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EMC Zero Trust Design 2023 Sample Questions:

1. Why is visibility crucial in network security monitoring?

A) It allows for complete trust in network users.
B) It reduces the need for compliance reporting.
C) It allows for a more relaxed security posture.
D) It enables real-time detection of anomalies and threats.

2. Which of the following are key steps in a Zero Trust roadmap implementation?
(Select two)

A) Mapping transaction flows
B) Deploying a single sign-on solution
C) Eliminating all third-party vendors
D) Creating detailed user profiles

3. To sign in to input constrained device an end user uses device authorization technique for authorization. Arrange the device authorization steps in correct sequence.

A) 1. The authorization server authenticates the client and if valid, issues an access token.
2. The client receives an authorization grant and requests an access token with the authorization server.
3. The resource server validates the access token, and if valid, serves the request.
4. The client requests the protected resource from the resource server and authenticates by presenting the access token.
5. The client requests authorization from the resource owner.
B) 1. The authorization server authenticates the client and if valid, issues an access token.
2. The resource server validates the access token, and if valid, serves the request.
3. The client requests authorization from the resource owner.
4. The client receives an authorization grant and requests an access token with the authorization server.
5. The client requests the protected resource from the resource server and authenticates by presenting the access token.
C) 1. The resource server validates the access token, and if valid, serves the request.
2. The client requests authorization from the resource owner.
3. The client requests the protected resource from the resource server and authenticates by presenting the access token.
4. The client receives an authorization grant and requests an access token with the authorization server.
5. The authorization server authenticates the client and if valid, issues an access token.
D) 1. The resource server validates the access token, and if valid, serves the request.
2. The client requests the protected resource from the resource server and authenticates by presenting the access token.
3. The client requests authorization from the resource owner.
4. The client receives an authorization grant and requests an access token with the authorization server.
5. The authorization server authenticates the client and if valid, issues an access token.

4. A sensor or IoT device having a unique ID, seeks to establish a connection with resources in a Zero Trust environment. Place the steps in the order the conditional authorization of the identity takes place.

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. 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.
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. 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.

5. A key design consideration for applications in Zero Trust is:

A) Application popularity
B) The programming language used
C) Application segmentation and secure access
D) Color scheme of the application interface

Solutions: