Terraform AWS Infrastructure Automation

A production-ready, fully modular Terraform project for deploying AWS cloud infrastructure. This project follows best DevOps practices — modular design, remote backend, reusable environments, and clean folder structure.

🚀 Features

• Modular Terraform structure (VPC + EC2)
• Remote backend with S3 + DynamoDB
• Dev environment included (easy to extend to staging/prod)
• Industry-standard folder structure
• Clean, scalable, interview-ready

📁 Project Structure

terraform-aws-infra-automation/ │ ├── modules/ # Reusable modules (VPC, EC2) ├── env/dev/ # Environment-specific configs ├── scripts/ # Apply scripts └── README.md

🏗️ Deployment Steps

1. Initialize Terraform:

terraform -chdir=env/dev init

Validate:

terraform -chdir=env/dev validate

Apply:
terraform -chdir=env/dev apply -auto-approve


🪪 Architecture Diagram (VPC Overview)
+-------------------------+
|       AWS VPC           |
|  10.0.0.0/16           |
|                         |
|  +-------------------+ |
|  | Public Subnet     | |
|  | 10.0.1.0/24       | |
|  |  +-------------+  | |
|  |  | EC2 Server  |  | |
|  |  +-------------+  | |
|  +-------------------+ |
+-------------------------+


🛠️ Tools Used

Terraform

AWS (VPC, EC2, S3, DynamoDB)

VSCode

Git

👤 Author

Hina Atif
DevOps | AWS | Terraform | Docker


Save the changes and commit:

```powershell
git add README.md
git commit -m "Remove CI/CD references from README"
git push origin main