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Google Professional-Cloud-Network-Engineer Certification is a professional certification designed for IT professionals who want to demonstrate their knowledge and skills in network engineering on the Google Cloud platform. Google Cloud Certified - Professional Cloud Network Engineer certification exam is intended for individuals who have a solid understanding of networking concepts and are experienced in designing, deploying, and managing networks on the Google Cloud platform.

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Target Audience and Requirements

The target candidates for this certification are Cloud network engineers. These specialists manage and implement network architectures within Google Cloud Platform. They have practice experience on Google Cloud Platform and also possess the skills required for networking architects and teams that design infrastructures or work with Cloud. These individuals have what it takes to leverage their experiences in implementing CPCs, network services, security, and hybrid connectivity for different established network architectures.

Please note that this certification has no official prerequisites. However, it is recommended that the test takers have at least three years of industry experience as well as one year of expertise in designing and managing solutions with the use of Google Cloud Platform.

Google Professional-Cloud-Network-Engineer Certification Exam is an excellent opportunity for professionals who want to advance their careers in networking and cloud computing. Google Cloud Certified - Professional Cloud Network Engineer certification validates the candidate's expertise in designing, implementing, and managing a network infrastructure on the Google Cloud Platform, which is a highly sought-after skill in the industry. By passing this certification exam, candidates can demonstrate their proficiency in networking and cloud computing and open up new career opportunities.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q224-Q229):

NEW QUESTION # 224
Your company's current network deployment consists of:
- One physical branch office in CITY_A.
- One physical branch office in CITY_B.
- One VPC with two compute instances (SDWAN_ONE, SDWAN_TWO) that act as SDWAN hubs for the two branch offices and provide applications running in the branch offices access to the databases deployed in the VPC. The databases are deployed on compute instances.
The CITY_A branch office has an SDWAN tunnel to the SDWAN_ONE compute instance. The CITY_B branch office has an SDWAN tunnel to the SDWAN_TWO compute instance. All tunnels run over the public internet.
You are notified that the applications in the CITY_A branch office are excessively slow. You need to determine if this behavior is network related. You must leverage a procedure that requires the least amount of setup effort and cost.
What should you do?

A. SSH into the SDWAN_ONE compute instance and analyze the situation using the troubleshooting commands provided within the SDWAN_ONE operating system.
B. Use Network Intelligence Center to run a connectivity test between the SDWAN_ONE compute instance and the public IP address of the SDWAN hub that is located in the CITY_A branch.
C. Enable VPC Flow Logs on the SDWAN_ONE compute instance and the compute instances of the databases. Investigate the rtt_msec metadata in the VPC Flow Logs.
D. Review the Performance Dashboard in Network Intelligence Center. Analyze packet loss and latency between the SDWAN_ONE compute instance and the databases' compute instances.Analyze latency over the internet between CITY_A and the SDWAN_ONE compute instance.

Answer: D

Explanation:
Performance Dashboard in Network Intelligence Center is the lowest-effort and lowest-cost option because it provides built-in visibility into packet loss and latency without requiring you to log in to the SD-WAN VM or deploy extra tooling. Google documents that Performance Dashboard shows latency and packet loss for Google Cloud network paths, and it also includes latency metrics between VMs and internet endpoints, which fits this scenario where the branch tunnels terminate on public-facing SD-WAN hub instances. That lets you check both the path from SDWAN_ONE to the database VMs inside Google Cloud and the internet-facing path relevant to CITY_A traffic.
Reference:
https://docs.cloud.google.com/network-intelligence-center/docs/release-notes

NEW QUESTION # 225
Your organization has resources in two different VPCs, each in different Google Cloud projects, and requires connectivity between the resources in the two VPCs. You have already determined that there is no IP address overlap; however, one VPC uses privately used public IP (PUPI) ranges. You would like to enable connectivity between these resources by using a lower cost and higher performance method. What should you do?

A. Create a VPC Network Peering connection between the two VPCs that allows the export and import of subnet routes with public IP addresses. Create the necessary ingress VPC firewall rules that target the specific resources by using IP ranges as the source filter.
B. Create a VPC Network Peering connection between the two VPCs that allows the export and import of subnet routes with public IP addresses. Create the necessary ingress VPC firewall rules that target the specific resources by using network tags as the source filter.
C. Create an HA VPN between the two VPCs that includes the PUPI ranges in the custom route advertisements of the Cloud Router. Create the necessary ingress VPC firewall rules that target the specific resources by using IP ranges as the source filter.
D. Create a VPC Network Peering connection between the two VPCs that allows the export and import of custom routes for public IP addresses. Create the necessary ingress VPC firewall rules that target the specific resources by using service accounts as the source filter.

Answer: A

Explanation:
Explanation: VPC Network Peering is the most cost-effective and high-performance method for connecting two VPCs. Since one VPC uses privately used public IP (PUPI) ranges, you need to configure peering to allow the export and import of subnet routes with public IP addresses. Firewall rules can be used to control traffic between the resources.

