COSC2757 Assignment 2.1 - AWS Full Architecture

AWSArchitectureadvanced
COSC2757 Assignment 2.1 - AWS Full Architecture — AWS architecture diagram

About This Architecture

Multi-tier AWS architecture spanning presentation, application, and data layers with hybrid on-premises connectivity via Site-to-Site VPN. Internet users access static S3 content and web servers through an Application Load Balancer, while Auto Scaling groups manage compute capacity based on CPU thresholds, with RDS MySQL providing database redundancy across availability zones. Lambda functions process S3 events and trigger SNS notifications, with CloudWatch monitoring and logging throughout, while a private S3 bucket accessed via VPC Gateway Endpoint and DynamoDB support application state management. Fork this diagram to customize VPC CIDR blocks, scaling policies, or add additional AWS services like API Gateway or ElastiCache for your production workload.

People also ask

How do I design a scalable AWS architecture with load balancing, auto-scaling, database redundancy, and hybrid on-premises connectivity?

This diagram shows a production-ready AWS architecture using an Application Load Balancer to distribute traffic to Auto Scaling EC2 instances, RDS MySQL with standby replica for high availability, and Site-to-Site VPN connecting on-premises networks to private subnets. Lambda processes S3 events, CloudWatch monitors metrics, and SNS sends notifications, while DynamoDB and private S3 buckets via VP

AWSmulti-tier architectureauto-scalingRDSVPNhybrid cloud
Domain:
Cloud Aws
Audience:
AWS solutions architects designing multi-tier applications with hybrid connectivity

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About This Architecture

Multi-tier AWS architecture spanning presentation, application, and data layers with hybrid on-premises connectivity via Site-to-Site VPN. Internet users access static S3 content and web servers through an Application Load Balancer, while Auto Scaling groups manage compute capacity based on CPU thresholds, with RDS MySQL providing database redundancy across availability zones. Lambda functions process S3 events and trigger SNS notifications, with CloudWatch monitoring and logging throughout, while a private S3 bucket accessed via VPC Gateway Endpoint and DynamoDB support application state management. Fork this diagram to customize VPC CIDR blocks, scaling policies, or add additional AWS services like API Gateway or ElastiCache for your production workload.

People also ask

How do I design a scalable AWS architecture with load balancing, auto-scaling, database redundancy, and hybrid on-premises connectivity?

This diagram shows a production-ready AWS architecture using an Application Load Balancer to distribute traffic to Auto Scaling EC2 instances, RDS MySQL with standby replica for high availability, and Site-to-Site VPN connecting on-premises networks to private subnets. Lambda processes S3 events, CloudWatch monitors metrics, and SNS sends notifications, while DynamoDB and private S3 buckets via VP

COSC2757 Assignment 2.1 - AWS Full Architecture

AWSadvancedmulti-tier architectureauto-scalingRDSVPNhybrid cloud
Domain: Cloud AwsAudience: AWS solutions architects designing multi-tier applications with hybrid connectivity
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Created by

May 28, 2026

Updated

May 28, 2026 at 6:52 PM

Type

architecture

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