About This Architecture

AWS disaster recovery workflow for college websites using CloudWatch monitoring, EC2 AMI/EBS snapshots, RDS point-in-time recovery, and S3 backups to detect failures and restore service. The process flows from continuous monitoring through failure detection, parallel backup retrieval across compute, database, and file storage layers, and convergence at a restore and validation checkpoint. Route 53 DNS failover ensures traffic reroutes to recovered infrastructure without manual intervention. This architecture demonstrates AWS best practices for RTO/RPO optimization in educational environments where uptime directly impacts student and faculty access to critical services.

People also ask

How do you implement a disaster recovery process for an AWS-hosted college website using EC2, RDS, and S3?

This diagram shows a complete AWS DR workflow: CloudWatch continuously monitors your college website EC2 and RDS infrastructure; upon failure detection, the process retrieves EC2 AMI/EBS snapshots, RDS point-in-time backups, and S3 file/log backups in parallel, merges them, restores compute and database layers, validates functionality, and updates Route 53 DNS to redirect traffic to recovered reso

AWS Disaster Recovery Process College Website

AWSintermediatedisaster-recoveryhigh-availabilityEC2RDSCloudWatch
Domain: Cloud AwsAudience: AWS solutions architects designing disaster recovery strategies for higher education infrastructure
4 views0 favoritesPublic

Created by

August 19, 2026

Updated

September 20, 2026 at 9:22 PM

Type

flowchart

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