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

Section	Weight	Objectives
Configuring managed network services	16%	- Cloud CDN 1. Caching rules, origin configuration - Load balancing 1. Backend services, NEGs, health checks 2. Internal/external, regional/global types - Cloud DNS 1. Public/private zones, forwarding, peering 2. DNSSEC, logging - Cloud NAT 1. Address allocation, port management
Configuring cloud network security solutions	12%	- VPC Service Controls 1. Service perimeters, access levels - Secure Web Proxy 1. URL filtering, access control - Cloud Armor 1. Security policies, WAF rules, DDoS protection
Configuring hybrid and multi-cloud connectivity	14%	- Cloud VPN 1. Site-to-site, HA VPN, policy-based/route-based - Cloud Interconnect 1. Dedicated, Partner Interconnect, VLAN attachments - Cloud Router 1. BGP configuration, route advertisement
Implementing a VPC network	20%	- VPC connectivity 1. VPC Peering, Shared VPC setup 2. Dynamic and static routing - Hierarchical firewalls and security policies 1. Cloud Next Generation Firewall - Configuring VPC resources 1. Networks, subnets, firewall rules/policies 2. Private Google Access, service accounts - Network Connectivity Center 1. Spoke and hub configuration
Designing and planning a Google Cloud VPC network	26%	- Designing hybrid and multi-cloud networks 1. Cloud Router and BGP design 2. Cloud Interconnect / Cloud VPN architecture - Designing VPC networks 1. IP address management 2. Private Service Access / Private Service Connect 3. Subnet design and CIDR planning 4. Standalone vs Shared VPC - Designing overall network architecture 1. Network tiers (Premium/Standard) 2. DNS topology design 3. High availability, disaster recovery, scalability - Designing for GKE networking 1. Alias IP ranges, private control plane
Managing, monitoring, and troubleshooting network operations	12%	- Monitoring and logging 1. VPC Flow Logs, Firewall Insights 2. Network Intelligence Center 3. Cloud Logging, Cloud Monitoring - 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 (Q136-Q141):

NEW QUESTION # 136
Your organization is connecting their Shared VPC network to their on-premises data center by using Dedicated Interconnect to provide connectivity to all of its service projects. You need to create a design to configure your VLAN attachments and Cloud Routers. You also want to achieve a 99.9% Cloud Interconnect SLA based on Google Cloud s reference design. What should you do?

A. Create two Cloud Interconnect connections in different edge availability domains of the co- location facility in a project that will contain your connections. Create one VLAN attachment for each physical interconnect and a single Cloud Router in the service projects.
B. Create two Interconnect connections in different edge availability domains of the co-location facility in a project that will contain your connections. Create one VLAN attachment for each physical Cloud Interconnect connection and a single Cloud Router in the Shared VPC host project.
C. Create two Cloud Interconnect connections in different edge availability domains of the co- location facility in a project that will contain your connections. Create a Cloud Router in the Shared VPC host project and the VLAN attachments in the Shared VPC service projects.
D. Create two Cloud Interconnect connections in different edge availability domains of two different co-location facilities in a project that will contain your connections. Create one VLAN attachment and Cloud Router for each physical interconnect in the Shared VPC host project.

Answer: D

Explanation:
To achieve a 99.9% SLA for Cloud Interconnect, you must deploy two connections in separate edge availability domains in different co-location facilities. This design ensures redundancy and eliminates single points of failure. By creating separate VLAN attachments and Cloud Routers in the Shared VPC host project, the centralized network can manage routing and connectivity effectively, while providing high availability and seamless failover for all service projects. This approach aligns with Google's recommended practices for achieving the required SLA.

NEW QUESTION # 137
Your organization wants to set up hybrid connectivity with VLAN attachments that terminate in a single Cloud Router with 99.9% uptime. You need to create a network design for your on- premises router that meets those requirements and has an active/passive configuration that uses only one VLAN attachment at a time. What should you do?

A. Create a design that uses a BGP multi-exit discriminator (MED) attribute to influence the egress path from Google Cloud to the on-premises environment.
B. Create a design that uses the LOCAL_PREF BGP attribute to influence the egress path from Google Cloud to the on-premises environment.
C. Create a design that uses an equal-cost multipath (ECMP) with flow-based hashing on your on- premises devices.
D. Create a design that uses the AS_PATHBGP attribute to influence the egress path from Google Cloud to the on-premises environment.

Answer: B

Explanation:
In an active/passive configuration with hybrid connectivity, where only one VLAN attachment is active at a time, the LOCAL_PREF BGP attribute is used to influence the egress path from Google Cloud to the on-premises environment. LOCAL_PREF is a BGP attribute that determines the preferred path for outgoing traffic within an autonomous system. By configuring LOCAL_PREF, you can ensure that traffic egresses through the active VLAN attachment and not the passive one. This approach provides the required active/passive configuration and ensures a reliable setup with 99.9% uptime.

