Top 20 DevOps Projects of 2024 [With Source Code]

As a professional software developer, your job is to deliver value to your users as quickly and efficiently as possible. For that, you need to embrace the DevOps philosophy and methodology. The good news is that there are plenty of practical DevOps projects that you can start working on right now, regardless of your experience level. 

I'll show you how to automate things, continuously integrate them and use open-source code for your innovation in engineering processes like infrastructure management or monitoring software problems. This will speed up development work too!

Let's see how working together, making things automatic and fast in these best projects can make a culture of always getting better. This is important because software development and looking after it are forever changing. We've gathered 20 of the most practical DevOps project ideas to benefit any organization. 

Best DevOps Project Ideas for Beginners with Source Code

If you're just getting started with DevOps, you might be wondering what sorts of projects are best suited for beginners. Fortunately, there are a number of great options to choose from, depending on your interests and skills. Follow these key DevOps projects for Freshers below that can help you get up to speed quickly. 

1. Java Application using Gradle

A great DevOps project for beginners is to set up a continuous delivery pipeline for a Java application using Gradle. Gradle is a powerful tool that can help you manage dependencies, automate tasks, and more. Plus, it's relatively easy to learn, making it a great choice for beginners.  

Working on a Java application will also teach you about other important DevOps concepts, such as Continuous Integration and Delivery (CI/CD). As you become more familiar with DevOps principles, you can start experimenting with other languages and technologies. But for now, focus on Gradle and Java, and you'll be well on your way to becoming a DevOps expert. 

Source code for Java Application. 

Technical Requirement:

1. Java Development Kit (JDK): The project might specify a particular Java version in its configuration.
2. Gradle: Install Gradle to manage the build lifecycle of the Java application. The project's build. gradle file should define the necessary dependencies and configurations.
3. Git:If you plan to contribute or clone the project, make sure Git is installed.
4. Integrated Development Environment (IDE): An IDE like IntelliJ IDEA or Eclipse can be used for development and debugging.
5. JUnit: Verify if the project includes JUnit for unit testing. If so, you may want to run the tests locally.

Source Code: Java Application using Gradle

2. WebServer using Docker

As a beginner, it can be difficult to know where to start regarding DevOps projects. However, one great option is setting up a WebServer using Docker. This project will teach you the basics of working with containers and how to use Docker to deploy and manage a web application.  

You'll also learn how to monitor your server and troubleshoot any issues that arise. This is an ideal project for those just starting with DevOps, as it covers all the essential concepts and skills. Once you've completed this project, you'll be ready to tackle more complex DevOps initiatives. 

Source Code: WebServer using Docker

Technical Requirement:

1. Docker: Docker is very important for this project to work. It lets you make, send out and operate applications in containers. Make sure Docker is installed on your computer
2.  Linux Operating System: The project might be made to work on an operating system based on Linux. Make sure you are using a type of Linux.
3. Server Configuration: Set up the server inside the Docker box. This might involve creating services such as Nginx, MySQL and PHP.
4. Bash Scripting: The project could be about creating Bash scripts to automatically set up and arrange the server's services.
5. Understanding of Web Servers: It's very important to know the basics of web servers, especially Nginx. This could be one of the good DevOps practice projects to work on.

3. CI/CD Pipeline using Azure

A CI/CD pipeline is a key part of any DevOps process. Automating the build, test, and deployment process can help speed up the software development life cycle and improve the quality of your code. Azure provides a powerful set of tools to help you implement a CI/CD pipeline, including Azure Pipelines, Azure Container Registry, and Azure App Service. 

In this project, you will learn how to use these services to build a complete CI/CD pipeline for a web application. You will also learn how to monitor your pipeline and make sure that it is running smoothly. This project is perfect for beginners who want to get started with DevOps and learn about the key concepts and technologies involved. All in all, such Azure DevOps Projects for practice must be considered.

