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Dell Zero Trust Design 2023 (D-ZT-DS-23)
This exam delves into the multifaceted aspects of constructing a Zero Trust environment within a business setting. It encompasses understanding the principles and mainstays of Zero Trust, formulating a Zero Trust strategy, and deploying Zero Trust. It also includes monitoring and managing a Zero Trust implementation, with an added emphasis on Data-centric Zero Trust and its application within network and cloud scenarios. In today's world, cybersecurity is a paramount concern for all organizations. The old adage of "Trust, but verify" is gradually being replaced by the Zero Trust model, which operates on the premise of no inherent trust. This certification serves as a testament to an individual's comprehension of the principles and pillars of Zero Trust, as well as its architectures and execution strategies.

The Dell Zero Trust Design 2023 exam has a duration of 90 minutes. It consists of 50 questions that test the understanding of various aspects of building a Zero Trust environment within an organization. To pass the exam, a score of 63% is required.

Exam Topics
Topics likely to be covered on this exam include:
Introduction to Zero Trust (8%)
● Explain Zero Trust
● Discuss need and business case for Zero Trust
● Describe the significance of moving from perimeter towards Zero Trust security
● Describe Zero Trust reference architectures and maturity models

Zero Trust Tenets and Pillars (14%)
● Describe the tenets of Zero Trust
● Identify the pillars of Zero Trust
● Explain the significance of Zero Trust pillars
● Describe and evaluate the Zero Trust capabilities
● Analyze implementation of Zero Trust (Pillars) in Dell Cyber Recovery and Vault

Applying Zero Trust (22%)
● List the design consideration for user, data, devices, applications and workload, network and infrastructure
● Assess the factors impacting Zero Trust implementation in enterprise
● Develop a Zero Trust implementation roadmap
● List the steps for Zero Trust road map implementation
● Explain Zero Trust Adoption layer
● Describe progression from traditional to optimal stage/phase
● Describe Microsegementation, SDP, and Enhanced Identity Governance approaches

Zero Trust in Networks (12%)
● Design Zero Trust networks
● Apply Zero Trust in networks

Data Centric Zero Trust (10%)
● Design data centric Zero Trust
● Apply data centric Zero Trust

Identity based Zero Trust (12%)
● Design identity based Zero Trust
● Apply identity based Zero Trust

Zero Trust for the Cloud (4%)
● Design Zero Trust for the cloud
● Apply Zero Trust for the cloud

Hybrid Zero Trust (4%)
● Describe hybrid Zero Trust
● Apply hybrid Zero Trust

Monitoring and Maintenance (14%)
● Describe role of visibility and analytics
● Apply visibility and analytics
● Apply automation and orchestration

Share Dell Zero Trust Design 2023 D-ZT-DS-23 Free Dumps
1. What is the core principle of Zero Trust security?
A. Trust all users inside the network perimeter.
B. Verify identity only at the network perimeter.
C. Never trust, always verify, even inside the network.
D. Trust is based solely on physical access controls.
Answer: C

2. What are key strategies for implementing Zero Trust in cloud deployments? (Select two)
A. Using a common set of security tools for both cloud and on-premises environments
B. Dynamic security policies that adapt to real-time context and risk assessment
C. Segregating cloud environments by vendor to reduce complexity
D. Continuous assessment of user behavior and automated response to anomalies
Answer: BD

3. Which of the following is a principle of Zero Trust network architecture?
A. Network location is a key trust factor.
B. All devices are considered secure until proven otherwise.
C. Least privilege access control is enforced.
D. Annual security audits are sufficient for compliance.
Answer: C

4. Which of the following are key components in a hybrid Zero Trust architecture? (Select two)
A. Segregating network perimeters between cloud and on-premises environments
B. Continuous monitoring and logging across both cloud and on-premises systems
C. Implementing different security policies for cloud and on-premises environments
D. Unified identity and access management across all environments
Answer: BD

5. How should changes in user roles be handled in an identity-based Zero Trust framework?
User roles should remain static to maintain simplicity in access management.
A. Access rights should be dynamically adjusted to reflect changes in user roles and responsibilities.
B. Users should request access through a manual process each time their role changes.
C. Role changes should be ignored to avoid administrative overhead.
Answer: B

6. In designing a Zero Trust network, which of the following are key components? (Select two)
A. Network segmentation
B. A centralized data warehouse
C. Continuous monitoring
D. An open network perimeter
Answer: AC

7. Which of the following pillars are key to implementing a Zero Trust architecture? (Select two)
A. Network segmentation
B. Continuous monitoring and response
C. Traditional firewall protection
D. Periodic access review
Answer: AB

8. What is an essential step in creating a data-centric Zero Trust strategy?
A. Disabling all firewalls to ensure unrestricted data flow
B. Determining the trust level of data based on its age
C. Mapping the flow of sensitive data across the network
D. Limiting data encryption to financial records only
Answer: C

9. What is the first step in designing a Zero Trust network?
A. Purchase the most expensive security software available.
B. Identify all users and devices that will access the network.
C. Disconnect the network from the internet.
D. Implement a single, large perimeter firewall.
Answer: B

10. How does identity-based Zero Trust enhance security for remote access?
A. By allowing remote access without additional authentication to improve user experience
B. Through the use of biometrics and behavioral analytics for continuous authentication
C. By completely blocking remote access to minimize risk
D. Using the same security protocols for remote and on-premises users without differentiation
Answer: B