NEW QUESTION # 226
You are designing a packet mirroring policy as pan of your network security architecture for your gaming workload. Your Infrastructure is located in the us-west2 region and deployed across several zones: us-west2- a. us-west2-b. and us-west2-c The Infrastructure Is running a web-based application on TCP ports 80 and 443 with other game servers that utilize the UDP protocol. You need to deploy packet mirroring policies and collector instances to monitor web application traffic while minimizing inter-zonal network egress costs.
Following Google-recommended practices, how should you deploy the packet mirroring policies and collector instances?

A. Create three packet mirroring policies: one for each zone. Create three groups of collector instances: one group for each zone. Configure each policy to match traffic for its zone based on subnets, and create a filter for TCP traffic
B. Create three packet mirroring policies: one for each zone. Create one group of collector instances for the us-west2 region. Configure each packet mirroring policy to match traffic for its zone based on instance-tags, and create a filter for TCP traffic
C. Create one packet mirroring policy for the us-west2 region. Create one group of collector instances for the us-west2 region Configure the packet mirroring policy to match traffic for web server instances based on instance-tags, and create a filter for TCP traffic.
D. Create three packet mirroring policies: one for each zone. Create three groups of collector instances: one group for each zone. Configure each policy to match traffic for Its zone based on instance-tags, and create a filter for TCP traffic.

Answer: B

Explanation:
Create Packet Mirroring Policies:
You need to create three packet mirroring policies, one for each zone (us-west2-a, us-west2-b, and us-west2-c). This ensures that each zone's traffic is mirrored appropriately without unnecessary cross-zone traffic.
Create Collector Instances:
Set up one group of collector instances for the us-west2 region. Having a single group of collector instances for the entire region minimizes the number of instances required and simplifies the management while keeping egress costs low since the collectors are within the same region.
Configuration of Policies:
Each packet mirroring policy should be configured to match traffic for its specific zone. Use instance-tags to identify and match the relevant instances within each zone. This helps in correctly capturing the traffic from the appropriate sources.
Filter for TCP Traffic:
Create a filter for TCP traffic (ports 80 and 443). This step ensures that only the relevant web application traffic is mirrored, reducing the amount of data processed and improving efficiency.
Cost Efficiency:
By having packet mirroring policies specific to each zone and a regional collector group, you reduce inter-zonal network egress costs. The data remains within the same region, avoiding extra charges associated with cross-zone traffic.
Reference:
Google Cloud Packet Mirroring Documentation
Best Practices for Packet Mirroring
Cost Management in Google Cloud
This solution aligns with Google-recommended practices by ensuring efficient traffic capture, minimal inter-zonal costs, and streamlined management of the packet mirroring setup.

NEW QUESTION # 227
Your organization recently re-architected your cloud environment to use Network Connectivity Center. However, an error occurred when you tried to add a new VPC named vpc-dev as a spoke. The error indicated that there was an issue with an existing spoke and the IP space of a VPC named vpc-pre-prod. You must complete the migration quickly and efficiently. What should you do?

A. Exclude the conflicting IP range by using the --exclude-export-ranges flag when creating the VPC spoke for vpc-dev.
B. Remove the conflicting VPC spoke for vpc-pre-prod from the set of VPC spokes in Network Connectivity Center. Add the VPC spoke for vpc-dev. Add the previously removed vpc-pre-prod as a VPC spoke.
C. Exclude the conflicting IP range by using the --exclude-export-ranges flag in the hub when attaching the VPC spoke for vpc-dev.
D. Delete the VMs associated with the conflicting subnets, then delete the conflicting subnets in vpc-dev. Recreate the subnets with a new IP range and redeploy the previously deleted VMs in the new subnets. Add the VPC spoke for vpc-dev.

Answer: B

Explanation:
The most efficient way to resolve the conflict is to temporarily remove the conflicting vpc-pre-prod spoke, add the vpc-dev spoke, and then re-add vpc-pre-prod. This ensures that the migration happens quickly without the need to change IP ranges or delete resources.

NEW QUESTION # 228
Your company offers a popular gaming service. Your instances are deployed with private IP addresses, and external access is granted through a global load balancer. You believe you have identified a potential malicious actor, but aren't certain you have the correct client IP address. You want to identify this actor while minimizing disruption to your legitimate users.
What should you do?

A. Create a Cloud Armor Policy rule that denies traffic and review necessary logs.
B. Create a VPC Firewall rule that denies traffic, enable logging and set enforcement to enabled, and review necessary logs.
C. Create a Cloud Armor Policy rule that denies traffic, enable preview mode, and review necessary logs.
D. Create a VPC Firewall rule that denies traffic, enable logging and set enforcement to disabled, and review necessary logs.

Answer: B

NEW QUESTION # 229
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