Management:

• Lack of adequate testing resources
• Insufficient testing time
• Schedule and budget constraints
• Complex requirements associated with testing and validating
• Absence of testing documents.

Best practices to avoid Test Management challenges

i. Use iterative tests:

Using iterative testing practices is hugely beneficial and highly recommended. These approaches help create test assets as well as save time.

ii. Ensure that you begin testing activities as early as possible:

Starting testing activities during the early SDLC stages is highly beneficial. However, most people don’t follow this practice despite knowing it. That eventually results in identifying bugs or errors at later testing stages, leading to additional expenses for rectifying them. Moreover, this delays the entire process because it increases the time spent to repair and retest it.

iii. Try to improvise on time spent:

Always try to work towards improving team efficiency and product quality. That could save you immense effort and time.

iv. Reutilize the test assets:

Reutilizing the test assets, such as test cases, procedures, etc., can save effort and time. Hence, try to reuse the testing assets whenever you can.

v. Ensure effective coordination between co-located test resources:

Ensure there is effective coordination between co-located test resources as that helps control problems associated with testing resources, mend timelines, and improve productivity, resulting in a better ROI.

vi. Use requirement-based testing strategies:

Different kinds of testing procedures need different types of testing approaches. Therefore, a test strategy based on your software testing requirement is always recommended. Such an approach could help you reap better test results and quickly deliver a high-quality product. It also lowers the testing time and effort.

vii. Use DevOps:

As the competition increases, new testing procedures are ruling the testing industry. DevOps can be beneficial as it concentrates on the close association of the developers, operation team, and testers. It helps maintain uniformity in upcoming releases, lower defects, facilitates rapid software development, speeds up business growth, etc.

viii. Leverage malleable testing process:

Each project has a different requirement and therefore needs a different testing process. A malleable testing process is essential to building an automated and easy workflow. This process must also allow optimization and alteration of the overall workflow according to the need.

ix. Effective communication is crucial for successful test management:

To ensure smooth test management, effective communication of every appropriate information, like status, goals, etc., to the stakeholders and clients is essential. That helps get their feedback and input on the testing work and allows the Test Lead and the test team to make enhancements accordingly.

x. Optimizing automated testing or tools for more excellent benefits:

Achieving these tasks needs effort and time. Using automated test management tools will help save your time and effort, reduce human errors, and enhance test coverage while providing better and more effective test results.

What is Test Organization in Software Testing?

The structure and management of testing operations inside a software development project are called test organization in software testing. It entails planning, arranging, and carrying out numerous testing procedures to guarantee that software products meet quality standards and needs. Defining testing objectives, identifying test requirements, creating test plans, designing test cases, executing tests, tracking defects, and reporting test findings are all part of the test organization. Good test organization is crucial to producing high-quality software and necessitates strong communication among the testing team, development team, and other stakeholders involved in the software development process.

Test Management Vs Organizational Structures

The matrix structure is a common organizational structure for organizing testing teams in smaller companies, offering flexibility and efficient resource allocation. This structure allows individuals to work on multiple projects simultaneously, benefiting those with high volumes of projects and limited resources. Larger companies often adopt a functional structure for their testing teams, ensuring accountability and coordination across the organization.

Defining needs and making decisions is crucial when designing a testing organization. There is no one-size-fits-all approach, as different situations require different structures. Factors like the size of the test team, company goals, and available resources can help make well-informed decisions about the most suitable organizational structure for testing efforts.

Organizational structures directly influence test management models, as each structure presents unique challenges and opportunities for test management. Factors such as the skill and experience of the testing manager and their position in the organizational structure can significantly influence how test management is implemented. It is essential for testing managers to adapt their approaches based on the organizational context to ensure effective coordination and leadership within the testing team. By understanding the different organizational structures and their implications, testing managers can establish a testing organization that aligns with their goals, maximizes resource utilization, and facilitates efficient test management.

Streamline Your Test Management with Testsigma.

Test Management by Testsigma is a next-generation test management tool powered by Agentic AI, built to streamline every phase of the software testing lifecycle, from test creation and execution to analysis, bug reporting, and insight generation. It supports both manual and automated testing through seamless integrations. At its core is Atto, your Agentic AI coworker, equipped with intelligent agents that autonomously manage tasks like test creation, execution, and defect logging with minimal manual effort. 

Here’s how it helps:

 1. AI-Powered Test Case Generation

• Save hours of manual effort with the Generator Agent
• Instantly generate test cases from user stories, designs, or even walkthrough videos

 2. Unified Test Case Management

• Manage manual, automated, and exploratory tests in one place
  
• Organize and filter test cases using predefined parameters
  
• Version control lets you compare and track test case improvements

 3. Smart Test Execution 

• Run tests directly in the browser with the Executor Agent
  
• Real-time progress tracking to fix issues as they arise

 4. Instant, Detailed Bug Reporting

• The Bug Reporter Agent auto-generates bug reports with logs, screenshots, and steps
  
• One-click integration with Jira and other tools speeds up fixes
  
• Cuts down the back-and-forth between QA and developers

 5. Efficient Test Run Management

• Assign tests to multiple team members
  
• Monitor test run status and logs in real-time
  
• Keeps teams on track with fewer delays

 6. Seamless Collaboration & Planning

• Activity logs and comments make communication easy
  
• Three-pane view helps testers quickly open, review, and complete tests
  
• Log test results with context like environments and screenshots

 7. Built for Manual and Automation Testers

• Manual testers can generate and run tests without writing code
  
• Works with Selenium and integrates smoothly into your existing stack

 8. Enterprise-Ready Flexibility

• Custom onboarding and migration support
  
• Enterprise-grade security and SLAs
  
• Unified automation for web, mobile, APIs, and Salesforce

 9. Integrates with 30+ Popular Tools

• Native support for Jira, Slack, and more
  
• Easily fits into your current workflow and tech stack
  
• Automates both planning and reporting

 10. Fair, Scalable Pricing

• Test management platform is free forever
  
• Pay only when you use advanced features like AI and agentic execution

Test Management by Testsigma Transforms the Workflow of Testers by

• Eliminating dependency on outdated tools and spreadsheets

Modernizes test management with an intuitive, all-in-one platform that’s built for speed, scalability, and today’s QA demands.

• Simplifying data migration from legacy systems

Enables effortless import of test cases and artifacts from Excel, CSV, or open-source tools—no manual cleanup or complex setup needed.

• Creating a connected QA ecosystem with seamless integrations

Streamlines collaboration across teams with out-of-the-box support for Jira, GitHub, Jenkins, Trello, and other popular tools.

• Automating test execution with AI-driven browser agents

Reduces repetitive workloads by allowing intelligent agents to execute tests directly in the browser, freeing testers to focus on quality strategy and issue resolution.

Final Thoughts:

Customers expect enhanced product features while stakeholders expect a speedy release cycle—often with stringent scrutiny on resources and budgets—making the test management process a crucial aspect of your enterprise’s software development cycle.

Hence, while managing your work processes, do not save on testing, as this mistake could become a colossal blunder and a costly expenditure later.

Hire programmers from India with experience and skill sets, ensure clear communication and systematic task delegation among your developers and testers, and leverage an intuitive test management tool like Testsigma for better ROI. Such automated tools provide the software testers with all the accelerators and features required to create quality software. Test management tools can elevate productivity by adequately organizing the process, supporting effective communication, and visualizing progress.