Exploratory Testing is an unscripted approach to software testing where testers rely on their intuition, experience, and creativity to identify defects without predefined test cases. It emphasizes real-time learning, test design, and simultaneous test execution, allowing testers to continuously adapt their testing based on the results.

Integration Testing involves validating the interactions between different software modules or systems to ensure they work together as intended. It focuses on identifying issues that can arise when individual units or components are integrated, such as data inconsistencies, communication errors, or function mismatches.

To uphold code quality in Continuous Integration, Static Analysis tools are employed. These tools analyze the source code without executing it, identifying potential issues, code smells, or violations against predefined coding standards, thus ensuring high code quality before merging.

The "Iterative" model in SDLC emphasizes iterative development. With each iteration, development processes go through the software development life cycle phases like planning, requirements, design, implementation, and testing. Feedback loops allow for constant refinement and adjustment based on lessons learned.

Incremental integration testing involves integrating one component at a time, testing it, and then moving to the next, ensuring that defects are identified and corrected at each step. This approach is efficient in pinpointing issues.

In a Continuous Deployment setup, rapid feedback is essential to ensure the frequent releases don't break functionality. An Automation Tester plays a critical role here, as they set up automated test cases that can quickly validate the software's functionality after every release, ensuring rapid feedback without manual intervention.

Beta Testing provides feedback from actual users in real-world settings. Usability issues flagged during Beta Testing are crucial as they provide insights into how the software is perceived by the end-users. The best approach would be to conduct a focused usability testing session to deeply understand the feedback, make necessary adjustments, and improve the software's usability.

Test suite prioritization involves organizing test cases based on their significance, risk, or other criteria. By prioritizing tests, the most critical ones can be executed first, ensuring that even if there's a limited window (e.g., overnight), the most vital aspects of the application are verified. This approach maximizes the effectiveness of automated testing during off-hours.

When significant bugs are identified but aren't being addressed, it's crucial to involve stakeholders. Clear communication ensures everyone is aligned on priorities, and it's possible there are valid reasons for deferring certain fixes. A transparent dialogue ensures proper risk assessment and informed decision-making.

Continuous Monitoring is a practice in security auditing where security measures and controls are verified and validated in real-time or at regular intervals. This ensures that security postures remain robust and compliant even as IT environments evolve and change. It's a proactive measure to maintain a strong security stance.

White Box Testing, also known as Glass Box or Structural Testing, involves testing the internal structures of an application. In this case, if the goal is to validate the internal algorithm structures and logic, White Box Testing allows testers to evaluate the intricacies of the application's internal code and logic structures.

The keyword-driven scripting technique, also known as table-driven testing, allows test scripts to be developed using predefined keywords, each representing a specific functionality or method. This approach abstracts the coding complexity, making it user-friendly and often used in frameworks to separate test logic from the test scripts.