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Google Professional-Cloud-Network-Engineer certification is an essential credential for professionals who work with Google Cloud network solutions. It demonstrates their proficiency in designing, implementing and managing network solutions on the Google Cloud platform. Google Cloud Certified - Professional Cloud Network Engineer certification is particularly beneficial for network engineers, network architects, and cloud architects who want to advance their careers in cloud networking.

Google Professional-Cloud-Network-Engineer Exam is a valuable certification for professionals who are involved in designing, implementing, and managing cloud networks. It provides them with the knowledge and skills needed to optimize network performance, reduce costs, and increase security on Google Cloud Platform. Additionally, being Google Cloud Certified can open up new career opportunities and increase earning potential for professionals in the cloud computing industry.

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Google Professional-Cloud-Network-Engineer exam is a certification test that evaluates the abilities of professionals in designing, implementing, and managing network architecture on Google Cloud Platform. Professional-Cloud-Network-Engineer exam is part of the Google Cloud Certified program, which offers certification for various roles in cloud computing. By passing Professional-Cloud-Network-Engineer Exam, professionals can showcase their expertise in cloud networking and demonstrate their ability to implement secure, scalable, and reliable networks on Google Cloud Platform.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q153-Q158):

NEW QUESTION # 153
You have several VMs across multiple VPCs in your cloud environment that require access to internet endpoints. These VMs cannot have public IP addresses due to security policies, so you plan to use Cloud NAT to provide outbound internet access. Within your VPCs, you have several subnets in each region. You want to ensure that only specific subnets have access to the internet through Cloud NAT. You want to avoid any unintentional configuration issues caused by other administrators and align to Google-recommended practices. What should you do?

A. Create a firewall rule in each VPC at priority 500 that targets all instances in the network and denies egress to the internet (0.0.0.0/0). Create a firewall rule at priority 300 that targets all instances in the network, has a source filter that maps to the allowed subnets, and allows egress to the internet (0.0.0.0
/0). Deploy Cloud NAT and configure a custom source range that includes the allowed subnets.
B. Deploy Cloud NAT in each VPC and configure a custom source range that includes the allowed subnets. Configure Cloud NAT rules to only permit the allowed subnets to egress through Cloud NAT.
C. Create a constraints/compute.restrictCloudNATUsage organizational policy constraint. Attach the constraint to a folder that contains the associated projects. Configure the allowedValues to only contain the subnets that should have internet access. Deploy Cloud NAT and select only the allowed subnets.
D. Create a firewall rule in each VPC at priority 500 that targets all instances in the network and denies egress to the internet (0.0.0.0/0). Create a firewall rule at priority 300 that targets all instances in the network, has a source filter that maps to the allowed subnets, and allows egress to the internet (0.0.0.0
/0). Deploy Cloud NAT and configure all primary and secondary subnet source ranges.

Answer: C

Explanation:
Explanation: Using an organizational policy with the restrictCloudNATUsage constraint allows you to limit Cloud NAT usage to specific subnets, ensuring that only the necessary subnets can access the internet. This method aligns with Google-recommended practices for controlling Cloud NAT configurations across multiple VPCs and regions.

NEW QUESTION # 154
Your company's security team wants to limit the type of inbound traffic that can reach your web servers to protect against security threats. You need to configure the firewall rules on the web servers within your Virtual Private Cloud (VPC) to handle HTTP and HTTPS web traffic for TCP only. What should you do?

A. Create an allow on match egress firewall rule with the target tag "web-server" to allow all IP addresses for TCP port 80.
B. Create an allow on match egress firewall rule with the target tag "web-server" to allow web server IP addresses for TCP ports 60 and 443.
C. Create an allow on match ingress firewall rule with the target tag "web-server" to allow all IP addresses for TCP ports 80 and 443.
D. Create an allow on match ingress firewall rule with the target tag "web-server" to allow all IP addresses for TCP port 80.

Answer: C

NEW QUESTION # 155
You recently noticed a recurring daily spike in network usage in your Google Cloud project. You need to identify the virtual machine (VM) instances and type of traffic causing the spike in traffic utilization while minimizing the cost and management overhead required. What should you do?

