Google Network Service Tiers
Author: Ronald Fung
Creation Date: 12 June 2023
Next Modified Date: 12 June 2024
A. Introduction
Network Service Tiers lets you optimize connectivity between systems on the internet and your Google Cloud instances. Premium Tier delivers traffic on Google’s premium backbone, while Standard Tier uses regular ISP networks.
Use Premium Tier to optimize for performance, and use Standard Tier to optimize for cost.
Standard Tier
Cost optimized: Traffic between the internet and VM instances in your VPC network is routed over the internet in general.
For services hosted entirely within a region.
Performance is comparable to other cloud providers.
B. How is it used at Seagen
Google Cloud Platform (GCP) offers a range of network service tiers that can help Seagen optimize their network performance and reduce their network costs. Here are some ways Seagen can use Google Network Service Tiers:
Standard Network Tier: Seagen can use the Standard Network Tier for their general-purpose workloads that require basic networking capabilities. This tier provides low latency and high throughput, and is suitable for most applications that do not require advanced networking features.
Premium Network Tier: Seagen can use the Premium Network Tier for their mission-critical workloads that require high availability, low latency, and high throughput. This tier provides a highly available and scalable network infrastructure, and is suitable for applications that require real-time or near-real-time performance.
Premium Tier with Internet Egress: Seagen can use the Premium Tier with Internet Egress for their workloads that require high bandwidth and low latency to the internet. This tier provides a highly available and scalable network infrastructure with optimized egress to the internet, and is suitable for applications that require high-speed internet connectivity.
Standard Tier with Internet Egress: Seagen can use the Standard Tier with Internet Egress for their workloads that require basic internet connectivity with low latency. This tier provides a low-cost and scalable network infrastructure with optimized egress to the internet, and is suitable for applications that do not require advanced networking features.
Partner Interconnect: Seagen can use the Partner Interconnect service to connect their on-premises network to GCP using a dedicated connection. This service provides a secure and reliable connection to GCP, and is suitable for applications that require high-speed and low-latency connectivity between on-premises and cloud resources.
Overall, by using Google Network Service Tiers, Seagen can optimize their network performance and reduce their network costs. With its support for Standard Network Tier, Premium Network Tier, Premium Tier with Internet Egress, Standard Tier with Internet Egress, and Partner Interconnect, Google Network Service Tiers provides a range of options that can meet the networking needs of a variety of workloads and use cases.
C. Features
Google Network Service Tiers provide a range of features that can help optimize network performance and reduce network costs. Here are some of the key features of Google Network Service Tiers:
Low latency and high throughput: Google Network Service Tiers provide low latency and high throughput for network traffic, ensuring that applications and services can perform optimally.
High availability and scalability: Google Network Service Tiers provide a highly available and scalable network infrastructure that can meet the needs of even the most demanding workloads.
Optimized egress to the internet: Google Network Service Tiers provide optimized egress to the internet, ensuring that applications and services can access the internet quickly and efficiently.
Low-cost options: Google Network Service Tiers provide low-cost options for basic networking capabilities, ensuring that users can get started with cloud networking without incurring significant costs.
Advanced networking features: Google Network Service Tiers provide advanced networking features, such as load balancing, virtual private cloud (VPC) peering, and interconnectivity options, that can help users optimize their network performance and security.
Secure connectivity: Google Network Service Tiers provide secure connectivity options, such as VPN and interconnectivity options, that can help users ensure that their network resources are secure and compliant.
Simplified management: Google Network Service Tiers provide a simplified management interface that allows users to manage their network resources easily and efficiently, reducing the time and effort required to manage complex networking environments.
Overall, with its support for low latency, high throughput, high availability, scalability, optimized egress to the internet, low-cost options, advanced networking features, secure connectivity, and simplified management, Google Network Service Tiers provide a comprehensive suite of networking capabilities that can meet the needs of a variety of workloads and use cases.
