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DevOps Live Projects | Online training Programme

Welcome to the DevOps live project program specifically designed by industry experts to prepare you for your DevOps job interview and provide you with industrial real-time exposure. We believe in “practice makes perfect,” and therefore, Thinkcloudly brings you real-time live projects in DevOps to enhance your confidence in all DevOps skills. Enroll now and become ready in 5 weeks for the multitude of DevOps jobs available.

  • 5 Weeks to Master DevOps Skills
  • 5 Real-Time DevOps Projects for Hands-On Mastery
  • 25+ DevOps Services for Comprehensive Skill Development
  • 5000+ Learners Already Benefited and Counting
  • 98% Satisfaction Rating – Achieve Your Goals with Confidence

Best Seller


Duration : 25+

devops online training

Devops Live Projects Highlights

Practice Devops Skills with our real-time live projects and become eligible for millions of Devops IT jobs. Designed by industry experts for job interviews, these projects are awesome.

Devops Live Projects Learnings

Gain expertise in DevOps projects setup, from basics to advance.

Learn to Build END to END DevOps Pipelines.

Learn how to build and deploy complete DevOps Lifecycle.

Gain expertise in DevOps projects setup, from basics to advance.

Learn real-time scenarios to gain confidence to face Devops Interviews.

Devops Live Projects

The ‘Automation of Git Installation on Multiple Servers Using Ansible’ project empowers DevOps engineers with practical experience in leveraging Ansible for automating infrastructure tasks. Participants will immerse themselves in a hands-on journey, deploying Git seamlessly across multiple servers, enhancing proficiency in Ansible and reinforcing key DevOps practices.

Topic1: Introduction to DevOps and Ansible:

  • Explore DevOps’ pivotal role in IT workflows.
  • Familiarize yourself with Ansible’s key concepts.

Topic 2: Setting Up Ansible Master Server:

  • Create an EC2 instance for Ansible.
  • Install and configure Ansible with private keys.
Topic 3: Creating Host Inventory:
  • Build a host inventory file.
  • Add IP addresses of worker/slave servers.
Topic 4: Testing Ansible Connection:
  • Verify and troubleshoot connections between Ansible master and worker/slave servers.
Topic 5: Writing Ansible Playbook:
  • Grasp Ansible playbook fundamentals.
  • Craft a playbook for Git installation.
Topic 6: Executing Ansible Playbook:
  • Run the playbook for automated Git installation.
  • Monitor the execution process.
Topic 7: Verification and Conclusion:
  • Confirm Git installation on worker/slave servers.
  • Recap and conclude the project.

In this hands-on project, participants will deploy a Java-based HTTP server application onto an Azure Kubernetes Service (AKS) using Terraform. The project encompasses creating, containerizing, and orchestrating the application, showcasing the end-to-end process of modern DevOps practices in action.

Topic 1: Setup and Introduction

  • DevOps and Containerization Overview
  • Understanding the Role of Azure Kubernetes Service (AKS)
  • Overview of Terraform in Infrastructure as Code (IaC)
  • Installing Development Tools: Git, JDK, Docker, Azure CLI, Terraform

Topic 2: Application Development

  • Creating HelloWorldHttpServer.java
  • Compiling and Testing Java programs locally

Topic 3: Dockerization

  • Writing Dockerfile for Java Application
  • Building Docker Image Locally
  • Testing Dockerized Application on Local Machine

Topic 4: Registry and Authentication

  • Selecting a Container Registry (e.g., Docker Hub, Azure Container Registry)
  • Authenticating with the Chosen Container Registry
  • Tagging and Pushing Docker Images to the Registry

Topic 5: Deployment to AKS

  • Defining Terraform Configuration Files for AKS Cluster
  • Applying Terraform Configuration to Create AKS Cluster
  • Authenticating with AKS Cluster and Verifying Status
  • Creating Kubernetes Deployment Manifest for Java Application
  • Exposing the Application to the Internet with Kubernetes Service

The “CloudShift” project guides learners through transforming traditional infrastructure to the cloud. Participants will develop, containerize, and deploy a RESTful application on Kubernetes, embracing modern DevOps practices for efficiency and scalability.

