Introduction to Kubernetes on Edge with K3s

This course offers a comprehensive exploration of Kubernetes' applications and use cases at the edge. It includes labs, examples, and a technical overview of the K3s project and the cloud native edge ecosystem. The course is designed for individuals interested in learning more about Kubernetes and embedding sensors or applications in edge locations. While certification in Kubernetes is not required, some experience with shell scripting and the Linux operating system would be beneficial. Programming experience is not necessary, but learners will need Docker to run it on their computers.

The course covers running compute at edge locations and introduces foundations like CNCF and LF Edge. It teaches how to deploy applications at the edge using open-source tools like K3s and K3sup, including on low-power hardware such as the Raspberry Pi. Additionally, it addresses issues associated with edge computing, like partial availability and remote access. Students will gain practical experience deploying applications to Kubernetes through hands-on examples. They will also learn about object storage, MQTT, and OpenFaaS.

The course goes beyond theory by providing opportunities to interact with real hardware and communicate with sensors. Developers will find value in understanding the impact of the cloud native movement on modernizing edge deployments. Through the k3s Project, they will gain insight into the challenges of deploying Kubernetes at the edge.

Overall, this course offers a deep dive into Kubernetes' applications and use cases at the edge, providing learners with practical knowledge and skills to deploy applications in edge environments.