Pass the Huawei HCIP-Cloud Computing H13-527_V5.0 Questions and answers with Dumpstech

The correct fill-in answer is FTP. Huawei documentation for image registration on Service OM shows that images can be uploaded using different modes, including local upload, FTP, and NFS. The guidance indicates that for larger image files, administrators should use a network-based upload mode rather than simple local browser upload. In the Huawei document snippet, the upload options explicitly include NFS, and the paired option used in this context is FTP, which matches the exam sentence structure: “select ____ or NFS.”

This makes sense operationally in HUAWEI CLOUD Stack because large image files are more reliably transferred through shared file or server-based methods, especially in enterprise O & M scenarios. Local browser-based uploads are less suitable for very large images due to session stability, browser limits, and transfer reliability. Using FTP or NFS improves image registration efficiency and reduces the chance of interrupted uploads during image onboarding. Therefore, after correcting the sentence, the blank should be filled with FTP.

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The correct answers are A, B, and D. Huawei’s official ECS documentation highlights several elasticity-related capabilities. It states that Auto Scaling (AS) can automatically add or remove ECSs based on service demand, which directly supports option B. Huawei also states that ECS flavors can be modified, including changes to CPU and memory, which supports D as an elastic scaling feature. In addition, Huawei’s IMS documentation explains that images can be used to create ECSs in batches and, together with AS, support dynamic scale-out, which makes A a valid reflection of ECS elasticity as well.

Option C is not well supported as stated, because Huawei documentation emphasizes flavor modification and online flavor change mainly in the context of scaling resources, especially increasing CPUs and memory, not “specification downgrade” as a core elasticity feature. Option E refers to physical isolation, which is a BMS characteristic rather than an ECS elasticity feature. Therefore, the best verified answer is A, B, D.

The correct answer is C. show . Official OpenStack command-line documentation explicitly lists the command openstack server show < server > and explains that it is used to show server details . The same documentation states that the < server > argument represents the server name or ID , which matches the wording in your question exactly.

The other options are not correct in this context. openstack server list displays a list of servers rather than the details of one specific instance. query and conf are not valid standard subcommands for this OpenStack server-detail operation. Since HUAWEI CLOUD Stack operations in this area follow OpenStack command syntax for instance inspection and lifecycle management, the proper command for viewing one instance’s details is openstack server show < server > .

Therefore, after correcting the sentence format, the blank should be filled with show , and the full verified command is openstack server show < server > . That makes the correct answer C .

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The correct answers are B, C, and D. Huawei’s official resource-analysis documentation states that bottleneck resources can be identified and analyzed globally and by VDC, resource pool, and application. This directly matches options B, C, and D in your question.

Although Huawei also has resource-pool analysis views that can monitor resources from multiple dimensions such as region, resource pool, and AZ, the specific wording for bottleneck analysis in the cited Huawei documentation highlights application, VDC, and resource pool as the relevant factors used for bottleneck identification and analysis. That is why AZs should not be selected for this particular question.

So, after correcting the sentence structure, the supported dimensions for bottleneck-related analysis by O & M administrators are applications, VDCs, and resource pools. Therefore, the verified answer is B, C, D.

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The best verified answer is D. Workspace . Huawei’s official health-check documentation for FusionCare shows that FusionCare supports unified health checks for multiple Huawei Cloud Stack components and services. The published health-check item lists explicitly include Service OM , eSight , and CCE and SWR , which confirms that those services are within FusionCare’s supported inspection scope.

By contrast, the Huawei monitoring materials mention Workspace Overview under broader monitoring capabilities, not under the FusionCare-supported health-check list shown in the cited documents. In other words, Workspace appears in Huawei’s overall monitoring ecosystem, but it is not evidenced in the cited FusionCare support list the way Service OM, eSight, and CCE are. That makes Workspace the option that cannot be checked using FusionCare in this question set.

So based on Huawei’s documented FusionCare-supported inspection items, A , B , and C are covered, while D is not shown as a FusionCare check target. Therefore, the verified answer is D .