Source Code: CI/CD Pipeline using Azure

Technical Requirement:

1. Node.js (or Appropriate Runtime): Make sure if you're using another program or language for coding, it is set up on the computer where you will test your work.
2. GitHub Actions (YAML Workflow): Learn the simple parts of GitHub Actions, especially those based on YAML workflows. This is very important for making automated build and deployment processes that start from GitHub events. DevOps sample projects github are useful for freshers to start their DevOps Journey. 
3. Azure DevOps Service Connection: Make a link between azure DevOps project and your CI/CD pipeline using Azure DevOps service. This will help you connect them together for smooth workflow process in creating software applications efficiently.
4. Azure App Service (or Other Azure Service): Use an Azure service (like Azure App Service) where your app will be set up. This is a good DevOps project for beginners. 
5. Environment Variables and Secrets: Learn how to handle environment variables and secrets safely, most importantly when working with important information like keys for APIs or links to databases to understand working in azure DevOps project

4. Jenkins Remoting Project

The Jenkins Remoting Project provides a stable and secure way to connect Jenkins nodes together. The goal of the project is to provide a set of APIs and tools that allow developers to remotely control a Jenkins server. It is used in a variety of situations, including distributing build load across multiple nodes, running jobs on nodes that have different architectures, and providing a higher degree of security by isolating nodes from one another.  

The project is open-source and available on GitHub. It is well-documented and easy to get started with. In addition, the project provides several example configurations that can be used as a starting point for new deployments. As a result, the Jenkins Remoting Project is an excellent choice for those looking to get started with DevOps. 

Source code for Jenkins Remoting. 

Technical Requirement:

1. Java Development Kit (JDK): Make sure you have Java Development Kit installed on your computer. Jenkins Remoting is a Java library, and you might have to make and run Java code.
2. Git: Git is very important for keeping track of changes. You must copy the repository, make branches and give changes for DevOps project azure. 
3. Gradle: The project uses Gradle to build it. Make sure you have Gradle set up to build the project at home.
4. IDE (Integrated Development Environment): It's best to use a tool called an IDE, like IntelliJ or Eclipse, for making Java programs. These IDEs can help with finding code, fixing bugs and testing it.
5. Jenkins Architecture: Learn the basic things about Jenkins and how it is built. It's important to know how Jenkins Remoting connects with the wider world of Jenkins.
6. Jenkins Server (Optional): It's not needed but knowing how Jenkins works and setting up a server can help. This way, you get why the library is helpful. 

5. CD Pipeline using AWS

If you're new to DevOps, one of the best ways to get started is to set up a continuous delivery pipeline. A CD pipeline automates the process of getting code changes from development into production. In other words, it's a way to automate the software delivery process. This can be a godsend for busy teams who want to avoid the tedious and error-prone process of manually deploying code changes. And it's not just for big teams; even small teams can benefit from automated deployments.  

There are many different ways to set up a CD pipeline, but one popular option is to use Amazon Web Services (AWS). AWS DevOps projects provide many tools that can be used to build a CD pipeline, including CodePipeline, CodeBuild, and CloudFormation.  

CodePipeline is a service that enables you to orchestrate the steps in your CD pipeline, such as building and deploying your code. CodeBuild is a managed build service that can be used to compile, test, and package your code. CloudFormation can provision and manage AWS resources such as EC2 instances and load balancers. If you're interested in learning how to set up a CD pipeline using AWS, there are many good tutorials available online, and thus, you must always look out for such DevOps Course details. 

Source Code: CD Pipeline using AWS

Technical Requirement:

1. Git: Git is used to manage changes in code. To copy the tutorial repository and handle changes, you need to have Git set up on your computer.
2. Code Editor: Pick a code editor or development tool (IDE) you like, such as Visual Studio Code, Sublime Text, or IntelliJ IDEA.
3. AWS Elastic Beanstalk Command Line Interface (EB CLI): Set up the Elastic Beanstalk Command Line Interface if you want to use CLI for putting apps on Elastic Beanstalk.
4. Understanding of Continuous Delivery Concepts: Know the main ideas of continuous delivery like CI/CD pipelines, build automation and ways to deploy software.
5. AWS Elastic Beanstalk Environment (Optional): If you want to use your own AWS Elastic Beanstalk place, make sure it's ready and arranged.

