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Google Professional-Cloud-Network-Engineer Exam Syllabus Topics:

Section	Weight	Objectives
Configuring managed network services	16%	- Cloud DNS 1. Public/private zones, forwarding, peering 2. DNSSEC, logging - Cloud NAT 1. Address allocation, port management - Cloud CDN 1. Caching rules, origin configuration - Load balancing 1. Internal/external, regional/global types 2. Backend services, NEGs, health checks
Configuring cloud network security solutions	12%	- Secure Web Proxy 1. URL filtering, access control - VPC Service Controls 1. Service perimeters, access levels - Cloud Armor 1. Security policies, WAF rules, DDoS protection
Implementing a VPC network	20%	- Configuring VPC resources 1. Private Google Access, service accounts 2. Networks, subnets, firewall rules/policies - Network Connectivity Center 1. Spoke and hub configuration - VPC connectivity 1. Dynamic and static routing 2. VPC Peering, Shared VPC setup - Hierarchical firewalls and security policies 1. Cloud Next Generation Firewall
Designing and planning a Google Cloud VPC network	26%	- Designing overall network architecture 1. DNS topology design 2. High availability, disaster recovery, scalability 3. Network tiers (Premium/Standard) - Designing hybrid and multi-cloud networks 1. Cloud Router and BGP design 2. Cloud Interconnect / Cloud VPN architecture - Designing for GKE networking 1. Alias IP ranges, private control plane - Designing VPC networks 1. Standalone vs Shared VPC 2. Private Service Access / Private Service Connect 3. IP address management 4. Subnet design and CIDR planning
Configuring hybrid and multi-cloud connectivity	14%	- Cloud Router 1. BGP configuration, route advertisement - Cloud Interconnect 1. Dedicated, Partner Interconnect, VLAN attachments - Cloud VPN 1. Site-to-site, HA VPN, policy-based/route-based
Managing, monitoring, and troubleshooting network operations	12%	- Monitoring and logging 1. VPC Flow Logs, Firewall Insights 2. Cloud Logging, Cloud Monitoring 3. Network Intelligence Center - Troubleshooting connectivity 1. Load balancer and packet loss diagnosis 2. VPN/Interconnect issues, BGP errors

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Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q175-Q180):

NEW QUESTION # 175
You built a web application with several containerized microservices. You want to run those microservices on Cloud Run. You must also ensure that the services are highly available to your customers with low latency. What should you do?

A. Deploy the Cloud Run services to multiple availability zones. Create Cloud Endpoints that point to the services. Create a global HTTPS load balancer, and attach the Cloud Endpoints to its backend
B. Deploy the Cloud Run services to multiple regions. Configure a round-robin A record in Cloud DNS.
C. Deploy the Cloud Run services to multiple regions. Create serverless network endpoint groups (NEGs) that point to the services. Create a global HTTPS load balancer, and attach the serverless NEGs as backend services of the load balancer.
D. Deploy the Cloud Run services to multiple availability zones. Create a global TCP load balancer. Add the Cloud Run endpoints to its backend service.

Answer: C

NEW QUESTION # 176
You have deployed a proof-of-concept application by manually placing instances in a single Compute Engine zone. You are now moving the application to production, so you need to increase your application availability and ensure it can autoscale.
How should you provision your instances?

A. Create a managed instance group for each region, select Single zone for the location, and manually distribute instances across the zones in that region.
B. Create an unmanaged instance group for each zone, and manually distribute the instances across the desired zones.
C. Create an unmanaged instance group in a single zone, and then create an HTTP load balancer for the instance group.
D. Create a single managed instance group, specify the desired region, and select Multiple zones for the location.

Answer: D

Explanation:
https://cloud.google.com/compute/docs/instance-groups/creating-groups-of-managed-instances

NEW QUESTION # 177
Your organization uses a Shared VPC architecture with a host project and three service projects. You have Compute Engine instances that reside in the service projects. You have critical workloads in your on-premises data center. You need to ensure that the Google Cloud instances can resolve on-premises hostnames via the Dedicated Interconnect you deployed to establish hybrid connectivity. What should you do?

A. Configure a Cloud DNS private zone in the host project of the Shared VPC.
Set up DNS forwarding to your Google Cloud private zone on your on-premises DNS servers to point to the inbound forwarder IP address in your host project.
Configure a DNS policy in the Shared VPC to allow inbound query forwarding with your on-premises DNS server as the alternative DNS server.
B. Create a Cloud DNS private forwarding zone in the host project of the Shared VPC that forwards the Private zone to the on-premises DNS servers.
In your Cloud Router, add a custom route advertisement for the IP 169.254 169.254 to the on-premises environment.
C. Configure a Cloud DNS private zone in the host project of the Shared VPC.
Set up DNS forwarding to your Google Cloud private zone on your on-premises DNS servers to point to the inbound forwarder IP address in your host project In your Cloud Router, add a custom route advertisement for the IP 169.254 169 254 to the on-premises environment.
D. Create a Cloud DNS private forwarding zone in the host project of the Shared VPC that forwards the private zone to the on-premises DNS servers.
In your Cloud Router, add a custom route advertisement for the IP 35.199.192.0/19 to the on-premises environment.

Answer: A

NEW QUESTION # 178
Your company runs its applications on Google Kubernetes Engine (GKE), and your team recently created a private Cloud DNS zone, corp.internal, to host records for internal services, such as a managed database at db.corp.internal. You verified that a Compute Engine VM in the same VPC as your GKE cluster can successfully resolve db.corp.internal. However, when you access a Pod inside your GKE cluster, you can resolve in-cluster services (for example, kubernetes.default.svc.cluster.local), but any attempt to resolve db.corp.internal fails.
Upon inspecting the coredns ConfigMap in the kube-system namespace, you discovered the default forward plugin has been modified to point directly to a public DNS provider's IP address, bypassing the node's local resolver. You need to enable Pods in the cluster to resolve records in the existing corp.internal private zone as well as other zones under .internal.

A. Enable Cloud DNS for GKE for the GKE cluster.
B. Modify the coredns ConfigMap in the kube-system namespace, and add corp.internal to a stubDomains entry that points to the VPC's DNS resolver.
C. Modify the coredns ConfigMap in the kube-system namespace. In the Corefile configuration, change the forward plugin to point to /etc/resolv.conf.
D. Create a Kubernetes service and endpoint of type ExternalName for db.corp.internal.

Answer: C

Explanation:
The failure is caused by CoreDNS forwarding queries directly to a public DNS provider instead of using the node's local resolver. In GKE, using the node resolver lets Pods reach the VPC DNS path that resolves private Cloud DNS zones. Changing the CoreDNS forward plugin back to
/etc/resolv.conf restores that behavior, so Pods can resolve corp.internal and other .internal names available through the VPC resolver. Cloud DNS for GKE is a separate DNS provider option, but the immediate issue here is the incorrect CoreDNS forwarding configuration.
Reference:
https://docs.cloud.google.com/kubernetes-engine/docs/concepts/about-cloud-dns
https://docs.cloud.google.com/kubernetes-engine/docs/troubleshooting/cloud-dns

NEW QUESTION # 179
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. Order a new Dedicated Interconnect for a colocation facility closest to us-east4, and use VPC global routing to access workloads in us-central1.
B. 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.
C. Order a new Dedicated Interconnect for a colocation facility closest to us-central1, and use VPC global routing to access workloads in us-east4.
D. 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.

Answer: A

NEW QUESTION # 180
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