VALID GOOGLE PROFESSIONAL-CLOUD-NETWORK-ENGINEER TEST OBJECTIVES & PROFESSIONAL-CLOUD-NETWORK-ENGINEER DOWNLOAD FEE

Valid Google Professional-Cloud-Network-Engineer Test Objectives & Professional-Cloud-Network-Engineer Download Fee

Valid Google Professional-Cloud-Network-Engineer Test Objectives & Professional-Cloud-Network-Engineer Download Fee

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Google Professional-Cloud-Network-Engineer Exam is a certification that is designed to test an individual's knowledge and skills in network engineering within the Google Cloud Platform. Google Cloud Certified - Professional Cloud Network Engineer certification is meant for professionals who are responsible for designing, implementing, and managing complex network solutions on the Google Cloud Platform. Professional-Cloud-Network-Engineer exam is intended to validate the candidate's skills in network architecture, design, and optimization, as well as their knowledge of Google Cloud Platform networking products and services.

The benefit of obtaining the Google Professional Cloud Network Engineer Exam Certification

  • Google Professional Cloud Network Engineer Certification provides practical experience to candidates from all the aspects to be a proficient worker in the organization.
  • Google Professional Cloud Network Engineer will be confident and stand different from others as their skills are more trained than non-certified professionals.
  • Google Professional Cloud Network Engineer Exam provide proven knowledge to use the tools to complete the task efficiently and cost effectively than the other non-certified professionals lack in doing so.
  • Google Professional Cloud Network Engineer Certification is distinguished among competitors. Google Professional Cloud Network Engineer certification can give them an edge at that time easily when candidates appear for employment interview, employers are very fascinated to note one thing that differentiates the individual from all other candidates.
  • Google Professional Cloud Network Engineer certification has more useful and relevant networks that help them in setting career goals for themselves. Google Professional Cloud Network Engineer networks provide them with the correct career guidance than non certified generally are unable to get.

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Google Professional-Cloud-Network-Engineer Certification is a highly recognized credential that validates the knowledge and skills of professionals in designing, implementing and managing network solutions on the Google Cloud platform. Google Cloud Certified - Professional Cloud Network Engineer certification is designed for individuals who are interested in pursuing a career as a cloud network engineer, and it is particularly beneficial for those who work with large-scale cloud networks.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q60-Q65):

NEW QUESTION # 60
Your organization uses a hub-and-spoke architecture with critical Compute Engine instances in your Virtual Private Clouds (VPCs). You are responsible for the design of Cloud DNS in Google Cloud. You need to be able to resolve Cloud DNS private zones from your on-premises data center and enable on-premises name resolution from your hub-and-spoke VPC design. What should you do?

  • A. Configure a private DNS zone in the hub VPC, and configure DNS forwarding to the on-premises server.
    Configure DNS peering from the spoke VPCs to the hub VPC.
  • B. Configure a DNS policy in the hub VPC, and configure the on-premises DNS as an alternate DNS server.Configure the spoke VPCs with a private zone, and set up DNS peering to the hub VPC.
  • C. Configure a DNS policy in the spoke VPCs, and configure your on-premises DNS as an alternate DNS server.
    Configure the hub VPC with a private zone, and set up DNS peering to each of the spoke VPCs.
  • D. Configure a DNS policy in the hub VPC to allow inbound query forwarding from the spoke VPCs.
    Configure the spoke VPCs with a private zone, and set up DNS peering to the hub VPC.

Answer: C


NEW QUESTION # 61
You are planning to use Terraform to deploy the Google Cloud infrastructure for your company The design must meet the following requirements
* Each Google Cloud project must represent an Internal project that your team Will work on
* After an internal project is finished, the infrastructure must be deleted
* Each Internal project must have Its own Google Cloud project owner to manage the Google Cloud resources-
* You have 10-100 projects deployed at a time,
While you are writing the Terraform code, you need to ensure that the deployment IS Simple, and the code IS reusable With centralized management What should you doo

  • A. Create a Single pt0Ject and additional VPCs for each Internal project
  • B. Create a Single Project and Single VPC for each internal project
  • C. Create a single Shared VPC and attach each Google Cloud project as a service project
  • D. Create a Shared VPC and service project for each Internal project

Answer: C

Explanation:
The correct answer is C. Create a single Shared VPC and attach each Google Cloud project as a service project.
This answer is based on the following facts:
* A Shared VPC allows you to share one or more VPC networks across multiple Google Cloud projects1.
This simplifies the deployment and management of the network infrastructure, as you only need to create and maintain one VPC network for all your internal projects.
* A Shared VPC consists of a host project that owns the VPC network and one or more service projects that use the VPC network2. You can attach and detach service projects as needed, depending on the lifecycle of your internal projects. You can also delete service projects without affecting the host project or other service projects.
* A Shared VPC allows you to delegate administrative roles to different project owners3. You can grant the Shared VPC Admin role to the owner of the host project, who can manage the VPC network and its subnets. You can also grant the Service Project Admin role to the owners of the service projects, who can manage the Google Cloud resources in their own projects.
* The other options are not correct because:
* Option A is not suitable. Creating a single project and additional VPCs for each internal project will increase the complexity and cost of the network infrastructure. You will need to create and maintain multiple VPC networks, firewall rules, routes, and VPN tunnels. You will also have a limit on the number of VPC networks per project4.
* Option B is not feasible. Creating a single project and single VPC for each internal project will not meet the requirement of having separate project owners for each internal project. You will have only one project owner who can manage all the Google Cloud resources in the same project.
* Option D is not optimal. Creating a Shared VPC and service project for each internal project will not meet the requirement of having a simple and reusable code with centralized management.
You will need to create and maintain multiple Shared VPCs, which will increase the complexity and cost of the network infrastructure. You will also have more Terraform code to write and manage for each Shared VPC.


