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| Section | Objectives |
|---|
| Topic 1: Implement hybrid connectivity | - VPN and peering
- 1. VPC peering and Shared VPC
- 2. HA VPN setup
- Dedicated and partner interconnect
- 1. High availability design patterns
- 2. VLAN attachments and configuration
|
| Topic 2: Design and plan a Google Cloud network | - Hybrid and multi-cloud architecture design
- 1. Routing strategy design (BGP)
- 2. Interconnect and VPN planning
- VPC design and topology planning
- 1. Subnet design and IP address planning
- 2. Regional vs global architecture considerations
|
| Topic 3: 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. Cloud Monitoring and Logging usage
- 2. Network Intelligence Center tools
|
| Topic 4: Implement virtual networks | - Load balancing and traffic management
- 1. HTTP(S), TCP/SSL load balancing
- 2. Cloud DNS configuration
- VPC configuration
- 1. Firewall rules configuration
- 2. Custom mode VPC setup
|
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Google Cloud Certified - Professional Cloud Network Engineer Sample Questions (Q187-Q192):
NEW QUESTION # 187
You have several VMs across multiple VPCs in your cloud environment, which require access to internet endpoints. These VMs cannot have public IP addresses due to security policies, so you plan to use Cloud NAT to provide outbound internet access. Within your VPCs, you have several subnets in each region. You want to ensure that only specific subnets have access to the internet through Cloud NAT. You want to avoid any unintentional configuration issues caused by other administrators, and align to Google-recommended practices. What should you do?
- A. Create a firewall rule in each VPC at priority 500 that targets all instances in the network and denies egress to the internet, 0.0.0.0/0. Create a firewall rule at priority 300 that targets all instances in the network, has a source filter that maps to the allowed subnets, and allows egress to the internet, 0.0.0.0/0. Deploy Cloud NAT, and configure a custom source range that includes the allowed subnets.
- B. Create a firewall rule in each VPC at priority 500 that targets all instances in the network and denies egress to the internet, 0.0.0.0/0. Create a firewall rule at priority 300 that targets all instances in the network, has a source filter that maps to the allowed subnets, and allows egress to the internet, 0.0.0.0/0. Deploy Cloud NAT, and configure all primary and secondary subnet source ranges.
- C. Create a constraints/compute.restrictCloudNATUsage organizational policy constraint. Attach the constraint to a folder that contains the associated projects. Configure the allowedValues to only contain the subnets that should have internet access. Deploy Cloud NAT and select only the allowed subnets.
- D. Deploy Cloud NAT in each VPC, and configure a custom source range that includes the allowed subnets. Configure Cloud NAT rules to only permit the allowed subnets to egress through Cloud NAT.
Answer: D
Explanation:
Cloud NAT with Custom Source Ranges: Cloud NAT allows you to configure a custom source range that limits which subnets can use it for outbound internet access. By specifying the allowed subnets only, you can ensure that no unauthorized subnet can unintentionally or maliciously use Cloud NAT for egress.
Cloud NAT Rules for Subnet-Specific Control: Configuring rules in Cloud NAT allows fine-grained control over which subnets have access to the internet. This aligns with Google-recommended practices for securing internet access and avoiding configuration errors.
Avoiding Unintentional Configuration Issues: By using Cloud NAT's built-in configuration options (custom source ranges and NAT rules), you eliminate the need for additional firewall rules or complex organizational policies, reducing the likelihood of misconfiguration by administrators.
NEW QUESTION # 188
Your company runs an enterprise platform on-premises using virtual machines (VMS). Your internet customers have created tens of thousands of DNS domains panting to your public IP addresses allocated to the Vtvls Typically, your customers hard-code your IP addresses In their DNS records You are now planning to migrate the platform to Compute Engine and you want to use Bring your Own IP you want to minimize disruption to the Platform What Should you d0?
- A. Create a VPC and request static external IP addresses from Google Cloud Assagn the IP addresses to the Compute Engine instances. Notify your customers of the new IP addresses so they can update their DNS
- B. Create a VPC With the same IP address range as your on-premises network Asson the IP addresses to the Compute Engine Instances.
- C. Verify ownership of your IP addresses. Use live migration to import the prefix Assign the IP addresses to Compute Engine instances.
- D. Verify ownership of your IP addresses. After the verification, Google Cloud advertises and provisions the IP prefix for you_ Assign the IP addresses to the Compute Engine Instances
Answer: C
Explanation:
The correct answer is D because it allows you to use your own public IP addresses in Google Cloud without disrupting the platform or requiring your customers to update their DNS records. Option A is incorrect because it involves changing the IP addresses and notifying the customers, which can cause disruption and errors. Option B is incorrect because it does not use live migration, which is a feature that lets you control when Google starts advertising routes for your prefix. Option C is incorrect because it does not involve bringing your own IP addresses, but rather using Google-provided IP addresses.
