Guidance for AdTech Private Network on AWS
Overview
How it works
This architecture diagram is designed for publishers of ad-supported websites. It enables supply side platforms (SSPs) and demand side platforms (DSPs) to deploy their programmatic bidding application in the same AWS Region to create a private connection using AWS PrivateLink services to route real-time bidding (RTB) traffic in a highly scalable, secure, and cost-optimized design.
Well-Architected Pillars
The architecture diagram above is an example of a Solution created with Well-Architected best practices in mind. To be fully Well-Architected, you should follow as many Well-Architected best practices as possible.
Operational Excellence
For optimal operational support, we recommend having a secondary route to the internet in case PrivateLink services fail.
Security
AdTech customers deploy their programmatic workload on a public subnet to reduce data transfer and NAT Gateway costs. This architecture helps customers move to a private subnet and route the traffic over private endpoints.
Reliability
This architecture is powered by PrivateLink, which is built on top ofAWS Hyperplane, a highly scalable and reliable distributed system used for managing connections that allows PrivateLink to have defined SLAs in place. For more information about PrivateLink and AWS Hyperplane, visit the AWS Blog: Understanding VPC links in Amazon API Gateway private integrations.
Performance Efficiency
The major component in the architecture is PrivateLink, which is a managed service and is available in all AWS regions. PrivateLink is easy to set up and configure, which helps customers to go global in minutes.
Cost Optimization
Both demand-side (DSP) and supply-side (SSP) customers can save costs by moving to Private Network for AdTech. DSPs will bring their data transfer cost to connected partners to zero and SSP will use PrivateLink tiered pricing.
Sustainability
PrivateLink is a managed service and AWS managed services shift responsibility for maintaining high average utilization and sustainability optimization of the deployed hardware.
Disclaimer
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