AWS Tokyo - Web App and Video Delivery

AWSNetworkadvanced
AWS Tokyo - Web App and Video Delivery — AWS network diagram

About This Architecture

Multi-AZ web application and video delivery platform in AWS Tokyo region combines Route 53 DNS, AWS WAF protection, and CloudFront CDN for global content distribution. Application layer uses ALB-fronted EC2 instances in private subnets communicating with RDS MySQL for persistence, while MediaConvert processes video uploads from S3 into HLS-formatted outputs for streaming. CloudWatch monitors application health with SNS-triggered email notifications, ensuring operational visibility across the entire stack. Fork this diagram to customize subnets, instance types, or add additional regions for your own multi-region deployment. The architecture demonstrates best practices for separating public ALB, private application, and isolated data tiers across availability zones ap-northeast-1a and ap-northeast-1c.

People also ask

How do I architect a scalable video delivery platform on AWS with multi-AZ redundancy and CDN distribution?

This diagram shows a Tokyo-region architecture using Route 53 for DNS, CloudFront for CDN, MediaConvert for video transcoding to HLS, and multi-AZ ALB with EC2 and RDS for application logic. AWS WAF protects the stack while CloudWatch and SNS provide monitoring and alerting across availability zones.

AWSvideo-deliverymulti-AZCloudFrontMediaConvertTokyo-region
Domain:
Cloud Aws
Audience:
AWS solutions architects designing multi-region video delivery and web application infrastructure

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About This Architecture

Multi-AZ web application and video delivery platform in AWS Tokyo region combines Route 53 DNS, AWS WAF protection, and CloudFront CDN for global content distribution. Application layer uses ALB-fronted EC2 instances in private subnets communicating with RDS MySQL for persistence, while MediaConvert processes video uploads from S3 into HLS-formatted outputs for streaming. CloudWatch monitors application health with SNS-triggered email notifications, ensuring operational visibility across the entire stack. Fork this diagram to customize subnets, instance types, or add additional regions for your own multi-region deployment. The architecture demonstrates best practices for separating public ALB, private application, and isolated data tiers across availability zones ap-northeast-1a and ap-northeast-1c.

People also ask

How do I architect a scalable video delivery platform on AWS with multi-AZ redundancy and CDN distribution?

This diagram shows a Tokyo-region architecture using Route 53 for DNS, CloudFront for CDN, MediaConvert for video transcoding to HLS, and multi-AZ ALB with EC2 and RDS for application logic. AWS WAF protects the stack while CloudWatch and SNS provide monitoring and alerting across availability zones.

AWS Tokyo - Web App and Video Delivery

AWSadvancedvideo-deliverymulti-AZCloudFrontMediaConvertTokyo-region
Domain: Cloud AwsAudience: AWS solutions architects designing multi-region video delivery and web application infrastructure
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Created by

April 20, 2026

Updated

April 20, 2026 at 1:38 AM

Type

network

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