Comprehensive test management solution for complex challenges.
A test strategy is a crucial document that defines the approach and methods for quality assurance (QA) in your company. It serves as a roadmap for the testing process, ensuring that your QA teams have the necessary resources and processes in place to guarantee a high-quality and reliable software solution.
Your Custom Test Strategy
The creation of the test strategy includes the following services
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Interviews with Key Stakeholders
QA lead, development manager, project manager, and product manager. -
Up to 4 half-day workshops
Discussion and development of proposed test strategy components like test levels, types, roles, responsibilities, reporting, and automation.
When
You want to structure your quality control processes. Existing processes are either
undocumented or minimal, with varying quality levels across projects. There is uncertainty
about expected quality and the current state of quality control.
What
We analyze your current quality control processes and, based on the findings, industry expertise, and international standards, create a specific test strategy for you.
How
An experienced Test Manager reviews your quality control processes and develops a tailored test strategy through a series of half-day workshops.
The final document of the test strategy contains important details on the following factors.
Details on different test levels, relationships between test levels, and procedures for integrating various test levels.
This section explains the different test levels (e.g., unit test, integration test, system test, and user acceptance test). It defines how these levels are interconnected, how they build upon each other, and how the results of one level feed into the next. It also describes the process of integrating and coordinating the efforts of different test levels.
Test environment
For each test level, it is defined which test environment it will be conducted in and what conditions must be met in the respective test environment for the test at that level to be carried out.
Test techniques
This section discusses the specific test techniques to be applied during each test level. For example, techniques such as boundary value analysis, equivalence class partitioning, exploratory testing, and others may be included. The choice of appropriate techniques depends on the nature of the software being tested.
Test tools
This section lists the various test tools required for different test levels. This includes tools for test management, test automation, defect tracking, load and performance testing, and more. The selection of these tools is based on their suitability for the needs of your projects.
Risk analysis
This section focuses on identifying potential risks associated with the software and the testing process. It explains how risks are assessed, prioritized, and managed throughout the test cycle to minimize their impact.
Entry and exit criteria
Specific entry criteria are defined for each test level, which must be met before the test level can begin, as well as exit criteria that indicate when the test level is complete and the software is ready to move on to the next test level.
Degree of independence of each test
The degree of independence of the test team from the development team is established. Independence helps ensure unbiased test execution and improves defect identification.
Metrics and measurements to be evaluated during testing
This section describes the key metrics and measurements to be tracked during testing. This includes metrics such as test coverage, defect density, test pass rate, and other relevant indicators for assessing the effectiveness of the testing process.
Regression testing and defect retesting
This section describes how defect retests (retesting fixed issues) and regression tests (testing to ensure that new changes do not negatively impact existing functionality) are conducted during the test process for each test level.
Management of test tools and infrastructure configuration
This section addresses the setup, maintenance, and version control of test tools and test infrastructure to ensure consistency and reliability in the testing process.
Roles and responsibilities of test team members
This section defines the roles and responsibilities of each member of the test team. It ensures clear accountability and a well-structured approach to testing.
The reliability of your software is in safe hands
Tom Noll
Team Lead CCQA (Competence Center Quality Assurance), IT-Consultant
Jonathan Weinhold
Team Lead Hamburg
Your customized test strategy
The development of the test strategy includes the following services
-
Interviews with key stakeholders
(e.g., QA Lead, Development Manager, Project Manager, and Product Manager) -
Up to 4 half-day workshops
during which prepared proposals for test strategy components will be discussed and developed. These include, among other things, test levels, test types, roles and responsibilities, reporting, and automation.
Scenarios for a software test strategy
A software test strategy is essential in various scenarios to ensure the success and reliability of your software development projects. Here are some cases where a well defined software test strategy becomes crucial.
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New software development projects
When your company is developing a new software product or application, a test strategy is crucial. It helps you systematically plan and execute the testing process from the early stages of development to identify and address potential defects and issues before the final release.
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Software updates and upgrades
When your company releases updates or upgrades for existing software, a test strategy becomes necessary. This ensures that the changes do not negatively impact existing functionality and that new features are thoroughly tested to function as intended.
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Mission-critical systems
For companies reliant on mission-critical software systems, such as financial applications, healthcare platforms, or industrial control systems, a test strategy is indispensable. Thorough testing is crucial to ensure the stability, security, and accuracy of these systems, as a failure could have severe consequences.
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Complex software projects
In cases where the software development project is complex and involves numerous components, integrations, and dependencies, a test strategy helps manage the complexity and ensures comprehensive test coverage of the entire system.
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High-performance applications
Software that needs to handle high loads and performance requirements, such as ecommerce platforms or online gaming applications, requires a test strategy to evaluate and optimize its performance under stress and load conditions.
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Cross-platform compatibility
When your software needs to function across different devices, operating systems, and browsers, a test strategy is essential to verify compatibility and ensure a consistent user experience across various platforms.
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Security-critical applications
For software that processes sensitive data, such as personal information or financial transactions, a robust test strategy focusing on security testing is crucial to identify and address potential vulnerabilities and protect against data breaches.
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Time-critical projects
In situations with tight deadlines or time-sensitive projects, a test strategy helps ensure efficient testing processes and allows for timely identification and resolution of defects.
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Compliance with regulations and legal requirements
When your software must meet specific industry standards, regulations, or legal requirements, a test strategy is essential to demonstrate compliance and avoid legal or financial consequences.
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Resource management
A test strategy allows you to effectively plan and allocate resources. This ensures that the appropriate test tools, environments, and qualified personnel are available to conduct the testing process efficiently.