Topic 1: Introduction to Cloud Migration:

  • Overview of challenges with on-premises infrastructure.
  • Understanding the need for cloud migration.
  • Introduction to the CloudShift project.

Topic 2: RESTful Application Development:

  • Choosing a programming language.
  • Developing a RESTful application with a timestamp endpoint.
  • Testing the application locally.

Topic 3: Containerization with Docker:

  • Creating a Dockerfile for the application.
  • Building a Docker image.
  • Testing the Dockerized application.

Topic 4: Kubernetes Cluster Deployment:

  • Selection of a cloud provider (AWS, Azure, Google Cloud).
  • Provisioning a Kubernetes cluster using Terraform or CloudFormation.
  • Deploying the containerized application on Kubernetes.

Topic 5: CI/CD Integration and Best Practices:

  • Implementing CI/CD pipelines for code quality.
  • Using AWS CodePipeline, CodeBuild, and CodeDeploy.
  • Security, monitoring, and documentation best practices.

This project offers participants a hands-on experience in developing a Cloud Time API, emphasizing the importance of cloud-based APIs. It involves selecting a programming language, implementing the API, deploying it on Azure using Kubernetes, and managing resources with Infrastructure as Code (IaC).

Topic 1: Introduction to Cloud-Based APIs

  • Understanding the need for cloud-based APIs
  • Project overview and objectives

 Topic 2: Developing a REST API

  • Choosing a programming language
  • Implementing the Cloud Time API
  • Managing API as code

 Topic 3: Deploying with Kubernetes on Azure

  • Introduction to Kubernetes
  • Deploying the API using Kubernetes
  • Managing Kubernetes resources with IaC

 Topic 4: Project Implementation and Presentation

  • Project objectives and requirements
  • Building and deploying the Cloud Time API
  • Creating presentation slides
  • Presenting the Cloud Time API project
  • Reviewing technology stack, challenges, and improvements

Build and deploy a basic Python application using Jenkins for Continuous Integration and Continuous Deployment (CI/CD) in a containerized environment with Docker.

Topic 1: Introduction to Containerized CI/CD
  • Overview of CI/CD and its benefits
  • Role of Docker in the CI/CD process
  • Project overview: Building a Python app with Jenkins and Docker
Topic 2: Python Application Setup
  • Creating a basic Python web application
  • Initializing a Git repository for version control
Topic 3: Docker Containerization
  • Writing a Dockerfile for the Python app
  • Building and understanding Docker images
Topic 4: Jenkins Installation and Setup
  • Installing and configuring Jenkins locally or on a cloud instance
  • Exploring the Jenkins user interface
Topic 5: Jenkins Job Configuration
  • Creating a Jenkins job for CI/CD
  • Configuring the job to build and push Docker images
  • Setting up continuous deployment to a target server
Topic 6: Testing and Validation
  • Triggering the Jenkins job through Git commits
  • Validating Docker image builds and deployments
  • Reviewing the complete CI/CD pipeline and best practices

Training And Package Fee

Training Fee

Designed to get you trained with the core knowledge.

Original price was: $549.00.Current price is: $449.00.

Job Seeker's Program Fee

Designed to make you job ready with knowledge, experience, and grooming.

$1400.00 $1150.00

One-On-One Training Course @ $1499

Devops Live Projects Outcomes

Mastery of Essential Tools

Learn Devops skills for real career growth

Real-time project work experiance

Confidently desiging and provisioning Devops projects

Ready for interview discussions on Devops concepts

What roles you can play?

DevOps Engineer

Responsible for creating, maintaining and provisioning of the tools and processes to deliver software efficiently.

Automation Engineer

Works on automating repetitive tasks and processes, improving efficiency and reducing manual errors.

Site Reliability Engineer (SRE)

Focuses on creating scalable and reliable software systems, often works closely with development and operations teams.

Cloud Engineer

Specialized in cloud platforms, particularly Azure and AWS to design, implement, and manage cloud infrastructure.

