Amazon Virtual Private Cloud (Amazon VPC) lets users provision a logically isolated section of the AWS Cloud where they can launch AWS resources in a virtual network. Users have control over the virtual networking environment, including selection of one's IP address range, creation of subnets, and configuration of route tables and network gateways. Users can use both IPv4 and IPv6 in the VPC for secure and easy access to resources and applications.
$0.05
per month per NAT gateway
Google Cloud Virtual Private Cloud (VPC)
Score 9.3 out of 10
N/A
Google Cloud Virtual Private Cloud has a network of 27 regions and 200+ countries and territories, boasting little to no downtime for its users. It is automatically configured or can be done by the user and allows you to bring your own IP addresses to reduce downtime caused by migration.
$0
per ingress traffic
Pricing
Amazon Virtual Private Cloud (VPC)
Google Cloud Virtual Private Cloud (VPC)
Editions & Modules
IP Address Manager (IPAM)
$0.00027 per active IP address managed by IPAM
Hourly
Traffic Monitoring
$0.015 per ENI ($/hour)
Hourly
NAT Gateway
$0.045 per NAT gateway
Hourly
Standard
Free
Hourly
egress traffic
$0 - 0.15
per GB
ingress traffic
$0
based on services that process ingress traffic: Load Balancers, Cloud NAT, Protocol forwarding.
Premium Tier (egress rates)
$0- $0.23
per month per GB of data delivered
Standard Tier (egress rates)
$0.045, $0.065, $0.085
per month per GB of data delivered: 150-500TB, 10-150TB, 0-10TB
Offerings
Pricing Offerings
Amazon Virtual Private Cloud (VPC)
Google Cloud Virtual Private Cloud (VPC)
Free Trial
Yes
Yes
Free/Freemium Version
Yes
Yes
Premium Consulting/Integration Services
No
No
Entry-level Setup Fee
No setup fee
No setup fee
Additional Details
There is no additional charge for creating and using an Amazon Virtual Private Cloud (VPC) itself, you can pay for optional VPC capabilities with usage-based charges. AWS provides features and services that give you the ability to customize control, connectivity, monitoring, and security for your Amazon VPC.
Most of my cloud services are deployed in Google Cloud. As such I decided to use Google Cloud VPC as compared to Amazon Virtual Private Cloud. Support for serverless connector is super useful given that most of the micro services I build are deployed as Cloud Run services.
If you are going to deploy within AWS, you need to know how to leverage VPCs. VPCs have several items you must configure for them to be usable and to even link one VPC to another. If you are only going to deploy a few resources or use some of the default configurations, you still need to have working knowledge of how a VPC functions. If you are used to working with VLANs and the ideology behind those, that is the best direct reference to how a VPC can be described, but with additional layers on top of that with route tables, internet gateways, etc.
An effective pricing strategy is in place. Google Cloud VPC is the most secure since it runs on a private network and never contacts the public network. Google is well-known for its AI/ML and Kubernetes engines, both of which have a leg up on the competition. Google Cloud VPC's database services are yet to be improved.
The biggest issue with VPC networks is knowing how you can leverage VPC endpoints to ensure your resources within the VPC are not reaching out over the Internet to get to AWS services such as S3 and others.
VPC is a difficult concept to grasp and recommendations for configuring it would be helpful in educating the users to make the right choice while using the product in configuring networking for their cloud deployments. Also, the user interface can be intuitively designed so as to suggest templates to perform common configurations with regard to VPC.
Google VPC and networking infrastructure is very matured and is built later after Amazon VPC. It made sure to address all the limitations faced by amazon VPC. Google Virtual private cloud is across regions while amazon VPC covers only one region but multiple zones. Google VPC is a global resource while AWS is a regional resource.
AWS VPCs are actively used for following various compliance and regulatory needs such as network separation for PCI DSS. The ability to keep resources and access to those resources controlled through the initial steps of creating VPCs has helped tremendously.