A. Enable VPC Flow Logs and send the output to BigQuery for analysis.
B. Deploy a third-party network appliance and configure it as the default gateway. Use the third-party network appliance to identify users with high network traffic.
C. Enable Firewall Rules Logging for all allowed traffic and send the output to BigQuery for analysis.
D. Configure Packet Mirroring to send all traffic to a VM. Use Wireshark on the VM to identity traffic utilization for each VM in the VPC.

Answer: D

NEW QUESTION # 156
Your company is modernizing its infrastructure by expanding its services. You are concerned about the long-term scalability of your network due to IPv4 address exhaustion. You need to design and deploy a new Google Kubernetes Engine (GKE) cluster that allows Pods and Services to communicate over IPv6 while maintaining IPv4 connectivity for backward compatibility with existing systems. What should you do?

A. Create a new standard GKE cluster, and enable an IPv6-only address range for Pods.
B. Create a new GKE cluster, and enable an IPv6-only node pool.
C. Create a new dual-stack subnet within your VPC, and then create a new GKE cluster within that subnet and specify dual-stack networking mode.
D. Deploy a Cloud NAT gateway within your VPC to translate traffic between your existing IPv4-only GKE cluster and external IPv6 clients.

Answer: C

Explanation:
To support both IPv6 and IPv4 for Pods and Services in GKE, you need a dual-stack VPC-native cluster. Google Cloud requires the cluster to be created in a dual-stack subnet and configured for dual-stack networking so nodes, Pods, and Services can receive both IPv4 and IPv6 connectivity for backward compatibility and future scalability.
Reference:
https://docs.cloud.google.com/kubernetes-engine/docs/concepts/alias-ips
https://docs.cloud.google.com/kubernetes-engine/docs/concepts/about-ip-addressing

NEW QUESTION # 157
Your company acquired a new division. The new division's network team requires complete control over their networking infrastructure. You need to extend your existing Google Cloud network infrastructure, that consists of a single VPC, to allow workloads from all divisions to communicate with each other. You want to avoid incurring extra costs and granting unnecessary permissions to the new division's networking team.
What should you do?

A. Q * Ensure that the project hosting the existing network infrastructure is enabled as a host project.
* Create a new subnet dedicated to the new division's workloads in the existing VPC.
* Grant roles/compute. networkuser on the newly created subnet to the new division's network team group.
B. O * Create a new project for the new division's network team.
* Create a new VPC within the new project.
* Establish a VPC peering between your existing VPC and the new division's VPC.
* Create a new subnet dedicated to the new division's workloads.
* Grant roles/compute .networkuser on the new project to the new division's network team group.
C. Q * Create a new project for the new division's network team.
* Create a new VPC within the new project.
* Establish a VPC peering between your existing VPC and the new division's VPC.
* Grant roles/compute. networkAdmin on the newly created project to the new division's network team group.
D. O * Create a new project for the new division's network team.
* Create a new VPC within the new project.
* Establish a VPN connection between your existing VPC and the new division's VPC.
* Grant roles/compute .networkAdmin on the newly created project to the new division's network team group.

Answer: C

Explanation:
The requirement for the new division's network team to have "complete control over their networking infrastructure" while allowing communication between divisions and avoiding unnecessary permissions points directly to VPC Network Peering. This approach allows each division to manage its own VPC independently (in its own project), provides full control to the new division's network team within their project, and enables secure, private communication between the VPCs without traversing the public internet.
Granting roles/compute.networkAdmin on their newly created project ensures they have the necessary control over their dedicated VPC. Using Shared VPC (option D) would centralize network administration under your existing project, which goes against the requirement of the new division having "complete control." VPN (option C) would incur additional costs and introduce more complexity than VPC peering for intra-Google Cloud connectivity. Option B is flawed because creating a subnet in the new VPC isn't directly relevant to granting permissions on the new project for VPC peering setup, and networkuser role on the new project alone wouldn't give complete network control.
Exact Extract:
"VPC Network Peering allows you to connect two VPC networks so that resources in each network can communicate with each other using internal IP addresses. Traffic stays within Google's network."
"Each side of a VPC Network Peering connection is configured independently. This means that each network administrator retains full control over their own network, including routes, firewalls, and network services."
"VPC Network Peering is ideal for scenarios where different organizations or divisions want to maintain separate network administrative domains while still allowing their resources to communicate privately." Reference: Google Cloud VPC Network Peering Documentation - Overview, Use cases

NEW QUESTION # 158
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