D. Where Implemented
E. How it is tested
Testing Google Network Service Tiers involves ensuring that the network resources are properly configured and optimized for performance, reliability, and security. Here are some steps to test Google Network Service Tiers:
Create a test environment: Create a test environment that mimics the production environment as closely as possible, including the network configuration, machine types, and storage options. Ensure that the network resources are properly configured and that the security policies are in place.
Deploy test resources: Deploy test resources, such as Google Compute Engine instances or Microsoft Azure Virtual Machines, on the test environment. Ensure that the resources are properly configured and that they can communicate with each other.
Test network performance: Test the network performance between the test resources using ping or other network testing tools. Ensure that the network traffic is flowing properly and that there are no connectivity issues.
Test network latency: Test the network latency using network testing tools, such as Google Cloud Ping or Microsoft Azure Network Performance Monitor. Ensure that the network latency is within acceptable limits for the application or service being tested.
Test network throughput: Test the network throughput using network testing tools, such as Google Cloud Speedtest or Microsoft Azure Network Performance Monitor. Ensure that the network throughput is sufficient for the application or service being tested.
Test network security: Test the network security capabilities, such as firewall rules, access controls, and intrusion detection, using network security testing tools, such as Google Cloud Security Scanner or Microsoft Azure Security Center. Ensure that the network resources are secure and compliant with industry and regulatory standards.
Test network optimization: Test the network optimization capabilities, such as load balancing, VPC peering, and interconnectivity options, using network optimization testing tools, such as Google Cloud Load Testing or Microsoft Azure Traffic Manager. Ensure that the network resources are optimized for performance, reliability, and security.
Overall, by thoroughly testing Google Network Service Tiers, users can ensure that their network resources are properly configured and optimized for performance, reliability, and security. Additionally, users can reach out to Google Cloud support or Microsoft Azure support for help with any technical challenges they may encounter.
F. 2023 Roadmap
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G. 2024 Roadmap
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H. Known Issues
While Google Network Service Tiers offer a range of capabilities to help optimize network performance and reduce network costs, there are some known issues that users may encounter. Here are some of the known issues for Google Network Service Tiers:
Network performance issues: Users may encounter network performance issues, such as high latency or low throughput, especially for workloads that require low latency or high throughput. This issue can often be resolved by optimizing the network configuration, such as using the appropriate machine types, adjusting the routing tables, or enabling network load balancing.
Network security issues: Users may encounter network security issues, such as unauthorized access or data breaches, especially for workloads that require high security. This issue can often be resolved by using the appropriate security policies and access controls, such as firewall rules and VPN connections.
Network optimization issues: Users may encounter network optimization issues, such as inefficient resource utilization or suboptimal network routing, especially for workloads that require complex networking capabilities. This issue can often be resolved by using the appropriate network optimization tools and services, such as load balancing and VPC peering.
Integration issues: Users may encounter integration issues with other cloud services or third-party tools, such as firewalls or intrusion detection systems. This issue can often be resolved by using industry-standard protocols and APIs to enable interoperability between different cloud services and tools.
Cost issues: Users may encounter cost issues, such as unexpected charges or inefficient resource utilization, especially for workloads that require high network bandwidth or complex networking capabilities. This issue can often be resolved by optimizing the network configuration, such as using the appropriate machine types, storage options, and pricing models.
Overall, while these issues may impact some users, Google Network Service Tiers remain a powerful and reliable suite of networking capabilities that is widely used by businesses and organizations around the world. By monitoring their network performance and security alerts and logs, reviewing their network configuration and policies, and using best practices and industry standards, users can ensure that their network resources are optimized for performance, reliability, and security. Additionally, users can reach out to Google Cloud support or Microsoft Azure support for help with any known issues or other technical challenges they may encounter.
[x] Reviewed by Enterprise Architecture
[x] Reviewed by Application Development
[x] Reviewed by Data Architecture