AWS CloudFormation (Optional): The lesson uses AWS CloudFormation templates to set up resources. You don't need to know much about CloudFormation, but it can help in AWS DevOps projects

Advanced DevOps Projects for Practice

To stay ahead of the curve in the DevOps world, it's important to keep up with the latest advancements and best practices. That's why we've compiled a list of advanced DevOps projects that will help you refine your skills and keep up with the latest DevOps trends. From container orchestration to serverless computing, these projects will help you become a DevOps master. 

1. Deploying a Containerized Web Application

If you are looking to get some hands-on experience with DevOps, one great way is to deploy a containerized web application. This can be a great way to practice working with various DevOps tools and learn how to automate building, testing and deploying software. There are a few different ways to go about this, but one popular approach is to use Docker containers.  

This enables you to package your application into a self-contained unit that can be easily deployed on any server. Another advantage of using containers is that you can run multiple versions of your application side-by-side, which can be helpful for testing. Once your application is containerized, the next step is to set up a Continuous Integration/Continuous Delivery (CI/CD) pipeline.  

This will automate the process of building, testing and deploying your application. Several tools can be used for this, such as Jenkins, Travis CI or CircleCI. Moreover, In this project, you will learn how to deploy a simple containerized web application using Docker and Kubernetes. You will also learn how to scale the application and configure it for high availability. As a result, this project will give you the skills you need to deploy containerized applications in a production environment. 

You can get more information here in Microsoft Ignite. 

Source Code: Deploying a Containerized Web Application

Technical Requirement:

1. Docker: Docker is needed for this project. It's very important. Check that you have Docker installed on your computer. The project is about turning a web app into something stored in boxes.
2. Web Application Stack: Know the technology used in making a website. This might be a certain computer language (for instance, Node.js, Python or Java) along with extra needs like web frameworks and more.
3. Knowledge of Networking (Optional): If your project is about things like opening ports or connecting containers, knowing some simple ideas on networking can be useful.
4. Container Registry (Optional): If the job requires moving Docker pictures to a container list (like Docker Hub), you will need an account on that checklist.
5. Testing Frameworks (Optional): If the online program has tests, learn how to do them. Knowing testing tools that work with the technology being used is helpful.

2. Building a Version Control System

A Version Control System (VCS) is a critical tool for software development teams. It allows developers to track changes to their codebase, easily revert to previous versions, and collaborate with teammates. There are many different VCSes available, but two of the most popular are Git and Mercurial. In this project, you will set up your Git server and learn how to use it for collaborative development. You will also learn how to integrate DevOps projects with GitHub, Jenkins and more.  

By the end of this project, we will have a strong understanding of how version control works and how it can help us manage our codebase. This is an advanced DevOps project, and it is recommended that you have some experience with DevOps before attempting this one. To get the best out of your DevOps Skills before building a VCS, we are here to help you with the best and most affordable DevOps certification fees. Get ready to brush up on your skills with this DevOps certification. 

Source Code: Building a Version Control System

Technical Requirement:

1. Branching and Merging: The system needs to allow splitting and joining of work. This lets people develop code at the same time, keep it separate from others' work smoothly combined with changes in codes if needed.
2. Version Tracking: The system needs to keep good records and track any changes made to the code files. It should note who did it, when they did it, plus comments. This lets people quickly find or compare old versions if needed.
3. Collaboration: The system should help team members work together by letting them share code, talking about changes and checking the quality of their writing in a joint effort.
4. Integrations: The system should work well with usual developer tools, IDEs and CI/CD pipelines. This helps make development tasks easier and allows joining in easily with other software making methods.
5. Performance: The system needs to react quickly to everyday tasks like saving changes, getting files and combining them. It should manage big collections of data and lots of people using it together at the same time effectively.

