Which of the following is not a phase of implementing security in virtualized data centers:1 pointConsolidating servers across trust levelsConsolidating servers within trust levelsSelective network security virtualizationImplementing a static and flat computing fabric
Question
Which of the following is not a phase of implementing security in virtualized data centers:1 pointConsolidating servers across trust levelsConsolidating servers within trust levelsSelective network security virtualizationImplementing a static and flat computing fabric
Solution 1
To determine which option is not a phase of implementing security in virtualized data centers, let's analyze each option step by step:
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Consolidating servers across trust levels:
- This involves combining servers that have different levels of trust (e.g., public-facing servers with internal servers). This is generally not recommended for security purposes because it can increase the risk of security breaches. Therefore, this is not typically a phase of implementing security in virtualized data centers.
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Consolidating servers within trust levels:
- This involves combining servers that have the same level of trust. This can be a part of a security strategy because it helps to maintain security boundaries and reduce the attack surface. This is a phase of implementing security.
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Selective network security virtualization:
- This involves virtualizing certain aspects of network security to enhance protection. This can include virtual firewalls, intrusion detection systems, and other security measures. This is a phase of implementing security.
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Implementing a static and flat computing fabric:
- A static and flat computing fabric does not adapt to changing security needs and does not provide segmentation or isolation, which are critical for security in virtualized environments. This is not a phase of implementing security.
Based on the analysis, the option that is not a phase of implementing security in virtualized data centers is:
Implementing a static and flat computing fabric.
Solution 2
To determine which option is not a phase of implementing security in virtualized data centers, let's analyze each option step by step:
-
Consolidating servers across trust levels:
- This involves combining servers that have different levels of trust or security requirements. This is generally not recommended because it can lead to security risks. Servers with different trust levels should be isolated to prevent potential security breaches.
-
Consolidating servers within trust levels:
- This involves combining servers that have the same level of trust or security requirements. This is a common practice in virtualized data centers to optimize resources while maintaining security.
-
Selective network security virtualization:
- This refers to the practice of applying network security measures selectively within a virtualized environment. This is a common phase in implementing security as it allows for tailored security measures based on specific needs.
-
Implementing a static and flat computing fabric:
- A static and flat computing fabric implies a network architecture that does not adapt dynamically and lacks hierarchical segmentation. This is generally not a recommended practice in modern virtualized data centers, as it can lead to security vulnerabilities and inefficiencies.
Based on the analysis, the option that is not a phase of implementing security in virtualized data centers is:
Implementing a static and flat computing fabric.
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