NEW QUESTION # 62
Question:
Your multi-region VPC has had a long-standing HA VPN configured in "region 1" connected to your corporate network. You are planning to add two 10 Gbps Dedicated Interconnect connections and VLAN attachments in "region 2" to connect to the same corporate network. You need to plan for connectivity between your VPC and corporate network to ensure that traffic uses the Dedicated Interconnect connections as the primary path and the HA VPN as the secondary path. What should you do?

  • A. Enable global dynamic routing mode on the VPC. Configure BGP associated with the HA VPN in
    "region 1" to use a base priority value of 100. Configure BGP associated with the VLAN attachments to use a base priority of 20000. Configure your on-premises routers to use similar multi-exit discriminator (MED) values.
  • B. Enable regional dynamic routing mode on the VPC. Configure BGP associated with the HA VPN in
    "region 1" to use a base priority value of 100. Configure BGP associated with the VLAN attachments to use a base priority of 20000. Configure your on-premises routers to use similar multi-exit discriminator (MED) values.
  • C. Enable regional dynamic routing mode on the VPC. Configure BGP associated with the HA VPN in
    "region 1" to use a base priority value of 20000. Configure BGP associated with the VLAN attachments to use a base priority of 100. Configure your on-premises routers to use similar multi-exit discriminator (MED) values.
  • D. Enable global dynamic routing mode on the VPC. Configure BGP associated with the HA VPN in
    "region 1" to use a base priority value of 20000. Configure BGP associated with the VLAN attachments to use a base priority of 100. Configure your on-premises routers to use similar multi-exit discriminator (MED) values.

Answer: A

Explanation:
For the Dedicated Interconnect to be the primary connection over the HA VPN, you should:
Enable global dynamic routing mode to allow the VPC to distribute routes dynamically across regions.
Set the BGP priority for the VLAN attachments associated with the Dedicated Interconnect to a lower base priority (e.g., 100) than the HA VPN's priority (e.g., 20000) to ensure it is preferred.
Setting up global dynamic routing with adjusted BGP priorities on both Interconnect and VPN will allow dynamic routing of traffic based on set preferences and path attributes, such as MED and priority levels. This setup ensures the Dedicated Interconnect, with a lower priority value, becomes the primary path for traffic, while the HA VPN, with a higher priority, serves as a backup.


NEW QUESTION # 63
Question:
Your organization recently exposed a set of services through a global external Application Load Balancer.
After conducting some testing, you observed that responses would intermittently yield a non-HTTP 200 response. You need to identify the error. What should you do? (Choose 2 answers)

  • A. Validate the health of the backend service. Enable logging for the backend service, and identify the error response in Cloud Logging. Determine the cause of the error by reviewing the statusDetails log field.
  • B. Access a VM in the VPC through SSH, and try to access a backend VM directly. If the request is successful from the VM, increase the quantity of backends.
  • C. Delete the load balancer and backend services. Create a new passthrough Network Load Balancer.
    Configure a failover group of VMs for the backend.
  • D. Enable and review the health check logs. Review the error responses in Cloud Logging.
  • E. Validate the health of the backend service. Enable logging on the load balancer, and identify the error response in Cloud Logging. Determine the cause of the error by reviewing the statusDetails log field.

Answer: D,E

Explanation:
To identify errors with intermittent non-HTTP 200 responses:
* Enable and review health check logs for your backend to identify potential issues with backend availability or connectivity (Option B).
* Enable logging on the load balancer and review Cloud Logging, particularly the statusDetails field, to gather insights on error types and sources (Option C).
These steps allow for precise error identification by leveraging both health checks and detailed logging features available through Google Cloud's external load balancer diagnostics.


NEW QUESTION # 64
Question:
Your organization wants to seamlessly migrate a global external web application from Compute Engine to GKE. You need to deploy a simple, cloud-first solution that exposes both applications and sends 10% of the requests to the new application. What should you do?

  • A. Configure a global external Application Load Balancer with weighted traffic splitting.
  • B. Configure two separate global external Application Load Balancers, and use Cloud DNS geolocation routing policies.
  • C. Configure a global external Application Load Balancer with weighted request mirroring.
  • D. Configure a global external Application Load Balancer with a Service Extension that points to an application running in a VM, which controls which requests go to each application.

Answer: A

Explanation:
Weighted traffic splitting allows you to gradually route a percentage of traffic to the new GKE application while still serving the majority of requests through the Compute Engine instance. This gradual transition minimizes risks and ensures seamless traffic distribution during migration.


NEW QUESTION # 65
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