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Google Professional-Cloud-Network-Engineer exam is a certification program designed for individuals who want to demonstrate their proficiency in Google Cloud Network technologies. Google Cloud Certified - Professional Cloud Network Engineer certification is ideal for network engineers and professionals looking to validate their skills in designing, implementing, and managing network solutions on the Google Cloud Platform.

Google Professional-Cloud-Network-Engineer certification exam is designed to validate the skills and expertise of network engineers who work with Google Cloud Platform. Professional-Cloud-Network-Engineer Exam Tests the candidate's ability to design, implement, and manage secure, scalable, and highly available networks that meet the needs of a modern cloud-based infrastructure. Google Cloud Certified - Professional Cloud Network Engineer certification is intended for professionals who have experience in network engineering and are looking to enhance their skills in cloud networking.

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Google Professional-Cloud-Network-Engineer Certification Exam is designed to test the skills and knowledge required to design, implement, and manage network solutions on the Google Cloud Platform. Google Cloud Certified - Professional Cloud Network Engineer certification is ideal for professionals who want to demonstrate their expertise in cloud network engineering and showcase their ability to work with Google Cloud Platform technologies.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q145-Q150):

NEW QUESTION # 145
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. 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.
B. Exclude the conflicting IP range by using the --exclude-export-ranges flag when creating the VPC spoke for vpc-dev.
C. 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.
D. Exclude the conflicting IP range by using the --exclude-export-ranges flag in the hub when attaching the VPC spoke for vpc-dev.

Answer: A

Explanation:
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.
: Google Network Connectivity Center Documentation

NEW QUESTION # 146
You have recently taken over responsibility for your organization's Google Cloud network security configurations. You want to review your Cloud Next Generation Firewall (Cloud NGFW) configurations to ensure that there are no rules allowing ingress traffic to your VMs and services from the internet. You want to avoid manual work. What should you do?

A. Run Connectivity Tests from multiple external sources to confirm that traffic is not allowed to ingress to your most critical services in Google Cloud.
B. Export all your Cloud NGFW rules into a CSV file and search for 0.0.0.0/0.
C. Use Firewall Insights, and enable insights for Overly permissive rules.
D. Review Network Analyzer insights on the VPC network category.

Answer: C

Explanation:
Firewall Insights is a feature in Google Cloud that helps identify security misconfigurations, including overly permissive firewall rules. By enabling the "Overly permissive rules" insights, you can efficiently detect any ingress rules that allow traffic from 0.0.0.0/0 (the entire internet), ensuring that no unnecessary or risky access is permitted.

NEW QUESTION # 147
You have a storage bucket that contains two objects. Cloud CDN is enabled on the bucket, and both objects have been successfully cached.
Now you want to make sure that one of the two objects will not be cached anymore, and will always be served to the internet directly from the origin.
What should you do?

A. Add a Cache-Control entry with value private to the metadata of the object you don't want to be cached anymore.
Invalidate all the previously cached copies.
B. Create a new storage bucket, and move the object you don't want to be checked anymore inside it.
Then edit the bucket setting and enable the private attribute.
C. Add an appropriate lifecycle rule on the storage bucket containing the two objects.
D. Ensure that the object you don't want to be cached anymore is not shared publicly.

Answer: A

NEW QUESTION # 148
You are creating a design that will connect your single on-premises data center to a VPC in Google Cloud by using an IPsec VPN connection. The connection must have a minimum SLA of
99.99%. There is a single VPN termination device located in your on-premises data center. The VPN termination device can be configured only with a single public IP address. Your design must also have the least amount of setup effort. What should you do?

A. 1. Replace the existing on-premises VPN termination device with a new device that is configured with two different public IP addresses.
2. Create one HA VPN gateway.
3. Create one tunnel for each of the two HA VPN gateway interfaces.
4. Terminate each of the two tunnels on one of the two public IP addresses that is configured on the new VPN termination device located in your on-premises data center.
B. 1. Create one HA VPN gateway.
2. Create one tunnel for each of the two HA VPN gateway interfaces.
3. Terminate each of the two tunnels on the single public IP address that is configured on the VPN termination device located in your on-premises data center.
C. 1. Create one Classic VPN gateway and one HA VPN gateway.
2. Create one tunnel on the interface of the Classic VPN gateway and one tunnel on interface 1 of the HA VPN gateway.
3. Terminate each of the two tunnels on the single public IP address that is configured on the VPN termination device located in your on-premises data center.
D. 1. Create two HA VPN gateways.
2. Create one tunnel on interface 0 of one gateway and create one tunnel on interface 1 of the other gateway.
3. Terminate each of the two tunnels on the single public IP address that is configured on the VPN termination device located in your on-premises data center.

Answer: B

Explanation:
To achieve a minimum SLA of 99.99% for a VPN connection with a single on-premises VPN device and a single public IP address, the most appropriate solution is to use Google Cloud's HA VPN. HA VPN provides high availability and redundancy even when using a single public IP address on the on-premises VPN termination device.
HA VPN Gateway:
- An HA VPN gateway in Google Cloud has two interfaces (interface 0 and interface 1), each capable of creating a tunnel.
- You can create two tunnels-one on each interface of the HA VPN gateway.
Single public IP on the on-premises device:
- Even with a single public IP address on the on-premises VPN device, you can terminate both tunnels on the same IP. HA VPN supports this configuration, and it ensures redundancy by leveraging two tunnels for failover.
99.99% SLA:
- HA VPN achieves 99.99% availability by using two independent tunnels for redundancy. If one tunnel fails, traffic seamlessly fails over to the other tunnel, maintaining availability.
Least setup effort:
- This approach does not require replacing the existing on-premises VPN device or configuring additional public IP addresses. It leverages the existing infrastructure with minimal configuration changes.

NEW QUESTION # 149
You are managing a containerized application environment on Google Kubernetes Engine (GKE).
You deployed a microservice with a Kubernetes service manifest that defines a named port, http- api, for its main endpoint. You are now configuring an external http(s) load balancer to expose this microservice. You need to ensure the configuration is independent of the actual port number and follows best practices. What should you do?

A. Reference the GCE_VM_IP_PORT network endpoint group (NEG) in the backend configuration that was automatically created for your Kubernetes service, and specify http-api named port for traffic.
B. Create a backend service that uses the GKE node instance group as its backend, and configure the named port http-apiin the backend service.
C. Add an annotation in your Kubernetes ingress manifest to specify the http-api port number directly, and configure the backend service to use this hardcoded port number.
D. Add an annotation to your Kubernetes service manifest to create a GCE_VM_IP network endpoint group (NEG), and configure the backend service to use this NEG.

Answer: B

Explanation:
Named ports are used by external HTTP(S) load balancers when the backend is an instance group. The backend service refers to the named port instead of a fixed port number, which keeps the configuration independent of the actual port value. In contrast, GCE_VM_IP_PORT NEGs use endpoint IP:port pairs directly rather than backend-service named ports, so they do not match the requirement in this question.
Reference:
https://docs.cloud.google.com/load-balancing/docs/https
https://docs.cloud.google.com/load-balancing/docs/health-checks

NEW QUESTION # 150
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