Linux Foundation Free Courses (Unlimited Access)

The tech world is constantly changing, and it’s important to keep learning to stay ahead.

Luckily, the Linux Foundation, a leader in the open-source community, is here to help us.

The Linux Foundation offers many free courses made by experts on various topics.

You can learn a lot about open-source technology through Linux Foundation free courses. They also cover topics about cloud, cybersecurity, blockchain, AI and more. There are a wide variety of courses to choose from, so I’m sure you’ll find something that interests you.

25+ Linux Foundation Free Courses

1. Cybersecurity Essentials (LFC108)

The “Cybersecurity Essentials” course provides an excellent foundation for beginners aiming to understand the fundamentals of cybersecurity in a Linux environment.

This is the linux foundation free course that is self-paced and covers essential concepts like threat analysis, encryption, network security, and incident response.

With approximately 1 hour of video content, hands-on labs, and quizzes, this course equips you with the knowledge required to secure Linux systems effectively.

Course Takeaways:

• Cybersecurity concepts and best practices.
• Understanding common threats and vulnerabilities.
• Learning encryption techniques and network security principles.
• Hands-on labs to reinforce learning.
• Practical knowledge for incident response and recovery.

2. Introduction to Protocol Buffers (LFS145)

“Introduction to Protocol Buffers” is an ideal course for beginners seeking to understand how data is structured and transmitted between different systems.

This course focuses on the Protocol Buffers language, which allows for efficient and platform-independent data interchange.

Through 6-7 hours of video content, examples, and exercises, you can easily gain proficiency in designing and using Protocol Buffers effectively.

Course Takeaways:

• Protocol Buffers and their advantages.
• Syntax and message structure of Protocol Buffers.
• Working with fields, enumerations, and services.
• Serializing and deserializing data using Protocol Buffers.
• Integration with various programming languages.

3. GitHub Supply Chain Security Using GitGat (LFD122x)

In today’s interconnected software development landscape, ensuring the security of the software supply chain is of paramount importance.

The “GitHub Supply Chain Security Using GitGat” course introduces beginners to GitGat, a toolkit for analyzing and securing software dependencies.

Through approximately 4-5 hours of video content, this course covers topics such as identifying and addressing supply chain vulnerabilities, conducting security audits, and implementing secure development practices.

Course Takeaways:

• Understanding software supply chain security risks.
• Introduction to GitGat and its role in securing software dependencies.
• Identifying and remediating supply chain vulnerabilities.
• Conducting security audits using GitGat.
• Implementing secure software development practices.

4. Introduction to Istio (LFS144x)

As the adoption of microservices architecture continues to rise, the need for effective service mesh management becomes critical.

The “Introduction to Istio” course is designed for beginners aiming to grasp the concepts and functionalities of Istio, an open-source service mesh platform.

Through approximately 20-25 hours of video content and hands-on exercises, you can gain insights into Istio’s features, traffic management, security, and observability.

Course Takeaways:

• Service mesh and its significance.
• Understanding Istio’s architecture and components.
• Traffic routing and load balancing with Istio.
• Implementing security measures using Istio.
• Observability and tracing in Istio deployments.

5. Introduction to Backstage: Developer Portals Made Easy (LFS142x)

For developers and organizations looking to build efficient and developer-friendly platforms, the “Introduction to Backstage” course is an excellent choice.

Backstage, an open-source platform developed by Spotify, enables the creation of developer portals, enabling seamless collaboration and communication within development teams.

This linux foundation free course is self-paced and provides you with approximately 8-10 hours of video content, demonstrations, and hands-on labs.

Course Takeaways:

• Understanding the need for developer portals.
• Introduction to Backstage and its core features.
• Building and customizing developer portals using Backstage.
• Integrating Backstage with existing tools and workflows.
• Enhancing collaboration and communication within development teams.

6. Software Engineering Basics for Embedded Systems (LFD116)

The “Software Engineering Basics for Embedded Systems” course is tailored for beginners interested in acquiring foundational knowledge in embedded systems development.

