HP HPE0-V27 Exam Dumps & Practice Test Questions

Question 1:

A customer wants to have specific UEFI BIOS configurations applied to their servers before delivery. Which is the correct method to request these custom settings from HPE?

A. Include the desired configurations in the Customer Intent Document
B. Add the custom settings in the Order Checklist
C. Export the settings to an XML file, modify it in Word, and submit
D. Export an OCA file, modify it in Word, and send it back

Answer: A

Explanation:

When requesting HPE to apply custom UEFI BIOS settings during the factory build process of servers, the appropriate and official method is to detail these settings in the Customer Intent Document (CID). This document acts as a formal request outlining all desired customizations for server hardware and firmware prior to shipment.

The CID serves as a bridge between customer expectations and the factory configuration process. It is reviewed by HPE engineers to ensure that all specified BIOS parameters—such as boot sequence, power settings, or virtualization support—are implemented exactly as requested. Because it is designed specifically for this purpose, the CID ensures accurate communication and compliance with customer requirements.

Option B, the Order Checklist, is typically used to confirm general hardware configurations or optional features like memory, processor selection, and network adapters. It does not include granular BIOS-level details, making it insufficient for this use case.

Option C involves exporting a BIOS configuration file in XML format and editing it manually using a word processor. This approach is technically inappropriate and not recognized by HPE as a valid method to submit requests. Word is not designed to edit XML in a structured or validated way, and doing so could corrupt the file or introduce errors.

Option D, exporting an OCA (One Config Advanced) file and modifying it in Word, suffers the same issue as option C. OCA files are intended for use within configuration management tools and should not be edited manually, especially not with software like Microsoft Word.

In summary, the Customer Intent Document (Option A) is the only proper channel for submitting factory BIOS configuration requests to HPE. It ensures accuracy, compliance, and proper execution during the server build process.

Question 2:

A business is experiencing rapid growth in its data center and is storing highly sensitive, critical datasets. What is the most secure and appropriate infrastructure solution?

A. Traditional, because it’s the easiest to scale
B. Cloud, because it’s the simplest and secure for large datasets
C. Hybrid, as it is most often used in secure, high-priority environments
D. Traditional, as it can be fully isolated from external threats

Answer: D

Explanation:

For environments that handle large volumes of high-priority and sensitive data, traditional on-premises infrastructure is the most secure solution due to its ability to be completely isolated from external networks and threats. This approach provides physical and logical control over every component of the infrastructure, which is essential when dealing with compliance-heavy or mission-critical data.

With a traditional setup, an organization can implement strict access controls, encryption protocols, and air-gapped systems (where the infrastructure is not connected to any external network), which significantly reduces the risk of cyberattacks. Data remains within the confines of the organization’s own facility, under its complete governance.

Now, evaluating the other options:

Option A suggests traditional systems are chosen for easy scaling. While traditional infrastructure offers control, scalability is often more difficult and expensive compared to cloud-based models. It involves purchasing, installing, and maintaining additional hardware, which requires time and capital investment.

Option B recommends cloud infrastructure, citing simplicity and security. While cloud platforms offer excellent scalability and strong security measures, they involve third-party control over physical storage and network configurations. Sensitive data stored in the cloud could be at risk due to shared infrastructure (multi-tenancy), data residency concerns, and potential vulnerabilities in the provider’s environment.

Option C, the hybrid model, combines on-premise and cloud environments. While it can balance flexibility and control, it introduces complexity in managing data security across different environments. This model can expose sensitive data to added risks if the integration between cloud and on-prem systems is not managed with robust security controls.

In conclusion, for maximum security, isolation, and control, especially when handling sensitive and mission-critical data, traditional infrastructure (D) remains the most appropriate solution.

Question 3:

Which HPE tool allows you or your customer to effectively showcase how easily HPE SimpliVity integrates with other HPE management platforms?

