HPE0-V29 HPE Virtualization and Cloud Fundamentals Practice Questions
Prepare for HPE0-V29 with more than an answer.
- Time limit
- 90 minutes
- Questions on the exam
- 40
- Level
- HPE ATP (Associate)
Domains covered on the exam 8
- Describe GreenLake, HPE Services, and Cloud Fundamentals12%
- Describe HPE Private Cloud Business Edition building blocks, setup process, and network topology, including:13%
- Summarize the HPE Private Cloud Enterprise solution, including its managed service framework, workloads and building blocks, support, and competition12%
- Explain the core capabilities and use cases of HPE Private Cloud AI as well as the components used to build an HPE Private Cloud AI solution and alternative approaches to this solution.13%
- Summarize the positioning of HPE Morpheus VM Essentials Software, describe its architecture, and identify competitive products12%
- Summarize HPE Morpheus Enterprise Software core capabilities and talk about its architecture13%
- Summarize HPE Zerto Software features, positioning, components, and competitive products13%
- Summarize HPE OpsRamp Software and outline key aspects of an OpsRamp solution.12%
- 1
Which of the following best describes the core architectural difference between HPE Private Cloud Business Edition (PCBE) and traditional hyperconverged infrastructure (HCI)?
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Correct answer: B
Traditional HCI forces organizations to buy compute and storage together in a single node, often leading to over-provisioning of one resource. PCBE uses a disaggregated HCI (dHCI) model, separating the compute (ProLiant) and storage (Alletra) layers so they can be scaled independently based on workload demands.
- 2
When comparing HPE Private Cloud Enterprise (PCE) to a traditional DIY on-premises virtualized environment, which statement accurately describes the PCE managed service framework?
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Correct answer: C
HPE Private Cloud Enterprise is a managed, pay-per-use Private Cloud as a Service: HPE delivers and operates the infrastructure so the customer can focus on its workloads (PCE 2.5 Tenant User Guide; hpe.com PCE page). For the components the cloud uses, HPE performs GreenLake monitoring of the hardware, firmware updates, software updates, password rotation, security scans, and security patches, which covers the virtualization and Kubernetes container platform layers (PCE 2.5 guide, responsibility table for the HPE-provided cloud). The customer manages what runs on top: guest OS images and their patches, applications, and data. PCE is not an unmanaged software-only product for legacy hardware, the customer does not run the hardware or platform lifecycle, and HPE does not manage the customer's guest operating systems or application data.
graph TD subgraph CUST["Customer Responsibility"] A[Applications & Data] B[Guest OS images and patches] end subgraph HPEMS["HPE Managed Service Framework (PCE)"] C[Hypervisor / Kubernetes platform] D[Compute / Storage / Network hardware and firmware] end A --> B B --> C C --> D - 3
HPE Private Cloud Enterprise (PCE) is designed to be a unified platform for modern and traditional applications. Which TWO of the following workload provisioning models are natively supported by the PCE building blocks? (Select TWO)
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Correct answer: A, B
HPE Private Cloud Enterprise is a managed, pay-per-use Private Cloud as a Service that lets customers run bare metal and virtual machine workloads from a single site without managing the underlying infrastructure (PCE 2.5 Tenant User Guide, introduction). Its services are bare metal compute instances, virtual machines, and a managed Kubernetes containers service, all managed through HPE Morpheus Enterprise in PCE 2.5, which HPE summarizes as a "fully managed cloud experience for bare metal, containers, and VMs" (hpe.com PCE page). PCE does not emulate mainframes, does not run AWS Lambda serverless functions, and does not host public cloud SaaS applications.
- 4
A multinational financial institution is designing a new cloud architecture. The Chief Information Security Officer (CISO) mandates that certain cryptographic keys and customer PII must remain entirely under the legal jurisdiction of the host country, immune to foreign subpoenas or extraterritorial data requests. Which concept is the CISO primarily addressing, and how does HPE GreenLake support this?
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Correct answer: A
Digital sovereignty goes beyond data residency (which just dictates where data is physically stored). It ensures that the data is subject only to the laws of the country in which it resides and is protected from foreign legal jurisdiction (like the US CLOUD Act). HPE GreenLake enables digital sovereignty by providing cloud-like consumption for on-premises or locally colocated infrastructure, keeping data under the customer's direct control.
- 5
A development team is transitioning a monolithic application to a microservices architecture. They are evaluating whether to use traditional Virtual Machines (VMs) or Containers for the new architecture. Which TWO of the following are distinct benefits of using containers over traditional VMs for this use case? (Select TWO)
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Correct answer: B, E
Containers on a host share the host operating system (OS) kernel. Each container packages only the application and its libraries, so no full guest OS has to start for each instance. This gives lower overhead and faster startup than VMs (NIST SP 800-190). The same container image moves unchanged from development to test to production. So the application runs the same way in each environment, which removes the 'it works on my machine' problem. The other statements are false. The hypervisor gives VMs hardware-level isolation; containers share one kernel, so they are not more secure by design for multi-tenant use. Containers do not move stateful data between hosts by themselves; that needs an orchestrator and persistent storage. Containers are also tied to one OS family: a Linux container needs a Linux host.
- 6
A large retail enterprise is experiencing unpredictable monthly costs with their public cloud provider due to massive data egress fees generated by their analytics workloads. They want to move these workloads back on-premises to eliminate data egress fees but do not want to return to a traditional CapEx IT procurement model. They also require a unified portal to manage this new on-premises infrastructure alongside their remaining public cloud assets.
The CIO has asked you to propose a solution that meets these financial and technical requirements.
Which solution should you recommend, and what architectural capability fulfills the management requirement?
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Correct answer: A
HPE GreenLake Flex Solutions runs the workloads as a service at the customer's own site. The customer pays for what they use, so there is no up-front capital (CapEx) purchase. Data that stays on-premises does not create public cloud data egress fees. GreenLake cloud is HPE's software-as-a-service (SaaS) platform for the whole hybrid IT estate. Its Consumption Analytics collects cost and usage data from AWS, Azure and Google Cloud and from the GreenLake services, so one portal shows both environments. GreenLake Central is one service that you launch from GreenLake cloud, where it is now shown as HPE GreenLake Flex Solutions; it is not the platform itself. HPE InfoSight predicts infrastructure problems and HPE OneView manages on-premises servers, so neither is a hybrid cloud portal. An outright CapEx purchase fails the financial requirement. HPE Cloud Volumes was a cloud-hosted storage service and OpsRamp is an IT operations SaaS, so neither brings the workloads back on-premises.
graph TD A[GreenLake cloud platform] --> B[On-prem analytics workloads] A --> C[Public cloud assets] B -.->|No public cloud egress fees| D[Predictable OpEx]
