PassExamDumps alerts you that the syllabus of the HCIP-Cloud Service Solutions Architect V3.5 (H13-821_V3.5) certification exam changes from time to time. Therefore, keep checking the fresh updates released by the Huawei. It will save you from the unnecessary mental hassle of wasting your valuable money and time. PassExamDumps announces another remarkable feature to its users by giving them the HCIP-Cloud Service Solutions Architect V3.5 (H13-821_V3.5) dumps updates until 1 year after purchasing the HCIP-Cloud Service Solutions Architect V3.5 (H13-821_V3.5) certification exam pdf questions.
| Section | Objectives |
|---|---|
| Cloud Architecture Design Principles | - Huawei Cloud architecture overview
|
| Compute and Storage Services | - Storage solutions
|
| Solution Design and Migration | - Solution architecture design
|
| Network and Security Design | - Cloud network architecture
|
| Database and Middleware Services | - Cloud database services
|
| Operations and Monitoring | - Cloud monitoring and O&M
|
>> Online H13-821_V3.5 Test <<
These Huawei H13-821_V3.5 exam questions give you an idea about the final Huawei H13-821_V3.5 exam questions formats, exam question structures, and best possible answers, and you will also enhance your exam time management skills. Finally, at the end of H13-821_V3.5 Exam Practice test you will be ready to pass the final H13-821_V3.5 exam easily. Best of luck in HCIP-Cloud Service Solutions Architect V3.5 (H13-821_V3.5) exam and professional career!!!
NEW QUESTION # 45
Which statements accurately describe the ways databases can be classified?
Select all that apply.
Answer: B,C,D
Explanation:
[Database Types table] Business model: open-source and commercial. Data structure: relational and non- relational. Application scenario: OLTP, OLAP, and HTAP. Architecture: centralized and dis tributed.
Deployment mode: on-premises and cloud.
Huawei source: Training PDF p. 272
Technical Deep Dive
Huawei's V3.5 Database Types table gives several independent dimensions for database classification.
Option A is correct because business models include open-source and commercial database offerings.
Examples include community-supported PostgreSQL and proprietary or commercially licensed database products. Option B is correct because relational databases use structured relations and tables, while non- relational databases may employ document, key-value, column-family or graph data models.
Option C is also correct. Online Transaction Processing (OLTP) systems handle large volumes of comparatively short transactions involving inserts, updates and reads. Online Analytical Processing (OLAP) systems optimize complex queries, reporting, aggregation and decision support. Huawei additionally identifies Hybrid Transactional and Analytical Processing (HTAP), so the option names two major workload categories without purporting to exhaust every category.
Option D is incorrect as the course classifies databases by architecture into centralized and distributed forms, not 'storage' and 'computing' databases. Storage-compute separation is a legitimate cloud-native architecture pattern, but it is not equivalent to those two database categories. For example, a cloud database can decouple storage and computing resources while remaining a relational database. During service planning, classify database requirements by model, workload, deployment location, resilience and architecture before choosing products such as RDS, GaussDB or document stores. Options A, B and C match Huawei's official classification dimensions.
NEW QUESTION # 46
Web Application Firewall (WAF) can thoroughly inspect and protect service applications, intelligently recognize malicious request characteristics, and defend against unknown threats. Which of the following statements about WAF functions are correct?
Answer: B,C
Explanation:
"WAF supports three deployment modes: Cloud Mode - CNAME, Cloud Mode - Load balancer, and Dedicated Mode."
"WAF and CFW are different products provided by Huawei Cloud. WAF is used to protect your web services, while CFW is used to protect Internet border and VPC border traffic."
[WebSocket and SSE default support are established by current official Huawei WAF product documentation rather than this slide. ] Huawei source: Training PDF pp. 367, 369; official WAF protocol documentation Technical Deep Dive Huawei's V3.5 WAF chapter identifies three deployment modes: cloud mode with CNAME access, cloud mode through a load balancer and dedicated mode. Therefore option A is correct. These approaches differ in protected object, traffic path, billing and infrastructure integration. WAF protects HTTP/HTTPS web applications against malicious requests, including SQL injection, cross-site scripting and related application- layer attacks.