A. HPE SAN Design Reference Guide
B. HPE Demonstration Portal
C. HPE Product Bulletin
D. HPE Assessment Foundry

Answer: B

Explanation:

When introducing the HPE SimpliVity platform to potential customers, it’s essential to illustrate how seamlessly it integrates into broader HPE management environments. The goal is to offer a visual, interactive experience that reflects real-world use cases — not just technical specifications or planning guidance. That’s where the HPE Demonstration Portal becomes a highly valuable tool.

The HPE Demonstration Portal (Option B) enables hands-on simulations and showcases of HPE technologies, including HPE SimpliVity. Through this portal, partners and sales engineers can walk customers through management scenarios, integrations with HPE OneView or HPE InfoSight, and demonstrate unified control over virtualized environments. It provides a visual, intuitive demonstration of features, simplifying the evaluation process for customers and proving the operational value of HPE SimpliVity in real time.

Now, let’s look at the other options:

• Option A (HPE SAN Design Reference Guide) focuses solely on planning storage network topologies. It provides best practices for configuring SANs but doesn’t offer live demonstrations or integration walkthroughs.

• Option C (HPE Product Bulletin) is a technical data sheet that gives product specs, part numbers, and configuration details. It’s useful for comparison and procurement, but it doesn’t showcase functionality or integration.

• Option D (HPE Assessment Foundry) is designed to evaluate a customer’s existing infrastructure and recommend modernization opportunities. However, it’s more of a diagnostic and proposal tool, not a demonstration platform.

In conclusion, HPE Demonstration Portal is the only tool that provides the immersive and interactive capabilities necessary to demonstrate how HPE SimpliVity integrates with other HPE systems. It allows potential clients to visualize and experience the product’s ease of use, making it an invaluable asset for sales and pre-sales engagements.

Question 4:

What key financial benefit does HPE GreenLake offer that sets it apart from traditional upfront IT purchasing methods?

A. Eliminates recurring costs
B. Lowers accounts payable totals
C. Enhances liquidity
D. Increases overprovisioning

Answer: C

Explanation:

HPE GreenLake delivers a modern, consumption-based approach to IT infrastructure, moving away from the conventional capital expenditure (CapEx) model that requires businesses to make significant upfront investments in hardware and software. Instead, HPE GreenLake enables organizations to adopt a flexible pay-per-use model — turning IT infrastructure into an operational expense (OpEx). This core difference leads to a major financial benefit: improved liquidity.

With Option C, improved liquidity means businesses can conserve cash and deploy capital more strategically. Since there's no need to pre-purchase large volumes of IT resources, companies can redirect those funds toward innovation, operations, or other strategic initiatives. This agility is especially valuable in volatile or rapidly evolving markets. By paying only for actual usage and scaling as needed, customers also avoid tying up resources in unused capacity — a common issue in traditional IT investments.

Let’s consider why the other options are incorrect:

• Option A, eliminating recurring costs, is misleading. HPE GreenLake doesn’t eliminate costs but transforms them into predictable, usage-aligned expenses. These ongoing charges are easier to manage, but they still exist — just in a more controlled and efficient format.

• Option B, reducing accounts payable, is not the primary value proposition. While payment models may shift under GreenLake, the tool doesn’t inherently reduce the company’s financial obligations or payable balances. It mainly affects how and when those costs are incurred.

• Option D, increased overprovisioning, is the opposite of what GreenLake aims to achieve. Traditional purchasing often results in overprovisioning to accommodate future growth. GreenLake minimizes this by allowing customers to scale resources in alignment with actual demand, thus reducing waste and cost inefficiencies.

Ultimately, HPE GreenLake empowers customers by improving cash flow and operational flexibility. By offering a scalable, on-demand infrastructure model, it supports better liquidity management — a distinct and valuable edge over legacy procurement approaches.

Question 5:

You’re designing a solution that involves third-party software vendors not currently integrated with GreenLake. 

Which team should you collaborate with to incorporate these ISVs into the customer’s solution?