NEW QUESTION # 138
You are implementing firewall controls to protect your compute resources in a newly created VPC. To make the protection process easier to manage and control, you've defined the hierarchical firewall policies, global network firewall policies, and VPC firewall rules. The configuration of rules defines the following characteristics:
- The hierarchical firewall policy, bound at the organization level, is allowing/denying specific external traffic.
- There is a global network firewall policy with rules that enforce
intrusion prevention system (IPS) capabilities for specific external
inbound/outbound traffic.
- The VPC firewall rules allow internal communication from RFC 1918
defined subnets communications.
- The VPC firewall contains an explicit deny rule with logs enabled.
This configuration was successful in multiple preexisting VPCs. However, you noticed that the logs were missing when you were reviewing a newly created VPC. All external communications are hanging, but internal traffic is working as expected. You want to fix the connectivity issue.
What should you do?

A. Review the order in which the VPC firewall rules and policies are evaluated. If the VPC firewall rules are being evaluated before firewall policies, switch the order.
B. Create a new VPC and migrate existing resources to the new VPC. Delete the old VPC, and reapply the firewall policies and rules in the new VPC.
C. Raise the priority numbers of the firewall policy rules and lower the priority numbers of the VPC firewall rules.
D. Lower the priority numbers of the firewall policy rules and raise the priority numbers of the VPC firewall rules.

Answer: A

Explanation:
Firewall policies and rules in Google Cloud are evaluated in a specific order, and misconfiguration in their evaluation order can cause unexpected behavior, such as blocking or allowing unintended traffic.
Hierarchical firewall policies (bound at the organization or folder level) are evaluated before global network firewall policies and VPC firewall rules. In this case, it appears that the hierarchical firewall policy or global firewall policy is denying traffic before the VPC firewall rules are even evaluated, which is why all external communications are failing, and logs for the explicit deny rule in the VPC firewall are missing.
To fix this issue, you need to ensure the correct evaluation order of policies and rules:
1. Hierarchical firewall policies are evaluated first.
2. Global network firewall policies are evaluated next.
3. VPC firewall rules are evaluated last.
Switching the order to ensure the correct hierarchy resolves the issue while maintaining the existing configuration.

NEW QUESTION # 139
Your organization has a subset of applications in multiple regions that require internet access. You need to control internet access from applications to URLs, including hostnames and paths. The compute instances that run these applications have an associated secure tag. What should you do?

A. Deploy a Cloud NAT gateway. Use fully qualified domain name (FQDN) objects in the firewall policy rules to filter outgoing traffic to specific domains from machines that match a service account.
B. Deploy a Secure Web Proxy instance in each region. Apply a Secure Web Proxy policy to allow access from machines that match the secure tag to the URLs defined in a URL list.
C. Deploy a Cloud NAT gateway. Use fully qualified domain name (FQDN) objects in the firewall policy rules to filter outgoing traffic to specific domains from machines that match the secure tag.
D. Deploy a single Secure Web Proxy instance with global access enabled. Apply a Secure Web Proxy policy to allow access from machines that match the secure tag to the URLs defined in a URL list.

Answer: D

Explanation:
To control internet access on a per-URL basis (including hostname and path), you should deploy Secure Web Proxy with global access enabled. The Secure Web Proxy will allow policy-based filtering of web traffic, allowing control over which URLs can be accessed based on the URL list defined in the policy. Unlike Cloud NAT, which does not support FQDN filtering, Secure Web Proxy is designed to provide such control, especially for scenarios with sensitive or controlled internet access requirements.

NEW QUESTION # 140
You are designing a security-focused network architecture on Google Cloud. Your company has deployed a central inspection VPC that contains a fleet of Cloud Next Generation Firewall (NGFW) appliances. The inspection VPC has a default route with next hop pointing to the passthrough Network Load Balancer with NGFW appliances as backends.
You also have two application VPCs (App-A and App-B) that are not allowed to directly communicate with each other, nor do they have a default route in their VPC. You need to ensure that all traffic originating from App-A and App-B are forced through the inspection VPC to be analyzed by the Cloud NGFW appliances.
What should you do?

A. Create two separate VPC Network Peering connections: One between the inspection VPC and App-A, and another between the inspection VPC and App-B.
B. Use VPC Network Peering to create a full mesh by peering all three VPCs with each other, and then use firewall rules to deny all traffic between App-A and App-B.
C. Create a Network Connectivity Center hub in mesh topology, connect all three VPCs as spokes, and configure the inspection VPC to advertise the default route.
D. Create a Network Connectivity Center hub in star topology. Configure the inspection VPC spoke as a center group that advertises a default route, and configure the application VPCs as edge spokes to use that route for inter-VPC traffic.

Answer: D

Explanation:
Use Network Connectivity Center in a star topology, with the inspection VPC as the center group and the application VPCs as edge spokes. In NCC, a star topology is specifically used to prevent direct communication between spoke VPCs while still allowing them to reach shared services through the center. By having the inspection VPC advertise the default route, traffic from App-A and App-B can be forced toward the inspection VPC, where the Cloud NGFW appliances sit behind the passthrough Network Load Balancer. This matches the requirement to block direct App-A to App-B communication and steer all outbound traffic through centralized inspection.

NEW QUESTION # 141
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