An administrator is tasked with enabling workload management for a VMware Cloud Foundation Management Workload Domain.
This set of requirements was collected during the design workshops:
Developers should be able to utilize vSphere Pods feature.
Embedded harbor registry feature should be supported.
Developers need to utilize persistent volumes across multiple provisioned vSphere Pods.
Which three actions will meet the requirements for this deployment? (Choose three.)
To meet the requirements for enabling workload management for a VMware Cloud Foundation Management Workload Domain with features such as vSphere Pods, embedded harbor registry, and persistent volumes, three actions are necessary. First, configuring NSX Advanced Load Balancer will ensure proper load balancing required for managing workloads. Second, configuring NSX-T Networking is necessary for network virtualization and micro-segmentation crucial for pod communication and security. Last, enabling vSAN File Services will support the persistent volumes needed across multiple provisioned vSphere Pods, allowing them to share storage resources. These actions meet the design requirements effectively.
those are correct
Answers are correct https://docs.vmware.com/en/VMware-vSphere/7.0/vmware-vsphere-with-tanzu/GUID-EE236215-DA4D-4579-8BEB-A693D1882C77.html
Not sure about the File Services : If you plan to use persistent volumes in ReadWriteMany mode, enable File Services on the vSAN cluster. See Creating ReadWriteMany Persistent Volumes in vSphere with Tanzu. But in any case you need to have a Load Balancer deployed : Avdanced Load Balancer or HAProxy. To enable Workload Management on a vSphere cluster, you must configure the networking stack to be used for the Supervisor Cluster. You have two options: NSX-T Data Center or vSphere Distributed Switch (vDS) networking with a load balancer. You can configure the NSX Advanced Load Balancer or the HAProxy load balancer.
Ok Nevermind : they need Persistent volume :)
Confirmed - C, D, F