A. HPE Pointnext advisory services
B. HPE ProLiant product management
C. HPE Pointnext operational services
D. HPE Complete product management

Correct Answer: D

Explanation:

When developing an HPE-based solution that includes independent software vendors (ISVs) not yet enabled for GreenLake, the most appropriate team to involve is HPE Complete product management. This group specializes in validating and integrating third-party solutions, ensuring they operate seamlessly within HPE infrastructures.

HPE Complete is essentially HPE’s program for certifying and distributing third-party ISV solutions as part of its own product portfolio. They manage relationships with software vendors, perform technical validations, and support integration processes. As such, they are equipped to help bring non-GreenLake ISVs into a customer deployment, ensuring compatibility, supportability, and streamlined implementation.

Let’s examine why the other options are less suitable:

A. HPE Pointnext advisory services provides consulting services, focusing on strategic transformation, architecture planning, and advisory roles. While useful in defining long-term IT goals, they don’t typically handle the technical integration of non-certified ISVs into product offerings.

B. HPE ProLiant product management is responsible for the development and management of ProLiant server hardware and firmware. Their role does not include facilitating ISV partnerships or solution integration beyond hardware.

C. HPE Pointnext operational services is involved in IT operations and lifecycle services such as deployment, maintenance, and optimization. They offer value post-implementation but are not responsible for bringing in third-party ISVs during the solution design phase.

Only D. HPE Complete product management offers the specific capabilities needed—collaboration with third-party ISVs, certification, integration, and go-to-market readiness. Their involvement ensures that any non-GreenLake software vendor can be aligned with HPE’s technical and commercial requirements, streamlining deployment and improving customer experience.

Question 6:

A customer is enhancing their HPE GreenLake solution by adding backup capabilities. They emphasize cost-efficiency, long-term data retention, and ease of use. 

Which option best meets their needs?

A. HPE Backup and Recovery Service
B. HPE Cloud Bank Storage
C. Commvault
D. Zerto

Correct Answer: B

Explanation:

For a customer seeking a backup solution that prioritizes cost savings, long-term data archiving, and operational simplicity, HPE Cloud Bank Storage is the most appropriate choice. This solution is built for extending backup data into low-cost object storage environments, either on-premises or in the cloud, and is optimized for long-term retention.

HPE Cloud Bank Storage supports seamless integration with leading backup platforms like HPE StoreOnce, enabling deduplication and tiering of data to economical storage tiers. This makes it highly suitable for customers who want a "set-it-and-forget-it" backup approach without complex management. The simplicity of its configuration, along with its scalability and affordability, aligns well with GreenLake's consumption-based IT model.

Now, let’s assess the alternatives:

A. HPE Backup and Recovery Service offers comprehensive backup and recovery capabilities across hybrid environments, including SaaS-based workloads. While powerful, it may be overkill if the primary goal is long-term retention and cost-efficiency. It's designed more for active recovery use cases rather than pure archival.

C. Commvault is a feature-rich, enterprise-grade data protection solution. It delivers extensive capabilities but can be more complex and expensive to deploy and manage. If the customer is prioritizing ease of use and cost, Commvault might exceed their operational simplicity requirements.

D. Zerto is best suited for disaster recovery, especially in virtualized and hybrid cloud environments. It excels in rapid recovery and continuous data protection but is not optimized for long-term data retention or archival storage needs.

In summary, HPE Cloud Bank Storage provides the best balance of affordability, ease of integration, and efficient long-term data storage. It fits naturally into HPE GreenLake solutions, supports a wide array of backup tools, and offers the simplicity and scalability required by customers focused on operational efficiency and cost reduction.

Question 7:

Which of the following are valid components in HPE’s disaggregated hyperconverged infrastructure (dHCI)? (Select three.)