This linux foundation free course  covers essential concepts such as real-time operating systems, device drivers, and embedded software development best practices.

With approximately 4-6 hours of video content, labs, and quizzes, you can expect to gain practical insights into building reliable and efficient embedded systems.

Course Takeaways:

• Introduction to embedded systems and their applications.
• Understanding real-time operating systems and device drivers.
• Embedded software development methodologies and best practices.
• Hands-on labs for building and testing embedded systems.
• Debugging and troubleshooting techniques.

7. PyTorch and Deep Learning for Decision Makers (LFS116x)

For beginners looking to gain a high-level understanding of PyTorch and deep learning, the “PyTorch and Deep Learning for Decision Makers” course is an excellent starting point.

This linux foundation free course  provides an overview of PyTorch, a popular deep learning framework, and explores its applications in various industries.

With approximately 3-4 hours of video content, this course equips decision-makers with the knowledge to make informed choices regarding deep learning implementations.

Course Takeaways:

• Introduction to PyTorch and its features.
• Understanding the fundamentals of deep learning.
• Applications of deep learning in different industries.
• Real-world use cases and success stories.
• Making informed decisions about deep learning projects.

8. Fundamentals of Quantum Computing (LFQ101)

The “Fundamentals of Quantum Computing” course is designed to provide learners with a comprehensive introduction to the principles and concepts of quantum computing.

This linux foundation free course is self-paced and covers essential topics such as qubits, quantum gates, quantum algorithms, and quantum error correction.

With approximately 3 hours of video content, demonstrations, and exercises, you’ll gain a solid foundation in the fundamentals of quantum computing and its potential applications.

Course Takeaways:

• Introduction to the principles of quantum mechanics.
• Understanding qubits and their properties.
• Exploring quantum gates and their role in quantum computation.
• Overview of quantum algorithms, including Shor’s algorithm and Grover’s algorithm.
• Understanding quantum error correction and mitigation techniques.

9. Data and AI Fundamentals (LFS115x)

The “Data and AI Fundamentals” course is designed for beginners seeking to understand the foundational concepts of data analysis, machine learning, and artificial intelligence.

This course provides learners with a comprehensive overview of key concepts such as data preprocessing, exploratory data analysis, supervised and unsupervised learning, and neural networks.

With approximately 4-5 hours of video content, hands-on labs, and quizzes, you can gain a solid understanding of the fundamentals of data analysis and AI.

Course Takeaways:

• Introduction to data analysis and its importance in decision-making.
• Understanding data preprocessing techniques, including cleaning and transformation.
• Exploratory data analysis to gain insights and identify patterns.
• Introduction to supervised and unsupervised learning algorithms.
• Overview of neural networks and their applications in AI.

10. Introduction to DevSecOps for Managers (LFS180x)

The “Introduction to DevSecOps for Managers” course is designed to provide managers and leaders with an understanding of DevSecOps principles and practices. DevSecOps is an approach that integrates security into the software development process from the very beginning.

This course covers topics such as secure software development lifecycle, continuous integration and deployment, security testing, and risk management.

With approximately 20 hours of video content, real-world examples, and case studies, managers can gain insights into implementing DevSecOps practices within their organizations.

Course Takeaways:

• Understanding the importance of integrating security into the software development process.
• Exploring DevSecOps principles and practices.
• Secure software development lifecycle and its components.
• Continuous integration and continuous deployment (CI/CD) pipelines.
• Implementing security testing and risk management in DevSecOps.

11. Git for Distributed Software Development (LFD109x)

The “Git for Distributed Software Development” course is designed to provide beginners with a solid understanding of Git, a popular version control system. Git enables efficient collaboration and management of source code across distributed teams.

This course covers essential concepts such as creating repositories, branching and merging, resolving conflicts, and collaborating with others using Git.

With approximately 20-25 hours of video content, hands-on exercises, and demonstrations, learners gain practical experience in using Git for effective software development.