3. Deploying Application Using Kubernetes

Kubernetes is an open-source container orchestration platform that automates the deployment, scaling, and management of containerized applications. In this project, you will deploy a simple web application using a Kubernetes cluster. You will learn how to create Kubernetes objects such as deployments, services, and secrets. You will also learn how to access and monitor your application using Kubernetes Dashboard. 

In addition, this will allow you to work with the different aspects of Kubernetes, such as pods, deployments, and services. In addition, you can also experiment with scaling the application and dealing with failures. By working on this project, you can develop a better understanding of DevOps and learn how to apply it to real-world scenarios.  

Source Code: Deploying Application Using Kubernetes

Technical Requirement:

1. Docker: This project needs Docker very much. Check that you have Docker set up on your computer. The project is to put a website into boxes.
2. Web Application Stack: Know what technology is used to make the website work. This might be a special computer language (like Node.js, Python or Java) and other things like web frameworks along with any extra needs you have.
3. Code Editor/IDE: Pick a text editor or all-in-one development tool (IDE) based on the technology set used in the project.
4. Git: Git is very important for managing changes in files. You must have Git on your computer to copy the database, make new parts and give updates.
5. Knowledge of Networking (Optional): If your project deals with things like opening ports or creating connections between containers, knowing some basics about networks might be useful.
6. Container Registry (Optional): If the job is about sending Docker images to a container storage place (like Docker Hub), you'll have to join that registry.
7. Here is the source code for the Application using Kubernetes. 

4. Structuring a Terraform Project

Any DevOps engineer worth their salt knows that Terraform is a key tool in any infrastructure-as-code toolkit. If you're looking to level up your DevOps game, there's no better way to do it than by diving into a few advanced Terraform projects. 

One great way to learn is by example, and so a good place to start is with the structure of a Terraform project. A well-structured Terraform project will make your code more readable and easier to maintain, which is essential when you're working with complex infrastructure. When starting out, it can be helpful to use a boilerplate project structure that you can customize to your own needs. Once you're more confident, you can experiment with different ways of organizing your code. 

Once you have the basic structure in place, you can start thinking about how to modularize your code. Modularization is a powerful technique that can make your code more reusable and easier to update. When done correctly, it can also help reduce the overall complexity of your infrastructure. There are many different ways to modularize your code, so it's important to experiment and find the approach that works best for you. By carefully designing your Terraform project, you can make it much easier to manage and maintain your infrastructure. 

Source code: Structuring a Terraform Project

Technical Requirement:

1. Continuous Integration and Deployment (CI/CD): automate the testing, validation, and deployment of infrastructure changes using tools like Jenkins, GitLab CI/CD, or AWS CodePipeline.
2. Terraform Modules: testing and validating Terraform code, including unit testing, linting, and using validation tools like terraform fmt and terraform validate. It should highlight the importance of ensuring code quality and correctness.

Here is the source code for the Terraform project. 

5. Building and Executing Selenium Project

There are many different types of DevOps projects that students can undertake to get practical experience. One such project is building and executing a Selenium project. Selenium is a tool that automates web browsers, making it an essential part of the modern software development process. To build and execute a Selenium project, students need to have a strong understanding of both automation and web development concepts.

Once students have a solid foundation, they can begin working on more advanced projects like building and executing a Selenium project. This type of project can be extremely beneficial for students, as it helps them to consolidate their knowledge and skills. In addition, completing this type of project gives students a real-world example of how DevOps concepts can be applied in a practical setting. 

Source code: Building and Executing Selenium Project 

Technical Requirement:

1. Test Data Management: The framework needs to provide mechanisms for coping with test data, which includes the use of external facts sources (e.G., Excel, CSV) or facts-pushed trying out frameworks.
2. Reporting and Logging: The framework must generate complete and unique check reports, highlighting test execution effects, such as pass/fail repute, execution time, and any generated logs or screenshots
3. Parallel Execution: The framework should assist parallel execution of assessments, allowing users to run more than one check simultaneously, thus decreasing test execution time.
4. Test Environment Configuration: The framework must help with clean configuration of look at environments, allowing users to switch among specific environments (e.G., improvement, staging, manufacturing) without enhancing the test code.

