Branching within Configuration Management is especially beneficial when multiple teams or individuals are working on the same codebase. This allows each team or developer to work on a separate "branch" or copy of the codebase, ensuring that they don't interfere with each other's work. Once the work on a branch is complete, it can be merged back into the main codebase after thorough testing, ensuring a smooth integration of different features or fixes.

To ensure improved traceability in CI/CD pipelines, it's crucial to link each code commit to a specific "Issue or Ticket". This provides context about why a particular change was made, aids in debugging, and ensures transparency and accountability in the process.

Non-incremental integration testing, commonly referred to as the Big Bang approach, involves integrating all modules suddenly at once and then testing the entire system. This approach is risky because if any defects arise, it becomes difficult to identify the root cause since everything is integrated all at once.

Selenium is a popular test automation framework that offers bindings for multiple programming languages. While Java and C# are among the prominent ones, Selenium also provides support for Ruby, allowing testers and developers to write test scripts in it.

A Vulnerability Report provides insights into the vulnerabilities discovered during a vulnerability scanning process. It details the nature, severity, and potential impact of each vulnerability, often suggesting remedies or mitigation strategies. Such reports are crucial for organizations to prioritize and address security risks.

A "Screen Reader" is specifically designed to assist visually impaired users by interpreting what is being displayed on the screen and reading it out loud. This allows them to understand and navigate the user interface without the need to see it.

Black Box Testing is an approach where the tester doesn't have any knowledge about the internal workings of the system. It focuses on testing the application's functionality without concerning the internal code structures, making it the best choice for this scenario.

"Defect density" is a metric that measures the number of defects identified in a component or system divided by the size of the component or system (typically measured in KLOC or function points). It provides a normalized view of the quality and helps in comparing different releases.

Acceptance Testing is the phase of software testing where the system is tested for acceptability. Its main purpose is to evaluate the system's compliance with the business requirements and assess whether it is acceptable for delivery to the end users.

Load testing and stress testing are both forms of performance testing, but they serve different purposes. Load testing primarily focuses on how the system behaves under expected or heavy loads, determining its scalability. In contrast, stress testing intentionally pushes the system beyond its designed capacity to identify its breaking points and to see how it recovers from failures.