A. HPE B-series switches
B. HPE Alletra 6000 with Fibre Channel HBAs
C. HPE ProLiant DX servers
D. HPE Alletra 6000 with iSCSI HBAs
E. HPE Aruba switches
F. HPE ProLiant DL servers

Correct Answer: C, D, F

Explanation:

HPE’s disaggregated hyperconverged infrastructure (dHCI) architecture provides a modern approach to data center design by separating compute and storage while maintaining a hyperconverged experience. Unlike traditional HCI systems where compute and storage scale together, dHCI allows them to scale independently. This flexibility helps organizations optimize resources based on actual workload demands.

Let’s examine the correct choices:

C. HPE ProLiant DX servers are an integral part of the compute layer in dHCI. They provide powerful and scalable computing capability, enabling customers to run diverse workloads efficiently. Being part of the HPE dHCI ecosystem, these servers integrate seamlessly with other infrastructure components for centralized management and automation.

D. HPE Alletra 6000 with iSCSI HBAs fits the storage side of the architecture. The use of iSCSI Host Bus Adapters supports network-based storage communication, which aligns with the flexible and scalable design of dHCI. This setup enables block storage to be shared across compute resources while remaining disaggregated.

F. HPE ProLiant DL servers are also compatible compute elements within dHCI. They offer a broad range of performance and configuration options, allowing enterprises to match compute capacity to their unique business needs. Like the DX series, they can be independently scaled.

Now the incorrect answers:

A. HPE B-series switches are typically associated with Fibre Channel storage networks and blade systems. These are not core components of dHCI and don't align with its Ethernet-based communication model.

B. HPE Alletra 6000 with FC HBAs may offer high-speed storage but utilize Fibre Channel, which is not the standard protocol for dHCI. HPE’s dHCI focuses on Ethernet-based protocols like iSCSI or NVMe-oF.

E. HPE Aruba switches support network connectivity but aren't considered fundamental compute or storage components in dHCI. They may be used for connectivity but are not required.

In summary, HPE ProLiant DX, Alletra 6000 with iSCSI, and ProLiant DL servers are essential building blocks for a scalable and modular dHCI solution.

Question 8:

When using SSET to configure a data center solution, which additional parameter must be provided that is not required by OCA?

A. Power per rack (kW)
B. Country of deployment
C. Input voltage
D. Electrical phase input

Correct Answer: B

Explanation:

When planning and configuring data center solutions, different tools serve different purposes. Two such tools in the HPE ecosystem are OCA (Optimal Configuration Assistant) and SSET (Site Selection and Evaluation Tool). While both help assess infrastructure needs, they differ in the granularity and scope of the information required.

OCA focuses primarily on optimizing the hardware configuration based on workload demands, power, cooling requirements, and form factor considerations. It is a hardware-centric tool used to ensure compatibility and performance for customer workloads.

On the other hand, SSET is a broader planning tool used for evaluating the physical site and environmental aspects of a data center. It considers not only hardware but also facilities-related factors such as cooling infrastructure, power availability, and geographical constraints.

A crucial distinction between the two is that SSET requires the country where the data center will be located. This information is necessary because:

• Compliance and regulations vary by country. Electrical standards, emissions regulations, and safety codes differ regionally and must be followed.

• Power infrastructure differs based on geography. Voltage levels, frequency (50 Hz or 60 Hz), and grid stability can all influence hardware compatibility.

• Climate and environmental conditions affect cooling design and resilience planning. A data center in a hot, humid environment will need a very different cooling approach than one in a cooler climate.

By requiring the country, SSET helps ensure that the recommended solution is tailored to local conditions, infrastructure capabilities, and regulatory requirements. This level of detail is not necessary in OCA, which assumes more generalized settings based on workload and resource requirements.

The other choices—power per rack (A), input voltage (C), and input phase (D)—are already taken into account by both tools as part of the electrical and mechanical design process. They are not exclusive to SSET.

Therefore, the country is the unique and additional data point required by SSET that distinguishes it from OCA.

Question 9:

A customer requires a departmental-level storage solution for a remote office where a VDI environment will be deployed. Due to limited networking resources, the ESXi hosts must connect via 12Gbps SAS. 