Course Takeaways:

• Introduction to version control and the role of Git.
• Setting up and configuring Git repositories.
• Branching, merging, and resolving conflicts in Git.
• Collaborating with other developers using Git.
• Best practices for using Git in distributed software development.

12. Linux Tools for Software Development (LFD108x)

The “Linux Tools for Software Development” course introduces learners to a variety of tools and utilities that facilitate software development on Linux.

This linux foundation free course covers topics such as debugging, profiling, code analysis, and version control tools commonly used by developers.

With approximately 25-30 hours of video content, demonstrations, and hands-on labs, you’ll gain practical knowledge of Linux tools to enhance their software development workflows.

Course Takeaways:

• Introduction to essential Linux tools for software development.
• Debugging and profiling applications on Linux.
• Code analysis tools for improving code quality and performance.
• Version control tools for efficient source code management.
• Hands-on labs to practice using Linux tools for software development.

13. Introduction to Open Source License Compliance Management (LFC193)

The “Introduction to Open Source License Compliance Management” course focuses on the importance of open-source license compliance in software development.

This course covers topics such as open-source licensing, license obligations, compliance best practices, and managing compliance in the software supply chain.

With approximately 1-2 hours of video content, case studies, and interactive exercises, you’ll learn a lot about open-source license compliance and its implications for software development.

Course Takeaways:

• Understanding open-source licensing and its significance.
• Identifying license obligations and compliance requirements.
• Best practices for managing open-source license compliance.
• Ensuring compliance in the software supply chain.
• Case studies highlighting the importance of open-source license compliance.

14. RISC-V Toolchain and Compiler Optimization Techniques (LFD113x)

The “RISC-V Toolchain and Compiler Optimization Techniques” course focuses on the RISC-V architecture and its toolchain for software development. RISC-V is an open-source instruction set architecture (ISA) that has gained popularity in recent years.

This course covers topics such as RISC-V assembly language programming, optimizing compilers, and performance analysis. With approximately 8-10 hours of video content, hands-on labs, and examples, you’ll get practical knowledge of developing and optimizing software for the RISC-V architecture.

Course Takeaways:

• Introduction to the RISC-V architecture and its toolchain.
• RISC-V assembly language programming and optimization techniques.
• Working with optimizing compilers for RISC-V.
• Performance analysis and optimization strategies.
• Hands-on labs for practicing RISC-V software development and optimization.

15. Introduction to Cloud Foundry (LFD132x)

The “Introduction to Cloud Foundry” course provides an overview of the Cloud Foundry platform, a popular open-source Platform-as-a-Service (PaaS) solution.

This linux foundation free course covers topics such as deploying applications, scaling, managing services, and troubleshooting on the Cloud Foundry platform.

With approximately 12 hours of video content, demonstrations, and hands-on exercises, you’ll gain a foundational understanding of Cloud Foundry and its capabilities for application deployment and management.

Course Takeaways:

• Introduction to the Cloud Foundry platform and its key features.
• Deploying applications to Cloud Foundry.
• Scaling applications and managing services.
• Troubleshooting common issues in Cloud Foundry deployments.
• Hands-on exercises for practicing application deployment on Cloud Foundry.

16. Fundamentals of Professional Open Source Management (LFC110)

The “Fundamentals of Professional Open Source Management” course is a comprehensive program designed to equip individuals involved in managing open-source projects or organizations with the necessary skills and knowledge.

This course covers key topics such as open-source licensing, community engagement, governance models, and best practices for successful open-source management.

With approximately 20 hours of video content, real-world examples, and interactive exercises, we can gain valuable insights into the intricacies of open-source project management.

Course Takeaways:

• Understanding the importance of open-source management.
• Exploring different open-source licensing models and their implications.
• Best practices for community engagement and collaboration.
• Effective strategies for governance and project management.
• Real-world case studies and examples to illustrate concepts.

17. Introduction to GitOps (LFS169)

The “Introduction to GitOps” course introduces learners to the GitOps methodology, which revolutionizes the way software is managed and deployed.