Here is the another source code for executing the Selenium project. 

Top DevOps Project Ideas 

There are many reasons to consider a career in DevOps. For one, it is a rapidly growing field with plenty of opportunities for advancement. Additionally, DevOps professionals are in high demand and earn a competitive salary. But, perhaps most importantly, working in DevOps gives you the chance to make a real difference in how software is developed and delivered. 

If you're interested in pursuing a career in DevOps, here are some DevOps sample project ideas to get you started: 

1. Implement a Continuous Integration/Continuous Delivery (CI/CD) Pipeline

One of the most important aspects of DevOps is the implementation of CI/CD pipelines. These pipelines help to automate the software delivery process, making it faster and easier for new features and updates to be released. As a DevOps engineer, your job would be to configure and manage these pipelines. 

Source Code

2. Create a Build Automation Framework

Another important aspect of DevOps is built automation. To streamline the software build process, it is often necessary to automate various tasks, such as code compilation and testing. As a DevOps engineer, you could create a build automation framework that would make it easier for developers to create new builds. 

Source Code

3. Implement Infrastructure as Code

One of the best ways to manage infrastructure is by using code. This approach, known as "infrastructure as code," helps to simplify and automate the provisioning and management of infrastructure. Infrastructure as code helps you manage your organization's infrastructure more easily as a DevOps engineer. 

Source Code

4. Create a Chatbot for Customer Support

Another project idea is to create a chatbot that can be used for customer support. This chatbot could answer common questions or help customers troubleshoot problems. A DevOps engineer is responsible for creating and maintaining the chatbot. 

Source code for Chatbot for Customer support.

5. Implement Security in the CI/CD Pipeline

Security is an important consideration in any software development process. When implementing a CI/CD pipeline, it is important to include security measures at every stage. CI/CD pipelines could be secured via DevOps engineering. 

Source code

6. Monitor and Log Application Performance

It is important to monitor and log application performance to identify and fix issues. The DevOps engineer can monitor and log the performance of the application. This system could be used to identify and troubleshoot problems with applications.

Source Code 

7. Implement a Continuous Testing Strategy

Testing is an important part of the software development process. However, traditional testing methods can be time-consuming and expensive. A continuous testing strategy helps to reduce the time and cost of testing by automating the testing process. DevOps engineers can help organizations implement continuous testing strategies. 

8. Migrate an Application to the Cloud

Many organizations are migrating their applications to the cloud. As a DevOps engineer, you could help to migrate an application to the cloud. This process would involve provisioning and configuring resources in the cloud, as well as migrating data. 

9. Create a Dashboard for Monitoring CI/CD Pipeline Metrics

An effective CI/CD pipeline requires monitoring metrics. You can monitor build times and success rates through your dashboard as a DevOps engineer. An improved pipeline could be identified and improved using this dashboard. 

10. Implement Automated Provisioning

Provisioning is the process of setting up and configuring resources for use. Automated provisioning tools can help to speed up this process by automatically provisioning resources when they are needed. DevOps engineers can implement automated provisioning for organizations. 

These are just a few ideas for DevOps projects. If you are looking for more ideas, you can check out this list of DevOps project ideas. 

What are DevOps Projects?  

DevOps projects are plans that put DevOps ideas into action. DevOps is a way of thinking and doing things, along with the tools needed to improve how development teams work together with IT operations staff in making software better. The main aim of DevOps is to make the software delivery process easier and automatic, helping companies get great software out fast. Most of the sample DevOps project could be found in GitHub and that gives DevOps project ideas which potently could transform DevOps real life projects or real-time DevOps project topics. 

In DevOps projects, they usually connect many tools and ways across the development of software. This starts from making code to testing it, then putting it in use and watching how well things work after deployment is done. Check the KnowledgeHut’s DevOps course details for prominent projects.

DevOps Real-time Projects: Why Are They So Important?

There's no doubt that DevOps has taken the software development world by storm. And for a good reason! By streamlining the process of developing and deploying software, DevOps has helped countless organizations speed up their delivery times, improve their quality assurance efforts, and generally become more efficient overall. 

