A courier company has virtualized its packing software. The CSA needs to verify the deployment uses the correct CPU amount per VM. In the cloud portal, which statement should be confirmed?

A courier company has virtualized its packing software. The CSA needs to verify the deployment uses the correct CPU amount per VM. In the cloud portal, which statement should be confirmed?

• A. The VMs with the most CPU cores available have been selected.
• B. Smaller VMs are being selected to reduce total deployment cost.
• C. The deployment is utilizing the recommended amount of CPUs per VM.
• D. The alarms on CPU utilization have been enabled.

Answer: (C)

Verifying that each virtual machine has the CPU allocation set to the recommended amount per VM is what ensures the packing software will perform as intended without wasteful over- or under-provisioning. When you compare what the cloud portal shows for each VM, you’re checking that the number of vCPU cores assigned matches the vendor or internal guidance for that workload. This directly affects performance, licensing, and cost efficiency: too many CPUs can waste resources and raise costs, while too few can degrade performance or fail to meet service levels. Choosing VMs with the most CPU cores available isn’t a guaranteed fit for the workload and can lead to over-provisioning and unnecessary expense. Opting for smaller VMs to cut costs might save money upfront but risks under-provisioning, harming performance and reliability. Simply enabling CPU utilization alarms helps you monitor behavior after deployment but doesn’t verify that the initial CPU allocation aligns with recommended guidance.

Verifying that each virtual machine has the CPU allocation set to the recommended amount per VM is what ensures the packing software will perform as intended without wasteful over- or under-provisioning. When you compare what the cloud portal shows for each VM, you’re checking that the number of vCPU cores assigned matches the vendor or internal guidance for that workload. This directly affects performance, licensing, and cost efficiency: too many CPUs can waste resources and raise costs, while too few can degrade performance or fail to meet service levels.

Choosing VMs with the most CPU cores available isn’t a guaranteed fit for the workload and can lead to over-provisioning and unnecessary expense. Opting for smaller VMs to cut costs might save money upfront but risks under-provisioning, harming performance and reliability. Simply enabling CPU utilization alarms helps you monitor behavior after deployment but doesn’t verify that the initial CPU allocation aligns with recommended guidance.