Infrastructure Overview
This project demonstrates a serverless container orchestration strategy that automates the deployment of a React application through a robust CI/CD lifecycle.
⚛️ ECS Fargate
Serverless compute engine for containers that eliminates the need to manage EC2 instances or clusters.
🚀 CodePipeline
Automated orchestration hub coordinating the flow from source code to production deployment.
🏗️ CodeBuild
Fully managed build service that compiles source code, runs tests, and produces Docker images.
⚖️ Elastic Load Balancing
Automatically distributes incoming application traffic across multiple targets in a secure VPC.
Process Visual Walkthrough
System Architecture
Comprehensive high-level design of the ECS Fargate CI/CD pipeline and networking infrastructure.
Source Control (GitHub)
Automated git push triggers the entire CI/CD workflow, initiating the build process on code changes.
CI/CD Orchestration
Visualizing the live execution of CodePipeline as it moves transitions artifacts through build and deploy stages.
Docker Build History
Tracking the containerization process within CodeBuild, where the React app is packaged into a Docker image.
Container Registry (ECR)
Managed hosting of versioned Docker images, serving as the central source for ECS task deployments.
Fargate Task Definition
Detailed configuration for container execution, including CPU, memory, and container specifications.
ECS Cluster Management
Monitoring the active Fargate services and task status within the managed container environment.
Inbound Traffic Control (ALB)
Configuration of the Application Load Balancer and Target Groups for high availability and health monitoring within the VPC.
Global Edge Delivery (CloudFront)
Leveraging Amazon CloudFront as a CDN to cache content at edge locations, reducing latency and providing an additional layer of security.
Production Application
The successfully deployed React application served through the Fargate infrastructure and global delivery network.