Option B is incorrect because network border protection belongs primarily to Cloud Firewall (CFW), while domain ICP filing is a separate regulatory or website-compliance process. Option C is incorrect because WAF is not a general-purpose Layer 2 Ethernet or Layer 4 arbitrary TCP/UDP firewall. Network protection and application security products have distinct responsibilities and inspection layers.
Option D is correct according to the relevant official Huawei WAF product documentation: WebSocket and Server-Sent Events are supported and enabled by default in the stated service behavior. WebSocket carries bidirectional messaging over an upgraded HTTP connection; SSE allows server-to-client event delivery.
Support for forwarding a protocol should not be treated as evidence that all its payloads undergo identical deep inspection to ordinary HTTP requests; the product documentation qualifies WebSocket inspection behavior.
In production, a design should choose WAF mode according to the origin location, traffic volume, performance requirements and acceptable configuration changes. Origin access should be restricted to avoid bypassing the protection point. WAF does not replace CFW, API authentication or application security testing. The two supported choices are A and D.
NEW QUESTION # 47
ServiceStage is an enterprise one-stop application management and O & M platform. Which of the following statements about ServiceStage is incorrect?
Answer: C
Explanation:
"ServiceStage is an application management and O & M platform that lets you deploy, roll out, monitor, and maintain applications all in one place."
"ServiceStage supports full lifecycle management of microservice applications. It supports runtime environments (Java, Go, Node.js, Docker, and Tomcat) and manages microservice applications (Apache ServiceComb Java chassis, Spring Cloud, Dubbo, and Service Mesh) without intrusion."
"CodeArts is a one-stop platform that provides out-of-the-box cloud services for requirement delivery, code commit, check, build, verification, deployment, and release throughout the entire software lifecycle." Huawei source: Training PDF pp. 520, 525, 548 Technical Deep Dive Huawei ServiceStage primarily hosts, deploys, monitors and maintains applications while supporting microservice governance. Option A accurately describes its support for multiple application languages and runtimes. Option C is also true: the platform offers application hosting, monitoring, alarms, logs and operational workflows for development, test and O & M teams.
Option D is the intended incorrect answer. The comprehensive pipeline for requirements, source-code commits, code checking, compilation, build verification, deployment and release corresponds to Huawei CodeArts. ServiceStage can receive application packages, integrate with delivery pipelines and perform deployments, but it is not identical to the full CodeArts software-development toolchain. In a typical architecture, CodeArts manages source control and CI/CD, ServiceStage manages application deployment and lifecycle, while CCE supplies container scheduling and infrastructure integration.
There is also an editing defect in B. The source combines 'Dubbo' and 'Service Mesh' into the expression
'Dubbo mesh'. Huawei V3.5 actually lists Apache ServiceComb Java chassis, Spring Cloud, Dubbo and Service Mesh as separate supported technologies. If interpreted literally, B is also inaccurate, undermining the instruction to choose one incorrect option. Correct B to say 'Dubbo and Service Mesh' and D becomes uniquely wrong. ServiceStage's microservice support includes application registration, discovery, configuration and governance, often through an integrated microservice engine. The right conceptual distinction is application lifecycle management versus the entire source-to-release software-development pipeline.
NEW QUESTION # 48
Which of the following network access modes does Cloud Container Engine (CCE) provide for workloads?
Select all that apply.
Answer: A,B
Explanation:
"Workload network access falls into the following main scenarios: accessing a workload from within the cluster, accessing a workload from outside the cluster through either a private or public network, and accessing an external network from a workload, including both private and public network destinations."
"When you access a workload through a public network, assign an EIP to the node or LoadBalancer Service."
