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AWSTerraformDockerGitHub ActionsAnsibleECR3-tier Architecture

Cimapicoltura

Cimapicoltura

Contract Project

Cimapicoltura

Overview

Designed and implemented a complete 3-tier AWS infrastructure with containerized applications and automated deployment pipelines for a modern web application stack.

Key Contributions

Infrastructure Design

  • Provisioned 3-tier AWS infrastructure using Terraform
  • Implemented scalable architecture with EC2 and RDS
  • Designed for high availability and performance

Application Containerization

  • Dockerized NodeJS backend with optimized container images
  • Dockerized ReactJS frontend for consistent deployment
  • Implemented multi-stage builds for production optimization

Deployment Automation

  • Automated deployment using GitHub Actions
  • Integrated Ansible for configuration management
  • Utilized Amazon ECR for container image registry
  • Created end-to-end CI/CD pipeline

Technical Stack

  • Cloud Platform: Amazon Web Services (AWS)
  • Infrastructure as Code: Terraform
  • Compute: EC2 instances
  • Database: RDS (Relational Database Service)
  • Backend: Node.js
  • Frontend: React.js
  • Containerization: Docker
  • CI/CD: GitHub Actions
  • Configuration Management: Ansible
  • Container Registry: Amazon ECR

Architecture Overview

Tier 1: Presentation Layer

  • ReactJS frontend served from containerized environment
  • Responsive web interface for end users

Tier 2: Application Layer

  • Node.js backend handling business logic
  • RESTful API services
  • Containerized for consistency across environments

Tier 3: Data Layer

  • Amazon RDS for reliable database services
  • Managed database with automated backups
  • Scalable storage solution

Deployment Pipeline

  1. Source Control: GitHub repository management
  2. Build: Automated Docker image creation
  3. Registry: ECR image storage and versioning
  4. Deploy: Ansible-driven deployment automation
  5. Infrastructure: Terraform-managed AWS resources

Impact

  • Delivered scalable 3-tier architecture on AWS
  • Implemented modern containerization practices
  • Automated deployment processes reducing manual effort
  • Created maintainable infrastructure as code
  • Established CI/CD best practices for the application lifecycle