GitOps combines the power of Git version control and declarative infrastructure management to streamline the development and operations workflow.

Through approximately 2-4 hours of video content and hands-on exercises, you’ll get a deep understanding of GitOps principles and tools like Flux and Argo CD.

Course Takeaways:

• Introduction to the GitOps methodology and its benefits.
• Understanding the role of Git in managing infrastructure and applications.
• Declarative infrastructure management using tools like Flux and Argo CD.
• Continuous delivery and automation with GitOps.
• Implementing GitOps in real-world scenarios.

18. Introduction to Kubernetes on Edge with K3s (LFS156x)

As edge computing continues to gain prominence, understanding how to deploy and manage Kubernetes on edge devices becomes crucial.

The “Introduction to Kubernetes on Edge with K3s” course is designed for learners interested in exploring Kubernetes deployments in edge computing environments.

This course provides approximately 14-15 hours of video content, demonstrations, and hands-on labs to familiarize learners with K3s, a lightweight Kubernetes distribution.

Course Takeaways:

• Understanding the unique challenges and requirements of edge computing.
• Introduction to K3s and its lightweight nature.
• Deploying and managing Kubernetes clusters on edge devices using K3s.
• Networking, storage, and security considerations for edge deployments.
• Real-world use cases and best practices for Kubernetes on edge.

19. Introduction to Magma: Cloud-Native Wireless Networking (LFS166x)

The “Introduction to Magma: Cloud-Native Wireless Networking” course introduces learners to Magma, an open-source platform for building flexible and scalable wireless networks.

This course provides approximately 15-20 hours of video content, demonstrations, and hands-on labs to explore the capabilities of Magma. You can gain insights into deploying and managing cloud-native wireless networks using Magma.

Course Takeaways:

• Introduction to Magma and its role in cloud-native wireless networking.
• Understanding the architecture and components of the Magma platform.
• Deploying Magma to build flexible and scalable wireless networks.
• Configuring network policies, security features, and integration with existing systems.
• Hands-on labs to gain practical experience with Magma deployments.

20. Introduction to RISC-V (LFD110x)

The “Introduction to RISC-V” course is designed for learners interested in understanding the RISC-V instruction set architecture, which is gaining popularity as an open-source alternative to proprietary architectures.

This course provides approximately 10 hours of video content, demonstrations, and exercises to familiarize us with the fundamentals of RISC-V.

Course Takeaways:

• Introduction to RISC-V and its advantages as an open-source architecture.
• Understanding the RISC-V instruction set and programming model.
• Exploring RISC-V development tools and toolchains.
• Design principles and considerations for RISC-V-based systems.
• Hands-on exercises to practice RISC-V programming and development.

21. Introduction to Node.js (LFW111x)

The “Introduction to Node.js” course is ideal for individuals looking to learn server-side JavaScript development using Node.js.

This course provides approximately 7-8 hours of video content, demonstrations, and hands-on labs to help us grasp the fundamentals of Node.js and its ecosystem.

Course Takeaways:

• Understanding the basics of JavaScript and its role in web development.
• Introduction to Node.js and its features as a server-side JavaScript runtime.
• Building web applications and APIs using Node.js and popular frameworks like Express.
• Exploring package management, debugging, and testing in Node.js.
• Hands-on labs to practice building and deploying Node.js applications.

22. Introduction to WebAssembly (LFD133x)

The “Introduction to WebAssembly” course is a comprehensive introduction to WebAssembly, a binary instruction format designed to improve web application performance.

This course covers topics such as the architecture of WebAssembly, its integration with JavaScript, and its potential applications in web development.

With approximately 4-6 hours of video content, hands-on labs, and practical examples, we can gain a strong foundation in WebAssembly and its usage.

Course Takeaways:

• Understanding the fundamentals of WebAssembly.
• Integration of WebAssembly with JavaScript.
• Building performant web applications with WebAssembly.
• Exploring real-world use cases and applications of WebAssembly.

