5V0-31.22 Exam Dumps : VMware Cloud Foundation Specialist (v2)

after deploying the VMware Cloud Builder appliance, the next step a systems administrator should take when deploying VMware Cloud Foundation (VCF) is Option D: Upload the Deployment Parameter Workbook 1. After uploading and validating the deployment parameter workbook, you can perform bring-up of the management domain 1.

According to the VMware Cloud Foundation documentation, after deploying the VMware Cloud Builder appliance, the next step is to create a deployment parameter workbook that defines the parameters required for the deployment. This workbook can be created manually or generated using the VMware Cloud Foundation Deployment Parameter Workbook Generator tool. Oncethe workbook is created, it must be uploaded to the VMware Cloud Builder appliance before deploying the Management Domain [1].

Therefore, the correct sequence of steps would be:

• Deploy the VMware Cloud Builder appliance
• Create or generate the Deployment Parameter Workbook
• Upload the Deployment Parameter Workbook to the VMware Cloud Builder appliance
• Deploy the Management Domain using VMware Cloud Builder.

According to the VMware Cloud Foundation documentation on network requirements, vSAN requires only the vMotion and NFS networks to be configured in the network pool. This is because vSAN traffic can be carried over the vMotion network, and the NFS network is needed to support the use of NFS datastores [1].

NFS is a file-based storage protocol that can be accessed over IP networks. It does not require any special hardware or software, and can be accessed by any device that supports the NFS protocol [2]. As such, it only requires the NFS network to be configured in the network pool.

Therefore, the correct answers are B. NFS and E. vSAN.

This is because according to VMware documentation1, these are two of the limits that an administrator can configure on a vSphere Namespace for a VMware Cloud Foundation Developer-Ready Workload Domain. Secrets are used to store sensitive information such as passwords or tokens for Kubernetes workloads2. Persistent Volumes are used to provide persistent storage for Kubernetes workloads3.