AWS Solution Architect

Expertise in desiging,creating, maintaining, provisioning and troubleshooting AWS cloud solutions.

AWS DevOps Consultant

Provide expert consultation on AWS devops tools desiging, provisioning and deploy the software solutions quickly and efficiently.

Know before you Start

The “Devops Live Projects” offer hands-on experience where you apply your knowledge to real-world scenarios, honing problem-solving skills and mastering industry tools. This practical approach readies you for actual devops project challenges and builds adaptable expertise.

The “Devops Live Projects” serve as a valuable preparation for certification exams by offering hands-on application of knowledge, tool mastery, and problem-solving experience, ensuring confidence and readiness for success.

Prior foundational knowledge of Devops concepts and basic familiarity with cloud computing are recommended prerequisites for the “Devops Live Projects” course. The course caters to beginners and those with prior experience, ensuring an inclusive and comprehensive learning journey.

Experience hands-on learning with “DevOps Live Projects,” incorporating a suite of essential tools and services tailored exclusively for DevOps. Dive into Git, Terraform, AKS, Automation, and Infrastructure as Code tools like ARM templates. These resources form the foundation for a comprehensive skill development journey across various DevOps domains.

Upon completing the “Azure Devops Live Project,” you’ll be well-suited for roles such as Devops enginner, SRE, AWS Architect, Devops Consultant, AWS administrator and all jpobs where AWS devops tools and skills are required.

Skills You Will Gain











Infrastructure as Code (IaC)


Certification Overview

You should take up this DevOps live project course because:
  • According to Gartner, by 2025 the industry will have grown to six times its size.
  • An average annual salary of a DevOps engineer in the US is $105,017.
  • Moreover, Cloud and DevOps jobs will continue to offer high pay, according to Forbes.
  • The DevOps architect is the backbone of any company’s IT staff.
  • To start your DevOps journey, being certified in LFCS will be the first of many DevOps certifications that can be completed on the roadmap. The Linux Foundation Certified System Administrator (LFCS) is great for candidates who are looking to validate their skill in Linux system administration. LFCS credential has a three-year validity.
    Surveys show that the average salary in DevOps is $105,017 a year. Higher-paid employees are making about $160,000 per annum.
    Becoming a DevOps engineer takes about six months, assuming you have some basic Linux admin and networking skills and follow the DevOps engineer learning path outlined below. It’s not as simple as it might seem at first glance.
  • DevOps engineer
  • DevOps architect
  • Release manager
  • Kubernetes administrator
  • Cloud DevOps engineer
  • Career Services

    Template is not defined.

    Technology Use Cases


    They use DevOps for streamlined collaboration and continuous integration in software development.


    The creator of DevOps, using it for its own software development lifecycle.

    Our Students Work at

    Azure Devops Live Projects Reviews


    We accept all major credit and debit cards from leading banks. For any assistance, please contact Thinkcloudly Customer Support.
    We offer a variety of ways to learn about the cloud, from quick hands-on labs to technical deep dives. You can ask our experts to help you from their industry experience if you are uncertain which course or plan to choose.
    Certainly, you can set up a free demo session, although if you’ve already viewed any sample recordings, you won’t need to look further. The enrollment process signifies a mutual commitment between you and us where you commit to be a good learner and we pledge to provide you with the best possible learning environment. A key part of your learning takes place in our sessions, which are supported by experienced instructors, dedicated Personal Learning Managers, and interactions with your peers. Get the full learning experience, and not just a demo.
    You will receive access to the LMS immediately after enrolling and will have it for the rest of your life. You will have access to all previous class recordings, PPTs, PDFs, and assignments. In addition, you will have instant access to our 24×7 support team. You can start learning as soon as possible.
    At Thinkcloudly, you’ll never miss a lecture! You can view the recorded session in your LMS anytime also the missed session can be attended in another live batch.
    Teachers and tutors at Thinkcloudly are industry veterans with great experience.

    Price: Original price was: $549.00.Current price is: $449.00.

    DevOps Live Projects | Online training Programme

    Original price was: $549.00.Current price is: $449.00.

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