An organization wants to deploy software in a container environment to increase security. Which of the following would limit the organization's ability to achieve this goal?
Answer(s): D
A monolithic codebase can limit the deployment of software in a container environment because containers are designed to run lightweight, modular, and independent services. Monolithic applications are large, tightly coupled, and difficult to break into smaller components, which conflicts with the principles of containerization. This makes it harder to achieve the scalability, security, and isolation benefits of containers.
Prior to implementing a design change, the change must go through multiple steps to ensure that it does not cause any security issues. Which of the following is most likely to be one of those steps?
Answer(s): C
Before implementing a design change, backout planning is crucial to ensure the organization can quickly revert to a stable state if the change causes issues, including security vulnerabilities. Backout planning involves identifying the steps and resources needed to undo the change safely and efficiently, minimizing disruptions and maintaining security.
The internal audit team determines a software application is no longer in scope for external reporting requirements. Which of the following will confirm that the application is no longer applicable?
Which of the following are the first steps an analyst should perform when developing a heat map? (Choose two.)
Answer(s): A,C
Methodically walk around the office noting Wi-Fi signal strength: This is essential for identifying areas with weak or strong signals and understanding the coverage gaps or interference points, which are crucial for developing an accurate heat map.Create or obtain a layout of the office: A layout is necessary to map the signal strength data against the physical environment, enabling proper visualization of signal coverage and pinpointing issues.These two steps provide the foundation for creating a meaningful heat map to analyze wireless network performance.
Which of the following is used to improve security and overall functionality without losing critical application data?
Patching is used to improve both security and functionality by updating software to fix vulnerabilities, improve performance, or add features. This process ensures that critical application data is preserved while addressing issues that could compromise the application's security or functionality. Regular patching is a key part of maintaining a secure and efficient system.
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