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Domain → A top-level container that is globally unique in Keystone

Role → Permission set

Endpoint → External access address of a single service

Group → User set

These matches are consistent with official OpenStack Keystone identity concepts. OpenStack documentation defines a group as a collection of users , so “user set” is the correct description for Group . It also explains that a role is used in Keystone’s RBAC model to represent a set of permissions that can be assigned to users or groups, so Role → Permission set is correct.

For Endpoint , OpenStack service configuration documentation describes endpoints as the network-accessible API addresses used to access a service, which matches external access address of a single service .

For Domain , Keystone identity documentation explains that domains are top-level containers used to organize projects, users, and groups. In practice, a domain is a globally unique administrative boundary in Keystone, which matches the description a top-level container that is globally unique in Keystone .

So the final verified mapping is: Domain → top-level container , Role → permission set , Endpoint → service access address , and Group → user set .

The correct answer is B (FALSE) . Huawei documentation supports the first part of the statement: Combined API is described as providing the service backend for services such as ECS, BMS, IMS, and EVS , and Huawei usage materials show console requests being forwarded through the UI to Combined API for backend processing. That means it does function as a backend service layer between the console and underlying cloud services.

However, the statement becomes incorrect when it says Combined API must be deployed in the Global zone . Huawei architecture documentation explains that Huawei Cloud Stack includes both a global zone and regional deployment structure , and not all components belong to the global zone. Huawei snippets describing global-region deployment list typical global-zone components such as ManageOne and the cloud service console , while Combined API is described separately as a service backend in the broader architecture of the region/global deployment model. This supports the conclusion that Combined API is not simply a mandatory global-zone-only component .

So the backend-function part is true, but the deployment claim is not. Therefore, the overall statement is FALSE .

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The correct fill-in answer is PB level . Huawei’s official HUAWEI CLOUD Stack SFS documentation states that the maximum capacity of a single file is 240 TB , and it further explains that the file system capacity can be scaled to the PB level . This is the exact Huawei wording used to describe the upper expansion capability of SFS.

This reflects the design goal of SFS in Huawei Cloud Stack: to provide managed, shared file storage for applications that require large-scale file-system growth over time. In other words, the size of one individual file and the total expandable capacity of the file system are two different things. A single file has a stated upper limit, but the whole file system can continue to grow far beyond that limit, reaching petabyte-scale capacity

Therefore, after correcting the sentence structure, the blank should be filled with PB level , which is the official Huawei description of the scalable upper capacity for the file system.

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The statement is TRUE. Huawei Cloud Stack separates management responsibilities between operation administrators and VDC administrators. Huawei’s service-management documentation shows that operation administrators work at the platform-wide level and can publish cloud services and associate them with approval processes, which reflects their broader administrative scope. By contrast, VDC administrators work within the boundary of their own VDC and manage service usage and permissions inside that tenant-like scope. This architecture strongly supports the rule that both roles can participate in approval-process customization, but the visibility scope is different.

In practice, this means an approval process created by an operation administrator can be used as a global process across the platform, while a process created by a VDC administrator is limited to the VDC context rather than being exposed to all tenants or all service domains. This aligns with Huawei Cloud Stack’s layered governance model, where global service governance belongs to operation administrators and tenant-level governance belongs to VDC administrators. Therefore, the correct answer is A (TRUE).

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The correct answer is C. Tenant application response time . Huawei’s comprehensive monitoring documentation states that service monitoring tests the health of the current application and locates application exceptions based on monitoring metrics such as response time and availability . That directly matches the scenario of monitoring tenant application response time .

The other options belong to different monitoring domains. Health status of the physical server power supply is hardware or infrastructure monitoring, not service monitoring. Virtual network congestion is a network-layer performance issue rather than an application service-monitoring scenario. Latency of the distributed tracing system is closer to tracing or APM platform internals than to the application service-monitoring scenario explicitly described in Huawei’s cited service-monitoring definition. Huawei’s wording focuses on the monitored application’s health, response time, and availability, not hardware power modules or tracing-platform latency.

Therefore, based on Huawei’s official description of comprehensive service monitoring , the scenario clearly covered is tenant application response time , making the verified answer C .