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Google Cloud Certified - Professional Cloud Network Engineer is a certification exam for individuals who are interested in advancing their career in cloud networking. Google Cloud Certified - Professional Cloud Network Engineer certification is specifically designed for those who have experience in designing, implementing, and managing networks on the Google Cloud Platform. Professional-Cloud-Network-Engineer Exam is intended to validate the skills and knowledge required to build and manage a secure and efficient network infrastructure on Google Cloud.

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Google Professional-Cloud-Network-Engineer certification exam is designed to test the knowledge and expertise of network engineers who work with Google Cloud technologies. Google Cloud Certified - Professional Cloud Network Engineer certification is aimed at professionals who have a deep understanding of network design, implementation, and management on Google Cloud Platform. Google Cloud Certified - Professional Cloud Network Engineer certification exam covers a wide range of topics, including network design and implementation, network security, and network optimization. Professional-Cloud-Network-Engineer Exam is intended to validate the skills and knowledge required to design, implement, and manage networks on Google Cloud Platform.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q114-Q119):

NEW QUESTION # 114
You are designing an IP address scheme for new private Google Kubernetes Engine (GKE) clusters, Due to IP address exhaustion of the RFC 1918 address space in your enterprise, you plan to use privately used public IP space for the new dusters. You want to follow Google-recommended practices, What should you do after designing your IP scheme?

A. Create the minimum usable RFC 1918 primary and secondary subnet IP ranges for the clusters. Re-use the secondary address range for the pods across multiple private GKE clusters.
B. Create privately used public IP primary and secondary subnet ranges for the clusters. Create a private GKE cluster With the following options selected: --enab1e-ip-a1ias and --enable-private-nodes.
C. Create the minimum usable RFC 1918 primary and secondary subnet IP ranges for the clusters Re-use the secondary address range for the services across multiple private GKE clusters.
D. Create privately used public IP primary and secondary subnet ranges for the clusters. Create a private GKE cluster with the following options selected and - siable-default-snat, --enable-ip-alias, and - enable-private-nodes

Answer: D

Explanation:
The correct answer is D. Create privately used public IP primary and secondary subnet ranges for the clusters.
Create a private GKE cluster with the following options selected: --disable-default-snat, --enable-ip-alias, and
--enable-private-nodes.
This answer is based on the following facts:
* Privately used public IP (PUPI) addresses are any public IP addresses not owned by Google that a customer can use privately on Google Cloud1. You can use PUPI addresses for GKE pods and services in private clusters to mitigate address exhaustion.
* A private GKE cluster is a cluster that has no public IP addresses on the nodes2. You can use private clusters to isolate your workloads from the public internet and enhance security.
* The --disable-default-snat option disables source network address translation (SNAT) for the cluster3.
This option allows you to use PUPI addresses without conflicting with other public IP addresses on the internet.
* The --enable-ip-alias option enables alias IP ranges for the cluster4. This option allows you to use separate subnet ranges for nodes, pods, and services, and to specify the size of those ranges.
* The --enable-private-nodes option enables private nodes for the cluster5. This option ensures that the nodes have no public IP addresses and can only communicate with other Google Cloud resources in the same VPC network or peered networks.
The other options are not correct because:
* Option A is not suitable. Creating RFC 1918 primary and secondary subnet IP ranges for the clusters does not solve the problem of address exhaustion. Re-using the secondary address range for pods across multiple private GKE clusters can cause IP conflicts and routing issues.
* Option B is also not suitable. Creating RFC 1918 primary and secondary subnet IP ranges for the clusters does not solve the problem of address exhaustion. Re-using the secondary address range for services across multiple private GKE clusters can cause IP conflicts and routing issues.
* Option C is not feasible. Creating privately used public IP primary and secondary subnet ranges for the clusters is a valid step, but creating a private GKE cluster with only --enable-ip-alias and --enable- private-nodes options is not enough. You also need to disable default SNAT to avoid IP conflicts with other public IP addresses on the internet.

NEW QUESTION # 115
Question:
Your organization has a new security policy that requires you to monitor all egress traffic payloads from your virtual machines in the us-west2 region. You deployed an intrusion detection system (IDS) virtual appliance in the same region to meet the new policy. You now need to integrate the IDS into the environment to monitor all egress traffic payloads from us-west2. What should you do?

A. Create an internal HTTP(S) load balancer for Packet Mirroring, and add a packet mirroring policy filter for egress traffic.
B. Enable VPC Flow Logs. Create a sink in Cloud Logging to send filtered egress VPC Flow Logs to the IDS.
C. Enable firewall logging and forward all filtered egress firewall logs to the IDS.
D. Create an internal TCP/UDP load balancer for Packet Mirroring, and add a packet mirroring policy filter for egress traffic.

Answer: D

Explanation:
Packet Mirroring with an internal TCP/UDP load balancer allows for comprehensive monitoring of egress traffic, which includes payloads. This is required for integration with an IDS for detailed inspection of traffic payloads, meeting the security policy needs for monitoring and detection.
Reference: Google Cloud - Packet Mirroring

NEW QUESTION # 116
Your company has a single Virtual Private Cloud (VPC) network deployed in Google Cloud with access from your on-premises network using Cloud Interconnect. You must configure access only to Google APIs and services that are supported by VPC Service Controls through hybrid connectivity with a service level agreement (SLA) in place. What should you do?

A. Configure the existing Cloud Routers to advertise the Google API's public virtual IP addresses.
B. Use Private Google Access for on-premises hosts with restricted.googleapis.com virtual IP addresses.
C. Add Direct Peering links, and use them for connectivity to Google APIs that use public virtual IP addresses.
D. Configure the existing Cloud Routers to advertise a default route, and use Cloud NAT to translate traffic from your on-premises network.

Answer: B

NEW QUESTION # 117
You are using the gcloudcommand line tool to create a new custom role in a project by copying a predefined role. You receive this error message:
INVALID_ARGUMENT: Permission resourcemanager.projects.list is not valid What should you do?

A. Add the resourcemanager.projects.getpermission, and try again.
B. Remove the resourcemanager.projects.listpermission, and try again.
C. Try again with a different role with a new name but the same permissions.
D. Add the resourcemanager.projects.setIamPolicypermission, and try again.

Answer: B

Explanation:
Explanation/Reference: https://cloud.google.com/iam/docs/understanding-custom-roles

NEW QUESTION # 118
Your company has a Virtual Private Cloud (VPC) with two Dedicated Interconnect connections in two different regions: us-west1 and us-east1. Each Dedicated Interconnect connection is attached to a Cloud Router in its respective region by a VLAN attachment. You need to configure a high availability failover path.
By default, all ingress traffic from the on-premises environment should flow to the VPC using the us-west1 connection. If us-west1 is unavailable, you want traffic to be rerouted to us-east1. How should you configure the multi-exit discriminator (MED) values to enable this failover path?

A. Use global routing. Set the us-east1 Cloud Router to a base priority of 1000, and set the us-west1 Cloud Router to a base priority of 1
B. Use regional routing. Set the us-east1 Cloud Router to a base priority of 1000, and set the us-west1 Cloud Router to a base priority of 1
C. Use global routing. Set the us-east1 Cloud Router to a base priority of 100, and set the us-west1 Cloud Router to a base priority of 1
D. Use regional routing. Set the us-east1 Cloud Router to a base priority of 100, and set the us-west1 Cloud Router to a base priority of 1

Answer: D

NEW QUESTION # 119
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