D-ZT-DS-23 無料問題集「EMC Zero Trust Design 2023」

（A）It enables real-time detection and response to threats, minimizing potential damage.

（B）It simplifies IT infrastructure.

（C）It ensures uninterrupted user access to resources.

（D）It reduces the need for user authentication.

（A）Enhanced data protection against both internal and external threats.

（B）Increased reliance on perimeter-based security measures.

（C）Reduced need for IT staff training.

（D）Simplified network architecture.

（A）Allows unrestricted access within the network.

（B）Recognizes that the network perimeter is no longer a viable defense.

（C）Encourages the use of a single authentication method.

（D）Emphasizes the importance of physical security measures.

（A）Requires the encryption of all network traffic

（B）Customizes access controls based on data sensitivity

（C）Relies solely on user authentication for data protection

（D）Enforces access controls based on data type

（A）Implementing a traditional firewall.

（B）Completely removing access controls.

（C）Centralizing all data storage.

（D）Identifying sensitive data and its flows across the network.

（A）1. The device will send its sign-on access to try and gain authorization.
2. The device will send off a request for authorization.
3. PDP comes up with a final score for the user at the level deemed fit by the organization.
4. The device itself will continuously send inventory, system information, and the status of the device.
5. Zero Trust policy controller sends policy to the PDP to initialize the request for authorization.

（B）1. Zero Trust policy controller sends policy to the PDP to initialize the request for authorization.
2. PDP comes up with a final score for the user at the level deemed fit by the organization.
3. The device will send off a request for authorization.
4. The device will send its sign-on access to try and gain authorization.
5. The device itself will continuously send inventory, system information, and the status of the device.

（C）1. PDP comes up with a final score for the user at the level deemed fit by the organization.
2. Zero Trust policy controller sends policy to the PDP to initialize the request for authorization.
3. The device will send its sign-on access to try and gain authorization.
4. The device itself will continuously send inventory, system information, and the status of the device.
5. The device will send off a request for authorization.

（D）1. PDP comes up with a final score for the user at the level deemed fit by the organization.
2. The device will send off a request for authorization.
3. The device will send its sign-on access to try and gain authorization.
4. The device itself will continuously send inventory, system information, and the status of the device.
5. Zero Trust policy controller sends policy to the PDP to initialize the request for authorization.

（A）Limiting data encryption to financial records only

（B）Determining the trust level of data based on its age

（C）Disabling all firewalls to ensure unrestricted data flow

（D）Mapping the flow of sensitive data across the network

（A）Deprioritizing endpoint security in favor of perimeter defenses.

（B）Limiting access based on job titles rather than individual security assessments.

（C）Regularly updating and patching all systems and software.

（D）Integrating security into the network architecture from the outset.

（A）Monitored and analyzed for real-time risk assessment and adaptive response

（B）Only considered during annual reviews

（C）Managed separately in cloud and on-premises environments with no integration

（D）Ignored, unless a major security breach occurs

（A）Unmanaged switches

（B）Traditional VPNs without encryption

（C）Next-Generation Firewall (NGFW)

（D）Legacy antivirus software