NEW QUESTION # 189
You need to define an address plan for a future new GKE cluster in your VPC. This will be a VPC native cluster, and the default Pod IP range allocation will be used. You must pre-provision all the needed VPC subnets and their respective IP address ranges before cluster creation. The cluster will initially have a single node, but it will be scaled to a maximum of three nodes if necessary. You want to allocate the minimum number of Pod IP addresses.
Which subnet mask should you use for the Pod IP address range?
Answer: B
Explanation:
https://cloud.google.com/kubernetes-engine/docs/how-to/alias-ips#cluster_sizing_secondary_range_pods
NEW QUESTION # 190
(Your digital media company stores a large number of video files on-premises. Each video file ranges from
100 MB to 100 GB. You are currently storing 150 TB of video data in your on-premises network, with no room for expansion. You need to migrate all infrequently accessed video files older than one year to Cloud Storage to ensure that on-premises storage remains available for new files. You must also minimize costs and control bandwidth usage. What should you do?)
- A. Use Storage Transfer Service to move the data from the selected on-premises file storage systems to a Cloud Storage bucket.
- B. Use Transfer Appliance to request an appliance. Load the data locally, and ship the appliance back to Google for ingestion into Cloud Storage.
- C. Create a Cloud Storage bucket. Establish an Identity and Access Management (IAM) role with write permissions to the bucket. Use the gsutil tool to directly copy files over the network to Cloud Storage.
- D. Set up a Cloud Interconnect connection between the on-premises network and Google Cloud. Establish a private endpoint for Filestore access. Transfer the data from the existing Network File System (NFS) to Filestore.
Answer: A,B,C
Explanation:
Let's analyze each option:
A: Using gsutil: While gsutil can transfer data to Cloud Storage, for 150 TB of infrequently accessed data, direct transfer over the network might be slow and consume significant bandwidth, potentially impacting other network operations. It also lacks built-in mechanisms for filtering files based on age.
B: Using Cloud Interconnect and Filestore: Cloud Interconnect provides a dedicated connection, but Filestore is a fully managed NFS service primarily designed for high-performance file sharing for applications running in Google Cloud. Migrating 150 TB of infrequently accessed data to Filestore would be cost-inefficient compared to Cloud Storage and doesn't directly address the requirement of moving older than one year files.
C: Using Transfer Appliance: Transfer Appliance is suitable for very large datasets (petabytes) or when network connectivity is poor or unreliable. While it addresses bandwidth concerns, it involves a physical appliance and might be an overkill for 150 TB of data, especially if network connectivity is reasonable.
D: Using Storage Transfer Service: Storage Transfer Service is specifically designed for moving large amounts of data between online storage systems, including on-premises file systems and Cloud Storage. It offers features like filtering by file age, scheduling transfers, and bandwidth control, directly addressing all the requirements of the question: migrating infrequently accessed files older than one year to Cloud Storage, minimizing costs (by using appropriate Cloud Storage classes for infrequent access), and controlling bandwidth usage.
Google Cloud Documentation References:
Storage Transfer Service Overview: https://cloud.google.com/storage-transfer-service/docs/overview - This page details the capabilities and use cases of Storage Transfer Service, including transferring from on- premises.
Storage Transfer Service for on-premises data: https://cloud.google.com/storage-transfer-service/docs/on- prem-overview - This specifically covers transferring data from on-premises file systems.
Cloud Storage Classes: https://cloud.google.com/storage/docs/storage-classes - Understanding the different storage classes (Standard, Nearline, Coldline, Archive) is crucial for cost optimization of infrequently accessed data. Storage Transfer Service can be configured to move data to a cost-effective class like Nearline or Coldline.
NEW QUESTION # 191
Your company just completed the acquisition of Altostrat (a current GCP customer). Each company has a separate organization in GCP and has implemented a custom DNS solution. Each organization will retain its current domain and host names until after a full transition and architectural review is done in one year. These are the assumptions for both GCP environments.
* Each organization has enabled full connectivity between all of its projects by using Shared VPC.
* Both organizations strictly use the 10.0.0.0/8 address space for their instances, except for bastion hosts (for accessing the instances) and load balancers for serving web traffic.
* There are no prefix overlaps between the two organizations.
* Both organizations already have firewall rules that allow all inbound and outbound traffic from the 10.0.0.0/8 address space.
* Neither organization has Interconnects to their on-premises environment.
You want to integrate networking and DNS infrastructure of both organizations as quickly as possible and with minimal downtime.
Which two steps should you take? (Choose two.)
- A. Create a third organization with a new host project, and attach all projects from your company and Altostrat to it using shared VPC
- B. Provision Cloud Interconnect to connect both organizations together.
- C. Use Cloud DNS to create A records of all VMs and resources across all projects in both organizations.
- D. Connect VPCs in both organizations using Cloud VPN together with Cloud Router.
- E. Set up some variant of DNS forwarding and zone transfers in each organization.
Answer: B,C
NEW QUESTION # 192
......
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