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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.
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.
To prepare for the Google Professional-Cloud-Network-Engineer Certification Exam, candidates should have a strong understanding of networking technologies and principles, as well as experience working with Google Cloud Platform products. Google offers a variety of training resources and certification preparation materials to help candidates prepare for the exam, including online training courses, study guides, and practice exams.
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Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q81-Q86):
NEW QUESTION # 81
Your organization's security policy requires that all internet-bound traffic return to your on-premises data center through HA VPN tunnels before egressing to the internet, while allowing virtual machines (VMs) to leverage private Google APIs using private virtual IP addresses 199.36.153.4/30. You need to configure the routes to enable these traffic flows. What should you do?
- A. Configure a custom route 0.0.0.0/0 with a priority of 1000 whose next hop is the internet gateway. Configure another custom route 199.36.153.4/30 with a priority of 500 whose next hop is the VPN tunnel back to the on-premises data center.
- B. Announce a 0.0.0.0/0 route from your on-premises router with a MED of 500. Configure another custom route 199.36.153.4/30 with a priority of 1000 whose next hop is the VPN tunnel back to the on-
- C. Configure a custom route 0.0.0.0/0 with a priority of 500 whose next hop is the default internet gateway. Configure another custom route 199.36.153.4/30 with priority of 1000 whose next hop is the VPN tunnel back to the on-premises data center.
- D. Announce a 0.0.0.0/0 route from your on-premises router with a MED of 1000. Configure a custom route 199.36.153.4/30 with a priority of 1000 whose next hop is the default internet gateway.
Answer: C
Explanation:
premises data center.
NEW QUESTION # 82
You have deployed an HTTP(s) load balancer, but health checks to port 80 on the Compute Engine virtual machine instance are failing, and no traffic is sent to your instances. You want to resolve the problem. Which commands should you run?
- A. gcloud compute instances add-access-config instance-1
- B. gcloud compute health-checks update http health-check --unhealthy-threshold 10
- C. gcloud compute firewall-rules create allow-lb --network load-balancer --allow tcp --source-ranges 130.211.0.0/22,35.191.0.0/16 --direction INGRESS
- D. gcloud compute firewall-rules create allow-lb --network load-balancer --allow tcp --destination-ranges 130.211.0.0/22,35.191.0.0/16 --direction EGRESS
Answer: A
NEW QUESTION # 83
Your end users are located in close proximity to us-east1 and europe-west1. Their workloads need to communicate with each other. You want to minimize cost and increase network efficiency.
How should you design this topology?
- A. Create 2 VPCs, each with their own region and individual subnets. Use external IP addresses on the instances to establish connectivity between these regions.
- B. Create 1 VPC with 2 regional subnets. Create a global load balancer to establish connectivity between the regions.
- C. Create 1 VPC with 2 regional subnets. Deploy workloads in these subnets and have them communicate using private RFC1918 IP addresses.
- D. Create 2 VPCs, each with their own regions and individual subnets. Create 2 VPN gateways to establish connectivity between these regions.
Answer: C
Explanation:
https://cloud.google.com/vpc/docs/using-vpc#create-auto-network
We create one VPC network in auto mode that creates one subnet in each Google Cloud region automatically. So, region us-east1 and europe-west1 are in the same network and they can communicate using their internal IP address even though they are in different Regions. They take advantage of Google's global fiber network.
NEW QUESTION # 84
Your organization recently created a sandbox environment for a new cloud deployment. To have parity with the production environment, a pair of Compute Engine instances with multiple network interfaces (NICs) were deployed. These Compute Engine instances have a NIC in the Untrusted VPC (10.0.0.0/23) and a NIC in the Trusted VPC (10.128.0.0/9). A HA VPN tunnel has been established to the on-premises environment from the Untrusted VPC. Through this pair of VPN tunnels, the on-premises environment receives the route advertisements for the Untrusted and Trusted VPCs. In return, the on-premises environment advertises a number of CIDR ranges to the Untrusted VPC. However, when you tried to access one of the test services from the on-premises environment to the Trusted VPC, you received no response. You need to configure a highly available solution to enable the on-premises users to connect to the services in the Trusted VPC. What should you do?
- A. Add both multi-NIC VMs to a new unmanaged instance group, named nva-uigO.
Create an internal passthrough Network Load Balancer in the Untrusted VPC, named ilb-untrusted, with the nva-uigO as backend.
Create a custom static route in the Untrusted VPC for destination 10.128.0.0/9 and the next hop ilb- untrusted.
Add both multi-NIC VMs to a new unmanaged instance group, named nva-uigl.
Create an internal passthrough Network Load Balancer in the Trusted VPC, named ilb-trusted, with the nva-uigl as backend.
Create a custom static route in the Trusted VPC for destination 0.0.0.0/0 and the next hop ilb-trusted.
- B. Add both multi-NIC VMs to a new unmanaged instance group, named nva-uig.
Create an internal passthrough Network Load Balancer in the Untrusted VPC, named ilb-untrusted, with the nva-uig unmanaged instance group designated as the backend.
Create a custom static route in the Untrusted VPC for destination 10.128.0.0/9 and the next hop ilb- untrusted.
Create an internal passthrough Network Load Balancer in the Trusted VPC, named ilb-trusted, with the nva-uig unmanaged instance group designated as the backend.
Create a custom static route in the Trusted VPC for destination 10.0.0.0/23 and the next hop ilb-trusted.
- C. Add both multi-NIC VMs to a new unmanaged instance group, named nva-uig.
Create two custom static routes in the Untrusted VPC for destination 10.128.0.0/9 and set each of the VMs' NIC as the next hop.
Create two custom static routes in the Trusted VPC for destination 10.0.0.0/23 and set each of the VMs' NIC as the next hop.
- D. Add both multi-NIC VMs to a new unmanaged instance group, named nva-uig.
Create an internal passthrough Network Load Balancer in the Untrusted VPC, named ilb-untrusted, with the nva-uig unmanaged instance group designated as the backend.
Create a custom static route in the Untrusted VPC for destination 10.123.0.0/9 and the next hop ilb- untrusted.
Create an internal passthrough Network Load Balancer in the Trusted VPC, named ilb-trusted, with the nva-uig unmanaged instance group designated as the backend.
Create a custom static route in the Trusted VPC for destination 0.0.0.0/0 and the next hop ilb-trusted.
Answer: B
Explanation:
Explanation: The solution requires creating internal passthrough load balancers for both VPCs, with custom static routes pointing to each load balancer. This ensures connectivity between the on-premises environment and the Trusted VPC via the Untrusted VPC.
NEW QUESTION # 85
You have an application that is running in a managed instance group. Your development team has released an updated instance template which contains a new feature which was not heavily tested. You want to minimize impact to users if there is a bug in the new template.
How should you update your instances?
- A. Deploy a new instance group and canary the updated template in that group. Verify the new feature in the new canary instance group, and then update the original instance group.
- B. Using the new instance template, perform a rolling update across all instances in the instance group.
Verify the new feature once the rollout completes.
- C. Manually patch some of the instances, and then perform a rolling restart on the instance group.
- D. Perform a canary update by starting a rolling update and specifying a target size for your instances to receive the new template. Verify the new feature on the canary instances, and then roll forward to the rest of the instances.
Answer: D
Explanation:
https://cloud.google.com/compute/docs/instance-groups/rolling-out-updates-to-managed-instance- groups#starting_a_canary_update
https://cloud.google.com/compute/docs/instance-groups/rolling-out-updates-to-managed-instance-groups
NEW QUESTION # 86
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