Goals
- Configure Google VPC networks, subnets, and routers
- Control administrator access to VPC objects
- Control network access to endpoints in VPCs
- Interconnect networks between GCP projects
- Interconnect networks between GCP VPC networks and on-premises networks or in other clouds
- Choose and configure GCP proxy and load balancing options
- Reduce latency and save money using Cloud CDN
- Optimize network expense at home » network level help
- Configure Cloud NAT or private access to Google to allow instances without public IP addresses to access other services
- Deploy networks declaratively to thehelp from Cloud Deployment Manager or Terraform
- Create networks to meet common customer requirements
- Configure monitoring and logging to resolve network issues
Program
Understand that networks are owned by projects
Know the differences between default, automatic, and custom
networks Create networks and subnets
Understand how to assign IPv4 addresses to Compute Engine instances
Publish domain names using Google Cloud DNS
Create Compute Engine Instances With Alias IP Addresses
Create Compute Engine Instances With Multiple Virtual Network Interfaces
Understand the effect of IAM rules on VPC networks
Control access to network resources using service accounts
Control access to Compute Engine instances using tag-based firewall rules
Understand the overall workflow for configuring a shared VPC
Differentiate IAM roles that are used to manage network resources
Configure peering between unrelated VPC networks
Understand the use cases of a shared VPC and those of peer peering VPC networks
Know the different load balancing services
Configure Layer 7 HTTP (S) load balancing
White and blacklists of IP traffic with Cloud Armor
Caching content using Cloud CDN
Explain balancing Layer 4 TCP or SSL proxy load
balancer Explain regional network load balancing
Configure internal load balancing
Know the options for enabling IPv6 Internet connectivity for GCP load
balancers Determine the GCP load balancer at use depending on the case
Know the GCP interconnect and peering services available to connect your infrastructure to GCP
Understand the dedicated interconnect and the partner interconnect
Know the overall workflow for setting up a dedicated interconnect
Establish a connection over a VPN with Cloud Router
Determine the GCP interconnection service to use depending on the case
Understand direct peering and partner peering
Determine the GCP peering service to use depending on the case
Understand how networking features are billed
Leverage network service levels to optimize spend
Determine which level of network service to use based on cases
Know labels can help understand networking spending
Know the most common network design schemes
Configure private access to Google to allow access to certain Google Cloud services from VM instances that have only internal IP addresses
Configure Cloud NAT to allow your instances without IP addresses public access to the Internet
Automate network deployment using Deployment Manager or Terraform
Launch networking solutions using Cloud Marketplace
Configure uptime tests, alert rules, and charts for your network services
Log and analyze the behavior of network traffic using VPC flow logs
Duration
2 days
Price
£ 1547
Audience
Engineers and network administrators who use or plan to use Google Cloud Platform
People interested in software-defined network solutions in the cloud
Prerequisites
Have completed the Google Cloud Platform: Fundamentals (Core Infrastructure) training or have equivalent experience
Understand how the OSI 7-layer model works
Understand how IPv4 addressing works and have experience in managing IPv4 routes
Reference
CLO100688-F
Sessions
Contact us for more informations about session date