23. Introduction to FinOps (LFS175x)

The “Introduction to FinOps” course provides learners with essential knowledge and skills in managing cloud finances and optimizing costs.

This course covers core principles and practices of Financial Operations (FinOps), including cost optimization strategies, cloud financial management, and governance.

With approximately 2 hours of video content and real-world examples, you can acquire the skills needed to drive efficiency and cost savings in cloud environments.

Course Takeaways:

• Understanding the core concepts of FinOps.
• Cost optimization strategies and best practices.
• Cloud financial management and governance.
• Real-world examples and case studies for practical application.

24. Blockchain: Understanding Its Uses and Implications (LFS170x)

The “Blockchain: Understanding Its Uses and Implications” course offers learners a comprehensive understanding of blockchain technology and its potential applications.

This course covers fundamental concepts such as decentralized ledgers, smart contracts, and consensus mechanisms.

Through approximately 16-20 hours of video content, real-world examples, and case studies, you can gain insights into the uses and implications of blockchain technology.

Course Takeaways:

• Exploring the fundamentals of blockchain technology.
• Understanding decentralized ledgers and consensus mechanisms.
• Smart contracts and their applications.
• Real-world examples and case studies of blockchain implementations.

25. Introduction to Jenkins (LFS167x)

The “Introduction to Jenkins” course provides learners with an overview of Jenkins, a popular open-source automation server.

This course covers topics such as setting up Jenkins, configuring and managing jobs, and integrating Jenkins into the software development lifecycle.

With approximately 20-25 hours of video content, hands-on labs, and practical examples, we’ll have a solid foundation in using Jenkins for continuous integration and delivery.

Course Takeaways:

• Jenkins and its features.
• Setting up and configuring Jenkins.
• Managing and automating software builds and deployments.
• Integrating Jenkins into the software development lifecycle.

26. Introduction to Linux (LFS101x)

The “Introduction to Linux” course is designed for beginners who want to learn the basics of Linux operating systems.

This course covers topics such as the Linux command line, file system navigation, and essential commands.

With approximately 60 hours of video content and hands-on exercises, you can gain a foundational understanding of Linux and its usage.

Course Takeaways:

• Linux and its advantages.
• Navigating the Linux command line.
• File system management and permissions.
• Basic Linux commands and utilities.

27. A Beginner’s Guide to Linux Kernel Development (LFD103)

The “A Beginner’s Guide to Linux Kernel Development” course is tailored for individuals interested in understanding the internals of the Linux kernel and contributing to its development.

This course covers topics such as the Linux kernel architecture, kernel modules, and debugging techniques.

With approximately 12-16 hours of video content, hands-on labs, and practical exercises, you’ll receive comprehensive knowledge of Linux kernel development.

Course Takeaways:

• Linux kernel architecture.
• Kernel configuration and compilation.
• Working with kernel modules.
• Debugging and troubleshooting techniques.

What you can learn with Linux Foundation Free Courses?

Here are the different tech domains for which you can find free courses on Linux Foundation. So you can learn about:

• System Administration
• Cloud & Containers
• Networking
• Blockchain
• Linux Kernel Development
• IoT & Embedded Development
• Web & Application Development
• Systems Engineering
• DevOps & Site Reliability
• Open Source Best Practices
• AI/Machine Learning

How to Enroll in Linux Foundation Free Courses?

1. Click Here to visit the Linux Foundation free courses catalog page.
2. Select your “Area of interest” and choose the course in which you want to enroll.
3. When you are in the course page, Click on “Enroll Today”.
4. In the next page, you’ll see “Sign In/Register To Access”. If you already have a Linux Foundation account, sign in and continue. Or else, click on “Register Now” to create your Linux Foundation account.
5. Once you’re logged into your account, you can access the free course.

Final Words

All these courses from the Linux Foundation are free and have a lot to teach about tech. They have good lessons, professional instructors, and cover many different topics.

You can also earn a badge after completing a course.

So, don’t wait! Start learning and discover all the cool things these Linux Foundation courses can offer you.