"To access workloads across different VPCs, you need a peering connection or other means." Huawei source: Training PDF p. 455 Technical Deep Dive Huawei Cloud CCE supports communication among pods within a cluster, external access through suitable Services or ingress, and private communication with external networks when routing is configured. Option C is correct because pods normally communicate through the container network, subject to network policies and other restrictions. Option D describes a supported cross-VPC use case, but it omits important prerequisites:
VPC peering or another private routing mechanism is required in addition to allowing appropriate ports through security groups and network ACLs.
Option A is literally inaccurate. Public access to a CCE workload is supported, but Huawei's course instructs users to associate an EIP with the node, load balancer or an eligible pod interface, depending on the networking model-not directly with the cluster object. Option B is also incorrect because simply binding a Global EIP to the cluster is not the documented method for inter-region pod connectivity. Cross-region access requires supported network connections and routes, and is not guaranteed merely by public address allocation.
The earlier form of this item directed 'Choose three', strongly suggesting A, C and D were intended. Under the revised 'Select all that apply' instruction, the technically defensible choices are C and D as stated. If A were rewritten to say 'bind an EIP to a node or LoadBalancer Service', A would become correct. This is a substantial question-quality issue; answer keys must not silently rewrite an option. Engineers troubleshooting cross-VPC service access should inspect container CIDRs, routes, peering connections, backend security- group permissions and workload policies.
NEW QUESTION # 49
Match each IoT-related cloud service to its description.
Answer:
Explanation:
Explanation:
"IoT Device Access (IoTDA) enables connectivity and management for numerous devices. It links physical devices to the cloud, gathers their data, and sends commands for remote control. By integrating with other cloud services, it accelerates the development of IoT solutions."
"A complete IoT solution consists of an IoT platform, devices, and applications."
[The ecosystem slide also lists IoT Edge and IoT Analytics; IoTDP is expanded in the acronym table as IoT Device Provisioning. ] Huawei source: Training PDF pp. 665-668; official IoT Analytics/IoTDP/Edge documentation Technical Deep Dive The four matches correspond to different stages of Huawei's IoT architecture. Description 1 is IoTA, option
D. IoT Analytics uses asset-based representations of devices and equipment to integrate telemetry, clean data, store it, analyze it and visualize operational patterns. This is suited to smart buildings, industrial monitoring and digital-twin analysis. Description 2 is IoTDA, option B. IoT Device Access connects large numbers of physical devices to the cloud, accepts telemetry, manages device identities and configurations and delivers supported remote commands.
Description 3 is IoT Edge, option C. Edge computing combines compute, storage, networking and application services close to the physical devices. It can reduce transmission latency and bandwidth requirements, and may continue local operations during temporary connectivity loss. Description 4 is IoTDP, option A. IoT Device Provisioning handles provisioning, connecting and moving devices among the appropriate IoT platform instances, including scenarios involving regions or different operational environments.
The original drag-and-drop screenshot includes the labels IoTDP, IoTDA, IoT Edge and IoTA. The matching order from top to bottom is D, B, C, A. The Huawei V3.5 slides directly explain IoTDA and illustrate IoT Edge and IoT Analytics in the wider ecosystem. The specialized IoTA and IoTDP descriptions are supplemented by official Huawei product documentation. For an end-to-end IoT solution, provisioning and connectivity establish the data path, edge nodes perform local processing where appropriate, and analytics converts telemetry into decisions. The matching is unique and technically well grounded.
Description
Correct selection
1
D - IoTA
2
B - IoTDA
3
C - IoT Edge
4
A - IoTDP
NEW QUESTION # 50
......
The desktop software HCIP-Cloud Service Solutions Architect V3.5 (H13-821_V3.5) practice exam format can be used easily used on your Windows system. Customers can use it without the internet. PassExamDumps have made all of the different formats so the students won't face any extra issues and crack HCIP-Cloud Service Solutions Architect V3.5 (H13-821_V3.5) certification exams for the betterment of their futures.
Practice H13-821_V3.5 Exam Pdf: https://www.passexamdumps.com/H13-821_V3.5-valid-exam-dumps.html