This project demonstrates the deployment of a scalable and secure 3-tier web application architecture using Terraform on AWS. The infrastructure is designed to ensure high availability, scalability, and security, leveraging AWS services such as VPC, ECS, Faragate, RDS, and ALB.

This project sets up a CI/CD pipeline using GitHub Actions to automate the deployment of AWS VPC resources with Terraform. The setup includes Terraform scripts for defining infrastructure and GitHub Actions workflow for automating the deployment process.

Welcome to Project 01 in the DevOps AWS series! In this project, I'll create a robust Architecture Diagram using Terraform. The goal is to build essential AWS resources like S3, RDS, ECR, ECS, load balancers, security groups, and VPCs to facilitate a seamless deployment process.

Automated deployment of a WordPress application on AWS using Terraform and Ansible. This project leverages AWS services like EC2, VPC, RDS, and Secrets Manager, along with Docker for containerization

AWS High Availability Project A practical implementation of a highly available environment on AWS. It includes setting up a VPC, Application Load Balancer, Auto Scaling Group, and Amazon RDS with Multi-AZ deployment, ensuring fault tolerance and scalability.

This project automates the deployment of a secure, scalable three-tier architecture (Web, App, DB) on AWS using Terraform in the dev environment. It provisions VPC, EC2, RDS, and ALB modules, following Infrastructure as Code (IaC) best practices for consistent, repeatable, and manageable cloud infrastructure.

Deployed multi-VPC architecture

Step-by-step guide for setting up an AWS VPC with private and public subnets, NAT Gateways, Auto Scaling Groups, Bastion Hosts, and Load Balancers. Includes Python application deployment in a private subnet and a fully documented CI/CD pipeline using Jenkins and Docker.

Cloud-Academy

Final Test project – AWS VPC, EC2, RDS Aurora, ALB, Auto Scaling deployment

A project demonstrating a secure deployment of WordPress on AWS using ECS, VPC, SG, TG, RDS, ROUTE 53, ACM and ALB.

A hands-on AWS Solutions Architect Associate project demonstrating core AWS services and infrastructure deployment, including VPC, RDS, EC2, networking, and cleanup automation.

AWS EKS Cluster Deployment: Modular Terraform & Terragrunt project for a scalable, secure EKS cluster in a multi-AZ AWS VPC. Features auto-scaling worker nodes and segregated subnets for a streaming API app. Setup includes modules for VPC, EKS, and worker nodes, supporting multiple environments.

This project demonstrates the design and deployment of a secure, scalable AWS Virtual Private Cloud (VPC) environment. It includes the creation of public and private subnets across multiple availability zones, route table configuration, VPC peering, and strict security controls using NACLs and security groups.

This repository demonstrates the setup of an AWS Virtual Private Cloud (VPC) with multiple subnets, an internet gateway, and routing configurations. The project also includes deploying an employee directory web application within the VPC, showcasing a practical implementation of cloud networking and application deployment.

This Terraform Project shows the creation of an EC2 instance + its respective AWS Network creation (VPC, subnets, etc) using also TF Providers for the automatic configuration of Docker and auto-deployment

Serverless AWS project using Terraform. Creates scalable CRUD application with Lambda, API Gateway, and DynamoDB. Implements secure VPC, IAM roles, and network configurations. Automates infrastructure deployment, enabling dynamic, cost-effective cloud solution with comprehensive data management capabilities.

This project uses Terraform to automate the deployment of an Amazon EC2 instance within a custom VPC on AWS. And sets up an accessible Linux virtual machine that automatically runs a python flask web application ( ani.py) upon launch.

This project automates the deployment of a secure AWS architecture using Terraform. It includes a VPC, public/private subnets, NAT Gateway, ALB, Auto Scaling Group, and a simple REST API running on port 8080. Supports one-click deploy and destroy scripts.

This project demonstrates the deployment of a scalable and secure 3-tier web application architecture using Terraform on AWS. The infrastructure is designed to ensure high availability, scalability, and security, leveraging AWS services such as VPC, EC2, RDS, and ALB.

A 3-Tier Architecture project built on AWS using EC2, RDS, and Nginx. Demonstrates a secure, scalable web application setup separating web, application, and database layers. Configured VPC, subnets, security groups, and RDS for efficient data handling and deployment across tiers.

This project demonstrates the migration of a monolithic application and MySQL database from an on-premises environment to AWS. It includes VPC design, EC2 deployment, database migration to RDS, and infrastructure automation using Terraform, all while optimizing costs through AWS Free Tier.

This project provides a complete Terraform-based infrastructure setup on AWS for an employee monitoring system (like Time Doctor). It includes modular resources for VPC, EC2, S3, RDS, DynamoDB, IAM, Cognito, and CloudWatch — all designed for scalability, security, and easy deployment across environments.

This project uses Terraform to deploy a VPC with public and private subnets, three EC2 instances, and a load balancer, while Ansible configures servers and deploys a sample Django application with a PostgreSQL database. The setup includes roles for infrastructure installation and application deployment.

AWS Cloud Infrastructure Project – A hands-on deployment of a Financial Tracker App using AWS Elastic Beanstalk. Includes secure VPC setup (public/private subnets), IAM roles, EC2 instances, ELB, Auto Scaling, CloudWatch monitoring, and S3 integration. Demonstrates scalable, secure, and enterprise-ready cloud architecture.

This project demonstrates the deployment of a Flask application on AWS using Terraform. It covers the setup of a VPC, subnets, security groups, an internet gateway, and an EC2 instance. The Flask application serves a simple web page and is automatically provisioned and configured using Terraform.

This project provisions an AWS infrastructure, including a VPC, EC2 instances, NAT gateways, and supporting resources, using Terraform. It integrates a CI/CD pipeline implemented with GitHub Actions for automated deployment, management, and cleanup of the infrastructure. Resources are dynamically named using unique identifiers to prevent conflicts.

This project automates the deployment of an Amazon EKS (Elastic Kubernetes Service) cluster and its supporting VPC infrastructure on AWS using Terraform. It is designed for multi-environment deployments (dev, uat, prod) and leverages modular Terraform code for scalability, maintainability, and best practices in infrastructure-as-code.

In this project, I improved, configured, and prepared an image classification ML model for production-grade deployment using MLOps tools of AWS- multi-instance training, distributed training, EC2 training, compute resource management, spot instances, VPC and IAM for security and integrity, concurrency and autoscaling for throughput and latency

This project is an end-to-end DevOps implementation for a microservices application on AWS. It uses Terraform to provision cloud infrastructure (VPC, EKS, and remote state backend), GitHub Actions for CI (build, test, lint, containerise), & ArgoCD for GitOps-based continuous deployment to Kubernetes, with OpenTelemetry components for observability