Which HPE storage system is the most appropriate fit for this scenario?

A. HPE Alletra 9060
B. HPE Nimble AF20
C. HPE MSA 2062
D. HPE Alletra 6030

Correct Answer: C

Explanation:

In this scenario, the customer needs a cost-effective yet performance-capable storage array for a virtual desktop infrastructure (VDI) workload at a remote office. Several key criteria must be considered: it must support 12Gbps SAS connectivity, operate well within a departmental budget, and offer performance suitable for concurrent virtual desktop sessions.

Let’s examine the options:

A. HPE Alletra 9060 is engineered for enterprise-grade, mission-critical workloads and offers high-end capabilities such as NVMe performance and AI-driven operations. However, this level of functionality exceeds what's necessary for a departmental setup and does not support 12Gbps SAS connectivity, making it unsuitable and cost-inefficient for this use case.

B. HPE Nimble AF20 is an all-flash storage array that excels in low-latency, high-performance scenarios, making it suitable for VDI workloads in general. However, its supported interfaces are iSCSI and Fibre Channel, not 12Gbps SAS, which makes it incompatible with the customer's required infrastructure.

C. HPE MSA 2062 is purpose-built for small to mid-size businesses and departmental deployments. It supports 12Gbps SAS, which aligns perfectly with the connectivity requirements. In addition, it delivers strong performance for typical workloads such as VDI, offering hybrid flash capabilities, simple management, and cost-effective scalability—making it the ideal fit for a remote office scenario.

D. HPE Alletra 6030, like the 9060, is a higher-end solution designed for broader enterprise use. While it delivers excellent performance, it lacks native 12Gbps SAS support and could result in higher acquisition and operational costs than necessary for this environment.

In summary, the HPE MSA 2062 stands out as the most appropriate choice due to its native 12Gbps SAS support, affordability, and optimized design for VDI in departmental or remote environments.

Question 10:

A customer is searching for an object storage platform that can support petabyte-scale capacity and be distributed across multiple geographic locations. 

Which HPE Alliance solution best satisfies these criteria?

A. HPE Solutions for Scality ARTESCA
B. HPE Solutions for Qumulo
C. HPE Solutions for Scality RING
D. HPE Solutions for Cohesity

Correct Answer: C

Explanation:

The customer’s request centers on a geo-dispersed, petabyte-scale, object storage platform. Such a solution must not only scale horizontally to accommodate vast amounts of unstructured data but also support geo-replication across multiple locations to ensure data availability, resilience, and accessibility.

Let's evaluate the options:

A. HPE Solutions for Scality ARTESCA is designed as a lightweight, cloud-native object storage platform, ideal for edge deployments or cloud integration. While scalable, ARTESCA targets smaller or mid-size environments and does not specialize in the massive, geo-dispersed use case described here.

B. HPE Solutions for Qumulo is a modern file storage platform built for scalability and performance with unstructured data. However, Qumulo is not an object storage solution—it uses a file-based architecture. As such, it does not align with the object storage requirement, even though it can scale and handle large datasets.

C. HPE Solutions for Scality RING is specifically built for large-scale, geo-distributed object storage. Scality RING supports multi-petabyte environments and offers capabilities such as geo-replication, erasure coding, and high availability. It’s purpose-built for enterprises managing massive volumes of unstructured data (e.g., media, backups, analytics) spread across regions or continents. The architecture allows distributed nodes and ensures resilience and consistent performance across the network. This makes it the perfect match for the scenario presented.

D. HPE Solutions for Cohesity focuses on backup and data management, not object storage at scale. Although Cohesity can manage large volumes of secondary data and provides excellent deduplication and recovery options, it is not optimized for geo-dispersed, object-based primary storage use cases.

Therefore, Scality RING is the only solution purpose-built to meet all the criteria: object storage, petabyte-scale, and geo-dispersed architecture. It is the correct and optimal choice for this scenario.