But what about DevOps in the real world? How are organizations actually using DevOps to get real-world benefits? 

One area where DevOps shines is in the realm of real-time projects. Real-time projects need to be delivered quickly, with little to no margin for error. They're often time-sensitive, mission-critical initiatives that require all hands on deck to get them done right. In other words, they're exactly the kind of projects where DevOps can make a difference. 

DevOps real-time projects are becoming increasingly popular as they offer several benefits over traditional waterfall projects. So why are DevOps real-time projects so important? Let's take a look. 

1. They're Time-Sensitive

As we mentioned, one of the defining characteristics of a real-time project is that it's time-sensitive. This means that every minute counts, and there's no room for delays. Organizations working on real-time projects need to be able to move quickly and efficiently without sacrificing quality or missing deadlines. This is where DevOps comes in. 

By automating repetitive tasks and streamlining communication between teams, DevOps can help organizations work faster and more efficiently. This is critical for real-time projects, which often have tight deadlines that can't be missed. 

2. They're Mission-Critical

Another defining characteristic of real-time projects is that they're often mission-critical. This means that they're important initiatives with far-reaching implications for the organization. As such, they need to be done right the first time. There's no room for error when it comes to mission-critical projects. 

Again, this is where DevOps can help. By ensuring that everyone is on the same page and automating key tasks, DevOps can help organizations avoid mistakes and deliver high-quality results. 

3. They Require Coordination

Real-time projects often require coordination between multiple teams. This can be a challenge, as it's often difficult to get everyone on the same page. 

However, DevOps can help here as well. By establishing clear communication channels and providing visibility into all aspects of the project, DevOps can ensure that everyone is coordinated and working towards the same goal. 

4. They're Complex

Finally, real-time projects are often complex initiatives with many moving parts. This can make them difficult to manage, especially if there are multiple teams involved. 

Again, DevOps can help here. By breaking down complex projects into smaller pieces and automating key tasks, DevOps can help organizations better manage complexity and deliver results more efficiently. 

There's no doubt that DevOps real-time projects are important. By helping organizations work faster, avoid mistakes, and better manage complexity, DevOps can make a huge difference when it comes to mission-critical initiatives. If your organization is working on a real-time project, be sure to leverage the power of DevOps to get the job done right. 

How to Discuss DevOps Projects in an Interview?

When interviewing for a DevOps position, it is important to be able to discuss your experience and projects in detail. We will help you prepare for questions about your DevOps projects so that you can impress your interviewer and land the job. 

Firstly, make sure that you have a good understanding of what DevOps is and how it works. Work on the above-listed DevOps projects for resume. Once executed, you should be able to explain the concept of DevOps in your own words and give examples of how it has been used to improve software development processes. 

Once you have a solid understanding of DevOps, take some time to think about any projects you have worked on that have used DevOps principles. Try to come up with at least one example for each of the following areas: 

• Configuration management 
• Continuous integration 
• Continuous delivery 
• Infrastructure as code 

For each project, you should be able to explain what your role was, what tools and processes were used, and how the project benefited from using DevOps principles. Be prepared to talk in detail about the challenges faced during the project and how they were overcome. 

If you can provide specific examples of how DevOps Projects have helped you to improve software development processes, then you will certainly impress your interviewer. By preparing in advance for questions about your DevOps experience, you will be able to show that you are a knowledgeable and experienced candidate who is well-suited for a DevOps position. 

After such a detailed insight into DevOps, you must feel like a PRO. Still stuck somewhere? Get all your problems sorted out with KnowledgeHut’s DevOps course details and become a DevOps Expert with us.    

Conclusion

DevOps has come a long way in the last few years. What started as a grassroots movement to bring development and operations teams closer together has become an essential part of any company’s digital strategy. If you’re looking for ways to improve your DevOps process, our list of the top 10 practical DevOps project ideas will help you get started. These projects are essential for any business looking to improve its operations and increase efficiency. With careful planning and execution, your team can start seeing results quickly.