Prepare with EMC : D-ZT-DS-23 exam braindumps as your best preparation materials

EMC D-ZT-DS-23 Exam Overview:

EMC D-ZT-DS-23 Exam Syllabus Topics:

EMC Zero Trust Design 2023 Sample Questions:

1. Key indicators of moving towards an optimal Zero Trust stage include:
(Select two)

A) Reliance solely on password-based authentication
B) Implementation of microsegmentation
C) Phasing out all third-party applications
D) Comprehensive user behavior analytics

2. A user is attempting to access a resource in a Zero Trust environment. User data and device information have been captured and forwarded to the machine learning model.
What is the primary responsibility of the machine learning model?

A) Calculate and communicate the trust score.
B) Automatically update security policies
C) Create user activity log details.
D) Identify user credentials.

3. What does Data-Centric Zero Trust assume about user trust in the company environment?

A) Internal users have unrestricted access.
B) All users are verified and authenticated.
C) Data access is based on network location
D) Only external users pose potential threats.

4. Which type of Zero Trust Network Access requires the installation of a device agent or local software agent?

A) Directly Managed
B) Service Initiated
C) Endpoint Initiated
D) Cloud Initiated

5. 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 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.
C) 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.
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.

Solutions: