2V0-32.24 Question 2
Select 4An organization is planning to deploy a multi-tier application across their private cloud infrastructure. The application requires high availability, load balancing, and dynamic scaling. Which architectural components should be included in the design to meet these requirements?
- A
vSphere Cluster with DRS and HA enabled
- B
NSX Advanced Load Balancer
- C
Dedicated physical servers for each tier of the application
- D
vRealize Automation with Cloud Assembly
- E
vSAN configured for shared storage
Show answer and explanation
Correct answers: A, B, D, E
Explanation
To meet the requirements of high availability, load balancing, and dynamic scaling for a multi-tier application in a private cloud, a combination of vSphere Cluster with DRS and HA, NSX Advanced Load Balancer, vSAN for shared storage, and vRealize Automation for provisioning and scaling must be included in the design. Dedicated physical servers lack the flexibility and scalability required for this use case, making them an unsuitable choice.
- A. Correct.
vSphere Cluster with DRS and HA enabled ensures high availability and resource optimization by automatically balancing workloads across hosts and restarting VMs in case of host failure.
- B. Correct.
NSX Advanced Load Balancer provides the required load balancing feature for distributing traffic across application tiers and ensuring scalability and reliability.
- C. Incorrect.
Dedicated physical servers for each tier do not provide dynamic scaling or high availability, making them unsuitable for the given requirements.
- D. Correct.
vRealize Automation with Cloud Assembly can be used for dynamic scaling by automating the provisioning and lifecycle management of resources in the private cloud.
- E. Correct.
vSAN configured for shared storage ensures data availability across hosts and is critical for achieving the high availability requirement of the application.