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Google Professional-Cloud-Network-Engineer Exam is a comprehensive exam that covers all aspects of network infrastructure on the Google Cloud Platform. It includes multiple-choice questions, case studies, and performance-based scenarios. Professional-Cloud-Network-Engineer exam is designed to test your knowledge of various networking concepts, including virtual private clouds, cloud load balancing, network security, and network monitoring. Passing Professional-Cloud-Network-Engineer Exam requires a thorough understanding of the Google Cloud Platform networking environment and its associated tools.

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Examinations Professional-Cloud-Network-Engineer Actual Questions, Professional-Cloud-Network-Engineer Test Certification Cost

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Achieving the Google Professional-Cloud-Network-Engineer Certification demonstrates a candidate's expertise and ability to design and implement network solutions on the Google Cloud Platform. Google Cloud Certified - Professional Cloud Network Engineer certification is recognized by employers and industry experts as a valuable credential that validates a candidate's skills and knowledge in networking technologies. Certified professionals are equipped with the tools and knowledge required to design, implement, and manage network solutions on the Google Cloud Platform, making them highly sought after by organizations looking to leverage the power of the cloud for their networking needs.

Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q13-Q18):

NEW QUESTION # 13
Your organization is developing a landing zone architecture with the following requirements:
* There should be no communication between production and non-production environments.
* Communication between applications within an environment may be necessary.
* Network administrators should centrally manage all network resources, including subnets, routes, and firewall rules.
* Each application should be billed separately.
* Developers of an application within a project should have the autonomy to create their compute resources.
* Up to 1000 applications are expected per environment.
You need to create a design that accommodates these requirements. What should you do?

A. Create a design where each project has its own VPC. Ensure all VPCs are connected by a Network Connectivity Center hub that is centrally managed by the network team.
B. Create a design that has a Shared VPC for each project. Implement hierarchical firewall policies to apply micro-segmentation between VPCs.
C. Create a design that has one host project with a Shared VPC for the production environment, another host project with a Shared VPC for the non-production environment, and a service project that is associated with the corresponding host project for each initiative.
D. Create a design that implements a single Shared VPC. Use VPC firewall rules with secure tags to enforce micro-segmentation between environments.

Answer: C

Explanation:
Explanation: This design allows you to separate production and non-production environments while using Shared VPCs. Each environment has its own Shared VPC, and a service project is associated with each, allowing for separate billing and autonomy for developers. Centralized management of network resources is handled by the host projects.
: Google Cloud Shared VPC Documentation

NEW QUESTION # 14
Question:
You are configuring the firewall endpoints as part of the Cloud Next Generation Firewall (Cloud NGFW) intrusion prevention service in Google Cloud. You have configured a threat prevention security profile, and you now need to create an endpoint for traffic inspection. What should you do?

A. Create a firewall endpoint within the region, associate the endpoint to the VPC network, and use a firewall policy rule to apply the L7 inspection.
B. Create a firewall endpoint within the zone, associate the endpoint to the VPC network, and use a firewall policy rule to apply the L7 inspection.
C. Attach the profile to the VPC network, create a firewall endpoint within the zone, and use a firewall policy rule to apply the L7 inspection.
D. Create a Private Service Connect endpoint within the zone, associate the endpoint to the VPC network, and use a firewall policy rule to apply the L7 inspection.

Answer: A

Explanation:
For Cloud NGFW in Google Cloud, firewall endpoints are typically created at the regional level, allowing you to associate these with your VPC network for Layer 7 traffic inspection. This regional setup ensures high availability and scales the inspection service across the network.
Reference: Google Cloud - Cloud NGFW

NEW QUESTION # 15
Your company's security team tends to use managed services when possible. You need to build a dashboard to show the number of deny hits that occur against configured firewall rules without increasing operational overhead. What should you do?

A. Configure a firewall appliance from the Google Cloud Marketplace. Route all traffic through this appliance, and apply the firewall rules at this layer. Use the firewall appliance to display the number of hits.
B. Configure Firewall Rules Logging. View the logs in Cloud Logging, and create a custom dashboard in Cloud Monitoring to display the number of hits.
C. Configure Packet Mirroring on the VPC. Apply a filter with an IP address list of the Denied Firewall rules. Configure an intrusion detection system (IDS) appliance as the receiver to display the number of hits.
D. Configure Firewall Rules Logging. Use Firewall Insights to display the number of hits.

