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Become a cloud pro with GitOps! Get hands-on with Docker, Kubernetes, and Helm. Learn to use Flux and Flagger for efficient, hassle-free cloud-native operations. No setup, no cleanup, no hassle.

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GitOps is an operational model that allows developers to accelerate the delivery of cloud-native applications that run on Kubernetes.

In this course, you’ll learn the essential principles behind GitOps and how to apply the operational model to modern cloud-native systems. The course provides a detailed description of the relationship between GitOps and technologies like Docker, Kubernetes, and Helm. You’ll gain hands-on experience managing containerized workloads that run on Kubernetes using Flux. Additionally, you’ll explore how GitOps is used to execute progressive delivery strategies with Flagger.

After completing this course, you’ll be prepared to manage the operations of systems using GitOps. You’ll be able to establish and manage the GitOps operational model for systems that run on Kubernetes. You’ll also understand how to install and configure tools like Flux and Flagger that improve your systems' stability and rate of change.

GitOps—Modern Operations for Cloud Native Applications

It's an operational model with many applications for managing the development, deployment, and operational phases of modern dynamic systems.

It's a fixed approach used for managing the development, deployment, and operational phases of modern dynamic systems.

It's an operational model for managing traditional monolithic systems architected to run in on-premise environments with static infrastructure. 

It's a set of practices for managing an application's source code within Git.

Which statement best describes GitOps?

What is the entry point for all system changes in GitOps?
?

What is the entry point for all system changes in GitOps?
?

Which term best describes a situation where the system's runtime state deviates from its desired state?

Which term best describes a situation where the system’s runtime state deviates from its desired state?

An automated agent running in the cluster that prevents any changes after the cluster has been provisioned.

Security policies that limit access to the system through tools like `kubectl`.

An automated agent running in the cluster that establishes a reconciliation loop.

Automated emails that notify system administrators when drift occurs so that it can be resolved.

In the GitOps pattern, what causes drift to be corrected?

In the GitOps pattern, what causes drift to be corrected?



**(True or False)** GitOps practices in one organization will be identical to those applied in other organizations.


(True or False) GitOps practices in one organization will be identical to those applied in other organizations.

GitOps promotes and extends the idea of using Git to manage which application concern?

GitOps promotes and extends the idea of using Git to manage which application concern?

By using artificial intelligence to detect problem areas in the code.

By increasing the visibility of changes made to the system via pull requests.

By making Git the single entry point for deploying changes into the system.

How does GitOps increase developer productivity?

How does GitOps increase developer productivity?

Quiz yourself on the concepts of GitOps learned in this chapter.

Introduction to GitOps

GitOps Principles

Architecting GitOps-based Systems

Project I: Hands-on GitOps

GitOps in Practice

Project II: Use GitOps with Flux

Continuous Delivery with GitOps

Using Flux with Helm

Advanced Deployment Models with Flagger

Wrapping up

Appendix

Quiz Yourself: Introduction to GitOps