Quality and Performance Engineering
Why Quality Assurance Matters?
Quality Assurance (QA) activities should begin concurrently with development, after the first project requirements have been defined. The creation of test plans and extensive continuous testing are both phases of the quality assurance process. Stabilisation, regression, and post-deployment testing must be completed at the conclusion of each stage.
Quality assurance engineers are internal product owners and have the necessary understanding of the system, which ensures full testing and development team expertise.
OUR QUALITY ASSURANCE SERVICES
Planning
Mission, objectives, and testing procedures
Control
Actual progress against the plan.
Analysis and Design
Test activities are transformed into test conditions and test scenarios using the plan's acceptance criteria to guide the creation and ranking of test scenarios
Implementation and Execution
- Manual Test Implementation
- Automated test scripts Development
- Maintenance of Test environment
- Recording test execution outcomes
- Repeating test activities after taking action in response to each discrepancy
Exit Criteria Evaluation and Reporting
- Review failed tests and either file a bug report or amend the test
- Testing closure procedures
- Collecting information from test activities to combine test results, facts, and figures
All QA tasks are repeated for system releases and maintenance releases at project milestones.
DevOps Engineering experts ensure the following when performing QA:
- All key functions have test coverage that is almost or equivalent to 100%
- The modifications had no impact on current functionality
- System performance is in line with the requirements
- System throughput is not diminished and there is sufficient capacity for expansion
- Comprehensive testing will be incorporated into all development phases
QA Metrics
Automated Testing Metrics
This measure shows the effectiveness of the implemented automated testing procedure, as well as associated tasks and artefacts, in the past, present, and future. It may also be distinguished as user test automation and integration or system test automation.
Test Case Metrics
Test case execution indicators reflect testing progress by showing the percentage of test cases executed with a pass, fail, or blocked result. Test case pass rate indicates how many tests have passed, grouped by test type, phase tested, and/or functional area.
Defect Metrics
Trend analysis assesses the effectiveness of testing and the status of defect resolution by showing the number of open or unsolved defects by date. Defects by severity refers to the number of defects categorised by degree of severity. The quantity of defects at each stage reveals the effectiveness of the solution.
Requirements Metrics
Show the proportion of tests that have at least one corresponding prerequisite. The level of test coverage for the requirements is determined by this statistic.
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