Answer: D

NEW QUESTION # 16
Your organization's current architecture has one Shared VPC host project (SH_HOST_PRJ) that contains a single VPC (SH_VPC) and two Shared VPC service projects (SP_ONE_PRJ and SP_TWO_PRJ) that do not contain any VPCs. Each Shared VPC service project belongs to a different team: TEAM_ONE manages SP_ONE_PRJ and TEAM_TWO manages SP_TWO_PRJ.
You must design a solution that allows each team to create their own DNS private zones and DNS records only in their respective Shared VPC service projects. Workloads in SP_ONE_PRJ must be able to resolve all the DNS private zones defined in SP_TWO_PRJ and conversely. Your design must have the least amount of set up effort. What should you do?

A. 1. TEAM_ONE uses cross-project binding and creates Cloud DNS private zones and DNS records in SP_ONE_PRJ, and binds the zones to the VPC (SH_VPC) in the Shared VPC host project (SH_HOST_PRJ).
2. TEAM_TWO creates DNS private zones and DNS records in SP_TWO_PRJ and uses cross- project binding to connect the zones to the VPC (SH_VPC) in the Shared VPC host project (SH_HOST_PRJ).
B. 1. TEAM_ONE creates a new VPC (SP_ONE_VPC) in the Shared VPC service projects (SP_ONE_PRJ). TEAM_ONE creates Cloud DNS private zones and DNS records in SP_ONE_PRJ, and binds the zones to the new VPC (SP_ONE_VPC). TEAM_ONE creates a Cloud DNS peering relationship between SP_ONE_VPC and the VPC (SH_VPC) in the Shared VPC host project (SH_HOST_PRJ).
2. TEAM_TWO completes the same actions for the SP_TWO_PRJ project.
C. 1. TEAM_ONE creates a new VPC (SP_ONE_VPC) in the Shared VPC service projects (SP_ONE_PRJ). TEAM_ONE creates Cloud DNS private zones and DNS records in SP_ONE_PRJ, and binds the zones to the new VPC (SP_ONE_VPC). TEAM_ONE creates a VPC Network Peering relationship between SP_ONE_VPC and the VPC (SH_VPC) in the Shared VPC host project (SH_HOST_PRJ).
2. TEAM_TWO completes the same actions for the SP_TWO_PRJ project.
D. 1. TEAM_ONE uses cross-project binding and creates Cloud DNS private zones and DNS records in SP_ONE_PRJ, and binds the zones to the Shared VPC host project (SH_HOST_PRJ).
2. TEAM_TWO creates Cloud DNS private zones and DNS records in SP_TWO_PRJ, and uses cross-project binding to connect the zones to the Shared VPC host project (SH_HOST_PRJ).

Answer: A

Explanation:
In this scenario, using cross-project binding is the simplest and most efficient way to allow each team to create and manage their own DNS private zones while ensuring that workloads across both service projects can resolve DNS records across the Shared VPC.
Cross-project binding: This feature allows private DNS zones created in the service projects (SP_ONE_PRJ and SP_TWO_PRJ) to be associated with the Shared VPC (SH_VPC) in the host project (SH_HOST_PRJ). It enables DNS queries for those zones to be resolved by workloads attached to the Shared VPC.
Centralized connectivity: Since all workloads in both service projects (SP_ONE_PRJ and SP_TWO_PRJ) use the Shared VPC (SH_VPC), no additional VPCs or VPC peering setups are required, minimizing setup effort.
Team independence: Each team manages their DNS private zones and records independently within their respective service projects, fulfilling the requirement for decentralization.
This design achieves the desired DNS resolution while requiring the least amount of setup effort compared to solutions involving new VPCs, DNS peering, or VPC Network Peering.

NEW QUESTION # 17
You create a Google Kubernetes Engine private cluster and want to use kubectl to get the status of the pods. In one of your instances you notice the master is not responding, even though the cluster is up and running.
What should you do to solve the problem?

A. Create a route to reach the Master, pointing to the default internet gateway.
B. Create the appropriate firewall policy in the VPC to allow traffic from Master node IP address to the instance.
C. Assign a public IP address to the instance.
D. Create the appropriate master authorized network entries to allow the instance to communicate to the master.

Answer: B

NEW QUESTION # 18
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