PSE-STRATADC · Question #34
When deploying VM series on Openstack platform, which statement is correct?
The correct answer is B. OpenStack compute node could be installed on a hypervisor platform. Option B is correct because OpenStack's compute layer (Nova) is designed to run on top of hypervisor platforms such as KVM, VMware ESXi, or Hyper-V - meaning the compute node itself sits on a hypervisor, and the VM-Series firewall is then deployed as an instance on that node…
Question
When deploying VM series on Openstack platform, which statement is correct?
Options
- AAllow configuration of at least one interface
- BOpenStack compute node could be installed on a hypervisor platform
- CAccept the VM-Series OVA image
- DSet Instance type OS::Nova Server
How the community answered
(23 responses)- B87% (20)
- C4% (1)
- D9% (2)
Explanation
Option B is correct because OpenStack's compute layer (Nova) is designed to run on top of hypervisor platforms such as KVM, VMware ESXi, or Hyper-V - meaning the compute node itself sits on a hypervisor, and the VM-Series firewall is then deployed as an instance on that node. This nested virtualization capability is a core architectural feature of OpenStack.
A is wrong because deploying VM-Series on OpenStack requires a minimum of two interfaces (a management interface plus at least one data interface), not just one. C is wrong because OpenStack does not support the OVA format - that is a VMware-specific packaging format; OpenStack requires a QCOW2 image for VM-Series deployment. D is wrong because OS::Nova::Server is a Heat orchestration template resource type, not an "instance type" (flavor) - the wording conflates two separate OpenStack concepts.
Memory tip: Think "OVA = VMware, QCOW2 = OpenStack" to immediately eliminate C, and remember "2 interfaces minimum" to eliminate A. For B, recall that OpenStack is a cloud platform built on top of hypervisors, not a standalone hypervisor itself - compute nodes always live on a hypervisor layer.
Topics
Community Discussion
No community discussion yet for this question.