Neueste Google Cloud Certified - Professional Cloud Network Engineer Prüfung pdf & Professional-Cloud-Network-Engineer Prüfung Torrent

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Die Google Professional-Cloud-Network-Engineer-Zertifizierungsprüfung ist eine strenge Bewertung der Fähigkeiten und Kenntnisse eines Kandidaten über Netzwerktechnik auf der Google Cloud-Plattform. Die Prüfung besteht aus Multiple-Choice- und Szenario-basierten Fragen, bei denen Kandidaten ihre Fähigkeiten und ihr Wissen auf reale Situationen anwenden müssen. Um die Prüfung zu bestehen, müssen die Kandidaten bei der Prüfung mindestens 70% erzielen.

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Google Professional-Cloud-Network-Engineer Quiz - Professional-Cloud-Network-Engineer Studienanleitung & Professional-Cloud-Network-Engineer Trainingsmaterialien

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Die Prüfung testet Kandidaten über ihre Kenntnisse verschiedener Netzwerkkonzepte wie Routing, Schalten, Lastausgleich und Netzwerksicherheit. Es deckt auch Themen wie virtuelle private Clouds, Hybridkonnektivität sowie Netzwerküberwachung und Optimierung ab. Die Google Professional-Cloud-Network-Engineer-Zertifizierung soll den Kandidaten helfen, ihre Fachkenntnisse bei der Gestaltung und Implementierung robuster und skalierbarer Netzwerklösungen auf der Google Cloud-Plattform zu präsentieren.

Um die Google Professional-Cloud-Network-Engineer-Zertifizierung zu erwerben, müssen die Kandidaten eine Prüfung bestehen, die ihre Fähigkeit zum Entwerfen und Implementieren von sicheren, skalierbaren und hoch verfügbaren Netzwerklösungen auf Google Cloud testet. Die Prüfung bewertet das Verständnis der Kandidaten für Cloud -Netzwerktechnologien wie Virtual Private Cloud (VPC), Cloud Lastausgleich, Cloud VPN und Cloud -Interconnect. Darüber hinaus bewertet die Prüfung das Wissen der Kandidaten in der Netzwerksicherheit, -überwachung und -optimierung in Google Cloud.

Google Cloud Certified - Professional Cloud Network Engineer Professional-Cloud-Network-Engineer Prüfungsfragen mit Lösungen (Q237-Q242):

237. Frage
You successfully provisioned a single Dedicated Interconnect. The physical connection is at a colocation facility closest to us-west2. Seventy-five percent of your workloads are in us-east4, and the remaining twenty-five percent of your workloads are in us-central1. All workloads have the same network traffic profile. You need to minimize data transfer costs when deploying VLAN attachments.
What should you do?

A. Keep the existing Dedicated Interconnect. Deploy a VLAN attachment to a Cloud Router in us- east4, and deploy another VLAN attachment to a Cloud Router in us-central1.
B. Order a new Dedicated Interconnect for a colocation facility closest to us-central1, and use VPC global routing to access workloads in us-east4.
C. Keep the existing Dedicated interconnect. Deploy a VLAN attachment to a Cloud Router in us- west2, and use VPC global routing to access workloads in us-east4 and us-central1.
D. Order a new Dedicated Interconnect for a colocation facility closest to us-east4, and use VPC global routing to access workloads in us-central1.

Antwort: A

Begründung:
https://cloud.google.com/network-connectivity/docs/interconnect/pricing#regional-routing You are not charged region-to-region egress charges because the VMs are using a VLAN attachment in the same region.

238. Frage
You need to create a GKE cluster in an existing VPC that is accessible from on-premises. You must meet the following requirements:
* IP ranges for pods and services must be as small as possible.
* The nodes and the master must not be reachable from the internet.
* You must be able to use kubectl commands from on-premises subnets to manage the cluster.
How should you create the GKE cluster?

