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Google Professional-Cloud-Network-Engineer Certification Exam is designed to test the knowledge and skills of network engineers who work with Google Cloud Platform (GCP). Google Cloud Certified - Professional Cloud Network Engineer certification is intended for individuals who are familiar with networking concepts and have experience working with GCP tools and services.

Implement GCP VPCs

Configure & Manage Firewall Rules: This part will measure one’s knowledge of priority, firewall logs, ingress & egress rules, network protocols, and target service accounts & network tags.
Configure VPCs: This subject area requires that the candidates have the ability to configure GCP virtual private Cloud resources; configure VPC peering; create shared VPCs and explain the process of sharing subnets with the other projects;
Configure & Maintain Google Kubernetes Engine Clusters: This subsection covers the skills in using private clusters, clustered with the shared VPC, VPC-native clustered with the use of alias IPs and including authorized networks for cluster master access;

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The Google Professional-Cloud-Network-Engineer exam is intended for professionals who have hands-on experience with Google Cloud networking technologies and services. Google Cloud Certified - Professional Cloud Network Engineer certification demonstrates the ability to design and implement network infrastructure on Google Cloud that meets business requirements and performance goals. Professionals who Pass Professional-Cloud-Network-Engineer Exam have a deep understanding of the network architecture and security principles of Google Cloud.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q26-Q31):

NEW QUESTION # 26
You are designing a security-focused network architecture on Google Cloud. Your company has deployed a central inspection VPC that contains a fleet of Cloud Next Generation Firewall (NGFW) appliances. The inspection VPC has a default route with next hop pointing to the passthrough Network Load Balancer with NGFW appliances as backends.
You also have two application VPCs (App-A and App-B) that are not allowed to directly communicate with each other, nor do they have a default route in their VPC. You need to ensure that all traffic originating from App-A and App-B are forced through the inspection VPC to be analyzed by the Cloud NGFW appliances.
What should you do?

A. Use VPC Network Peering to create a full mesh by peering all three VPCs with each other, and then use firewall rules to deny all traffic between App-A and App-B.
B. Create a Network Connectivity Center hub in mesh topology, connect all three VPCs as spokes, and configure the inspection VPC to advertise the default route.
C. Create a Network Connectivity Center hub in star topology. Configure the inspection VPC spoke as a center group that advertises a default route, and configure the application VPCs as edge spokes to use that route for inter-VPC traffic.
D. Create two separate VPC Network Peering connections: One between the inspection VPC and App-A, and another between the inspection VPC and App-B.

Answer: C

Explanation:
Use Network Connectivity Center in a star topology, with the inspection VPC as the center group and the application VPCs as edge spokes. In NCC, a star topology is specifically used to prevent direct communication between spoke VPCs while still allowing them to reach shared services through the center. By having the inspection VPC advertise the default route, traffic from App-A and App-B can be forced toward the inspection VPC, where the Cloud NGFW appliances sit behind the passthrough Network Load Balancer. This matches the requirement to block direct App-A to App-B communication and steer all outbound traffic through centralized inspection.

NEW QUESTION # 27
You need to configure a static route to an on-premises resource behind a Cloud VPN gateway that is configured for policy-based routing using the gcloud command.
Which next hop should you choose?

A. The IP address of the instance on the remote side of the VPN tunnel
B. The default internet gateway
C. The IP address of the Cloud VPN gateway
D. The name and region of the Cloud VPN tunnel

Answer: D

Explanation:
When you create a route based tunnel using the Cloud Console, Classic VPN performs both of the following tasks: Sets the tunnel's local and remote traffic selectors to any IP address (0.0.0.0/0) For each range in Remote network IP ranges, Google Cloud creates a custom static route whose destination (prefix) is the range's CIDR, and whose next hop is the tunnel. https://cloud.google.com/network-connectivity/docs/vpn
/how-to/creating-static-vpns

NEW QUESTION # 28
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 on the load balancer and identify the error response in Cloud Logging. Determine the cause of the error by reviewing the statusDetails log field.
B. 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.
C. 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.
D. Enable and review the health check logs. Review the error responses in Cloud Logging.
E. Delete the load balancer and backend services. Create a new passthrough Network Load Balancer. Configure a failover group of VMs for the backend.

Answer: A,D

Explanation:
To troubleshoot the intermittent non-HTTP 200 responses, you should enable and review health check logs and log the backend service's responses in Cloud Logging. Reviewing the statusDetails field helps identify the cause of the error. Enabling logging on the load balancer and backend service provides visibility into the issue.

NEW QUESTION # 29
Your software team is developing an on-premises web application that requires direct connectivity to Compute Engine Instances in GCP using the RFC 1918 address space.
You want to choose a connectivity solution from your on-premises environment to GCP, given these specifications:
- Your ISP is a Google Partner Interconnect provider.
- Your on-premises VPN device's internet uplink and downlink speeds are
10 Gbps.
- A test VPN connection between your on-premises gateway and GCP is
performing at a maximum speed of 500 Mbps due to packet losses.
- Most of the data transfer will be from GCP to the on-premises
environment.
- The application can burst up to 1.5 Gbps during peak transfers over
the Interconnect.
- Cost and the complexity of the solution should be minimal.
How should you provision the connectivity solution?

A. Use network compression over your VPN to increase the amount of data you can send over your VPN.
B. Provision a Dedicated Interconnect instead of a VPN.
C. Create multiple VPN tunnels to account for the packet losses, and increase bandwidth using ECMP.
D. Provision a Partner Interconnect through your ISP.

Answer: D

Explanation:
Cost and complexity of multiple tunnel vpn is very high, also, dedicated interconnect is not required as required max speed is 1.5gbps. Also, direct connectivity is bogus verb, all the solution provide direct connectivity to your vpc instance, once connected through router.
https://cloud.google.com/blog/products/networking/google-cloud-network-connectivity-options-explained

NEW QUESTION # 30
You are increasing your usage of Cloud VPN between on-premises and GCP, and you want to support more traffic than a single tunnel can handle. You want to increase the available bandwidth using Cloud VPN.
What should you do?

A. Add a second Cloud VPN gateway in a different region than the existing VPN gateway. Create a new tunnel on the second Cloud VPN gateway that forwards the same IP range, but points to the existing on-premises VPN gateway IP address.
B. Create two VPN tunnels on the same Cloud VPN gateway that point to the same destination VPN gateway IP address.
C. Add a second on-premises VPN gateway with a different public IP address. Create a second tunnel on the existing Cloud VPN gateway that forwards the same IP range, but points at the new on-premises gateway IP.
D. Double the MTU on your on-premises VPN gateway from 1460 bytes to 2920 bytes.

Answer: C

Explanation:
Explanation/Reference:

NEW QUESTION # 31
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