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

Section	Objectives
Implement hybrid connectivity	- Dedicated and partner interconnect 1. High availability design patterns 2. VLAN attachments and configuration - VPN and peering 1. VPC peering and Shared VPC 2. HA VPN setup
Manage, monitor, and optimize network operations	- Security and troubleshooting 1. Latency and connectivity diagnostics 2. Firewall and security policy troubleshooting - Network monitoring and logging 1. Network Intelligence Center tools 2. Cloud Monitoring and Logging usage
Implement virtual networks	- VPC configuration 1. Custom mode VPC setup 2. Firewall rules configuration - Load balancing and traffic management 1. Cloud DNS configuration 2. HTTP(S), TCP/SSL load balancing
Design and plan a Google Cloud network	- VPC design and topology planning 1. Subnet design and IP address planning 2. Regional vs global architecture considerations - Hybrid and multi-cloud architecture design 1. Routing strategy design (BGP) 2. Interconnect and VPN planning

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Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q85-Q90):

NEW QUESTION # 85
You are designing a packet mirroring policy as pan of your network security architecture for your gaming workload. Your Infrastructure is located in the us-west2 region and deployed across several zones: us-west2- a. us-west2-b. and us-west2-c The Infrastructure Is running a web-based application on TCP ports 80 and 443 with other game servers that utilize the UDP protocol. You need to deploy packet mirroring policies and collector instances to monitor web application traffic while minimizing inter-zonal network egress costs.
Following Google-recommended practices, how should you deploy the packet mirroring policies and collector instances?

A. Create one packet mirroring policy for the us-west2 region. Create one group of collector instances for the us-west2 region Configure the packet mirroring policy to match traffic for web server instances based on instance-tags, and create a filter for TCP traffic.
B. Create three packet mirroring policies: one for each zone. Create three groups of collector instances:
one group for each zone. Configure each policy to match traffic for Its zone based on instance-tags, and create a filter for TCP traffic.
C. Create three packet mirroring policies: one for each zone. Create three groups of collector instances:
one group for each zone. Configure
each policy to match traffic for its zone based on subnets, and create a filter for TCP traffic
D. Create three packet mirroring policies: one for each zone. Create one group of collector instances for the us-west2 region. Configure each packet mirroring policy to match traffic for its zone based on instance-tags, and create a filter for TCP traffic

Answer: D

Explanation:
* Create Packet Mirroring Policies:
* You need to create three packet mirroring policies, one for each zone (us-west2-a, us-west2-b, and us-west2-c). This ensures that each zone's traffic is mirrored appropriately without unnecessary cross-zone traffic.
* Create Collector Instances:
* Set up one group of collector instances for the us-west2 region. Having a single group of collector instances for the entire region minimizes the number of instances required and simplifies the management while keeping egress costs low since the collectors are within the same region.
* Configuration of Policies:
* Each packet mirroring policy should be configured to match traffic for its specific zone. Use instance-tags to identify and match the relevant instances within each zone. This helps in correctly capturing the traffic from the appropriate sources.
* Filter for TCP Traffic:
* Create a filter for TCP traffic (ports 80 and 443). This step ensures that only the relevant web application traffic is mirrored, reducing the amount of data processed and improving efficiency.
* Cost Efficiency:
* By having packet mirroring policies specific to each zone and a regional collector group, you reduce inter-zonal network egress costs. The data remains within the same region, avoiding extra charges associated with cross-zone traffic.
:
Google Cloud Packet Mirroring Documentation
Best Practices for Packet Mirroring
Cost Management in Google Cloud
This solution aligns with Google-recommended practices by ensuring efficient traffic capture, minimal inter- zonal costs, and streamlined management of the packet mirroring setup.

NEW QUESTION # 86
You are responsible for enabling Private Google Access for the virtual machine (VM) instances in your Virtual Private Cloud (VPC) to access Google APIs. All VM instances have only a private IP address and need to access Cloud Storage. You need to ensure that all VM traffic is routed back to your on-premises data center for traffic scrubbing via your existing Cloud Interconnect connection. However, VM traffic to Google APIs should remain in the VPC. What should you do?