A. * Create a VPC-native GKE cluster using user-managed IP ranges.
*Enable privateEndpoint on the cluster master.
*Set the pod and service ranges as /24.
*Set up a network proxy to access the master.
*Enable master authorized networks.
B. * Create a VPC-native GKE cluster using user-managed IP ranges.
*Enable a GKE cluster network policy, set the pod and service ranges as /24.
*Set up a network proxy to access the master.
*Enable master authorized networks.
C. * Create a VPC-native GKE cluster using GKE-managed IP ranges.
*Set the pod IP range as /21 and service IP range as /24.
*Set up a network proxy to access the master.
D. * Create a private cluster that uses VPC advanced routes.
*Set the pod and service ranges as /24.
*Set up a network proxy to access the master.

Antwort: A

Begründung:
Creating GKE private clusters with network proxies for controller access When you create a GKE private cluster with a private cluster controller endpoint, the cluster's controller node is inaccessible from the public internet, but it needs to be accessible for administration. By default, clusters can access the controller through its private endpoint, and authorized networks can be defined within the VPC network. To access the controller from on-premises or another VPC network, however, requires additional steps. This is because the VPC network that hosts the controller is owned by Google and cannot be accessed from resources connected through another VPC network peering connection, Cloud VPN or Cloud Interconnect. https://cloud.google.
com/solutions/creating-kubernetes-engine-private-clusters-with-net-proxies

239. Frage
You decide to set up Cloud NAT. After completing the configuration, you find that one of your instances is not using the Cloud NAT for outbound NAT.
What is the most likely cause of this problem?

A. The instance is accessible by a load balancer external IP address.
B. You have created static routes that use RFC1918 ranges.
C. An external IP address has been configured on the instance.
D. The instance has been configured with multiple interfaces.

Antwort: C

Begründung:
Explanation/Reference: https://www.sovereignsolutionscorp.com/google-cloud-nat/

240. Frage
You are using the gcloud command line tool to create a new custom role in a project by coping 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.setIamPolicy permission, and try again.
B. Remove the resourcemanager.projects.list permission, and try again.
C. Try again with a different role with a new name but the same permissions.
D. Add the resourcemanager.projects.get permission, and try again.

Antwort: B

241. Frage
You are designing a solution to inspect all traffic between your company's production-vpc and development-vpc for threat detection and compliance logging. The company will deploy a fleet of third-party Cloud Next Generation Firewall (NGFW) appliances that provide intrusion prevention system (IPS) capabilities. You need to prevent attacks by blocking malicious traffic in real time before it reaches its destination without adding significant latency or creating a single point of failure for inter-VPC communication. What should you do?

A. Deploy the third-party NGFW appliances as multi-NIC VMs, with an NIC in each VPC.
Create custom static routes in each VPC that direct traffic destined for the other VPC to an internal TCP/UDP load balancer that uses the NGFW appliances as its backends.
B. Configure a Cloud NAT gateway to handle routing between the two VPCs, and enable NAT logging.
Use a script to parse the logs, and send them to the NGFW appliances.
C. Use Packet Mirroring to send traffic to the third-party NGFW appliances.
When a threat is detected, have the appliances use the Google Cloud Armor API to insert a rule blocking the malicious source.
D. Use Packet Mirroring to create a copy of all inter-VPC traffic.
Forward it to an internal Application Load Balancer that distributes the traffic to the NGFW appliance fleet for analysis.

Antwort: A

Begründung:
To block malicious traffic in real time, the NGFW appliances must be placed inline on the traffic path, not just receive mirrored copies. Google Cloud supports this pattern by using multi-NIC virtual appliances and custom static routes whose next hop is an internal passthrough Network Load Balancer with the appliances as backends. This provides active inspection and enforcement for traffic between the two VPCs while avoiding a single appliance bottleneck by distributing traffic across a fleet of health-checked firewall instances. Packet Mirroring is for out-of-band detection and analysis, not inline prevention.
Reference:
https://docs.cloud.google.com/load-balancing/docs/internal/ilb-next-hop-overview
https://docs.cloud.google.com/vpc/docs/multiple-interfaces-concepts
https://docs.cloud.google.com/vpc/docs/packet-mirroring

242. Frage
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P.S. Kostenlose und neue Professional-Cloud-Network-Engineer Prüfungsfragen sind auf Google Drive freigegeben von DeutschPrüfung verfügbar: https://drive.google.com/open?id=1RxCvzyfBXSy2DtOcmiGBjlGJPPJF_gbC