This repository contains 10 projects demonstrating the use of Terraform to automate and manage various Azure infrastructures. These projects are designed to showcase real-world scenarios and best practices in Infrastructure as Code (IaC).
This repository showcases use of Terraform for Azure by automating infrastructure deployment for the following scenarios:
- Web application hosting with App Service Plans.
- Kubernetes cluster setup (AKS).
- Virtual Network configuration with subnets and security groups.
- Load balancers and traffic management.
- Database provisioning (Azure SQL and PostgreSQL).
- Scalable storage solutions using Blob Storage.
- Monitoring and alerting with Azure Monitor.
| Project Name | Description |
|---|---|
| 1. Web App Deployment | Deploy a web application with Azure App Service and SQL Database. description |
| 2. Kubernetes on AKS | Create a scalable Kubernetes cluster with Azure Kubernetes Service. |
| 3. Virtual Network Setup | Configure a virtual network with subnets and network security groups (NSGs). |
| 4. Load Balancer | Set up an Azure Load Balancer to manage traffic for a multi-tier application. |
| 5. Database Provisioning | Automate the deployment of an Azure SQL database with secure access policies. |
| 6. Blob Storage Configuration | Deploy an Azure Blob Storage account with lifecycle management policies. |
| 7. Monitoring and Alerts | Set up Azure Monitor with custom metrics and alert rules for infrastructure monitoring. |
| 8. Disaster Recovery Plan | Create a failover strategy using Azure Site Recovery and Backup. |
| 9. Azure Functions Setup | Deploy a serverless function with triggers and bindings in Azure Functions. |
| 10. Cost Management | Implement tags and policies to track and optimize Azure resource costs. |
Before running these projects, ensure you have the following:
- Terraform CLI (v1.5 or later)
- Azure CLI (latest version)
- An Azure Subscription with sufficient permissions
- Access to the Terraform state storage (Azure Storage Account recommended)
- A valid service principal for authentication
- Clone the repository:
git clone https://github.com/your-username/terraform-azure-infra-automation.git- Navigate to the desired project directory:
cd terraform-azure-infra-automation/<project-name>- Initialize Terraform:
Terraform init- Plan the changes:
terraform plan- Apply the configuration
terraform applyContributions are welcome! If you want to add new projects or improve existing ones:
-
Fork the repository.
-
Create a feature branch:
git checkout -b feature/new-project- Submit a pull request with a detailed description.
This repository is licensed under the MIT License. See the LICENSE file for more details.