A. Delete the default route in your VPC and configure your on-premises router to advertise 0.0.0.0/0 via Border Gateway Protocol (BGP).
Create a private Cloud DNS zone for googleapis.com, create a CNAME for * googieapis.com to Private googleapis.com, and create an A record for private.googleapis.com that resolves to the addresses in 199.36.153.8/30.
Create a static route in your VPC for the range 199.36.153.8/30 with the default internet gateway as the next hop.
B. Delete the default route in your VPC and configure your on-premises router to advertise 0.0.0.0/0 via Border Gateway Protocol (BGP).
Create a public Cloud DNS zone with a CNAME for *.google.com to private googleapis com, create a CNAME for * googleapis.com to private googleapis com, and create an A record for Private googleapis.com that resolves to the addresses in 199.36.153 8/30.
Create a static route in your VPC for the range 199.36.153.8/30 with the default internet gateway as the next hop.
C. Delete the default route in your VPC.
Create a private Cloud DNS zone for googleapis.com, create a CNAME for *.googleapis.com to restricted googleapis.com, and create an A record for restricted googleapis com that resolves to the addresses in 199.36.153.4/30.
Create a static route in your VPC for the range 199.36.153.4/30 with the default internet gateway as the next hop.
D. Configure your on-premises router to advertise 0.0.0.0/0 via Border Gateway Protocol (BGP) with a lower priority (MED) than the default VPC route.
Create a private Cloud DNS zone for googleapis.com, create a CNAME for * googieapis.com to private googleapis com, and create an A record for private.googleapis.com that resolves to the addresses in 199 .36.153.8/30.
Create a static route in your VPC for the range 199.36.153.8/30 with the default internet gateway as the next hop.

Answer: A

Explanation:
If we want to ensure that all VM traffic is routed back to on-premises data center (let's imagine bgp fails we will send the trafic to internet).

NEW QUESTION # 87
You are designing a Google Kubernetes Engine (GKE) cluster for your organization. The current cluster size is expected to host 10 nodes, with 20 Pods per node and 150 services. Because of the migration of new services over the next 2 years, there is a planned growth for 100 nodes, 200 Pods per node, and 1500 services. You want to use VPC-native clusters with alias IP ranges, while minimizing address consumption.
How should you design this topology?

A. Use gcloud container clusters create [CLUSTER NAME]--enable-ip-alias to create a VPC-native cluster.
B. Create a subnet of size/28 with 2 secondary ranges of: /24 for Pods and /24 for Services.
Create a VPC-native cluster and specify those ranges. When the services are ready to be deployed, resize the subnets.
C. Use gcloud container clusters create [CLUSTER NAME] to create a VPC-native cluster.
D. Create a subnet of size/25 with 2 secondary ranges of: /17 for Pods and /21 for Services.
Create a VPC-native cluster and specify those ranges.

Answer: D

Explanation:
When you create a VPC-native cluster, you specify a subnet in a VPC network. The cluster uses three unique subnet IP address ranges:
It uses the subnet's primary IP address range for all node IP addresses.
It uses one secondary IP address range for all Pod IP addresses.
It uses another secondary IP address range for all Service (cluster IP) addresses.
https://cloud.google.com/kubernetes-engine/docs/concepts/alias-ips#cluster_sizing

NEW QUESTION # 88
Question:
Your organization has approximately 100 teams that need to manage their own environments. A central team must manage the network. You need to design a landing zone that provides separate projects for each team and ensure the solution can scale. What should you do?

A. Configure VPC Network Peering and peer one of the VPCs to the service project.
B. Configure Policy-based Routing for each team.
C. Configure a Shared VPC and create a VPC network in the host project.
D. Configure a Shared VPC, and create a VPC network in the service project.

Answer: C

Explanation:
Using a Shared VPC enables centralized network management and efficient resource access by service projects. This scalable setup supports isolated environments for each team while allowing the network team to manage network policies and resources in a host project.

NEW QUESTION # 89
You are troubleshooting an application in your organization's Google Cloud network that is not functioning as expected. You suspect that packets are getting lost somewhere. The application sends packets intermittently at a low volume from a Compute Engine VM to a destination on your on-premises network through a pair of Cloud Interconnect VLAN attachments. You validated that the Cloud Next Generation Firewall (Cloud NGFW) rules do not have any deny statements blocking egress traffic, and you do not have any explicit allow rules. Following Google-recommended practices, you need to analyze the flow to see if packets are being sent correctly out of the VM to isolate the issue. What should you do?

A. Verify the network/attachment/egress_dropped_packet.s_count Cloud Interconnect VLAN attachment metric.
B. Create a packet mirroring policy that is configured with your VM as the source and destined to a collector. Analyze the packet captures.
C. Enable VPC Flow Logs on the subnet that the VM is deployed in with sample_rate = 1.0, and run a query in Logs Explorer to analyze the packet flow.
D. Enable Firewall Rules Logging on your firewall rules and review the logs.

Answer: C

Explanation:
Explanation: Enabling VPC Flow Logs with sample_rate = 1.0 on the VM's subnet will give detailed information about network traffic flowing to and from your VM. You can then query this data in Logs Explorer to check whether packets are leaving the VM and reaching the intended destination. This is a recommended practice for troubleshooting such network issues.
: Google VPC Flow Logs Documentation

NEW QUESTION # 90
......

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