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3-tier-application-deployment

A 3 tier architecture consists of a presentation tier, an application tier, and a data tier. The presentation tier houses the user interface, such as the website that a user or client navigates to. It can also be thought of as the front end The application tier is where data is processed and is often called the back end The data tier is where data

backup_restore_bash_scripts

This a a Linux bash script for backing up the directrory by bachup.sh,and restore it by restore.sh

bash_project

This project is a command-line interface (CLI) based database management system written in Bash Shell Script. The goal of the project is to offer users a straightforward and convenient way to store and retrieve data from their local hard drive using a simple command-line interface

devops-exercises

Linux, Jenkins, AWS, SRE, Prometheus, Docker, Python, Ansible, Git, Kubernetes, Terraform, OpenStack, SQL, NoSQL, Azure, GCP, DNS, Elastic, Network, Virtualization. DevOps Interview Questions

devops-tools

end_to_end_ci_cd_pipeline_argocd

The primary objectives of this project are to establish a robust CI/CD pipeline that automates the software delivery process and embraces modern best practices for containerized applications.

high_availability_eks_cluster

The objective of this project is to deploy secure, highly available ASP.NET applications on an EKS cluster, ensuring scalability. Additionally, the project aims to grant end users access to the applications via the public internet.

iti-project-appfiles

iti-project-infrastructure

kubernetes-iti-labs

kubernetes-ITI-labs

new_lab_jenkins

nexus-demo

Nexus by Sonatype is a repository manager that organizes, stores and distributes artifacts needed for development. With Nexus, developers can completely control access to, and deployment of, every artifact in an organization from a single location, making it easier to distribute software. It is most commonly used for hosting Apache Maven. Current

project-terraform-gcp-gke-infrastructure

how to package a web application in a Docker container image, and run that container image on a Google Kubernetes Engine (private GKE) cluster. Then, deploy the web application as a load-balanced set of replicas that can scale to the needs of your users.

python_project

sonarqube_demo

static_website_terraform_and_s3

terraform-ec2-vpc-lab2

terraform_load-balancer