FluxCD 101 with Hands-On Labs from Udemy

GitOps is a framework where the entire code delivery process is controlled via the Git repository. GitOps operators such as Flux can automatically pull the desired state from Git and apply them to Kubernetes targets.

Some of the Flux's features are,

Flux provides GitOps for both applications and infrastructure
Just push to Git and Flux does the rest
Flux is designed with security in mind and provides ways to encrypt/decrypt secrets
Flux can work with all common Kubernetes tooling like Kustomize, Helm, RBAC, and OPA policies
Flux can send alerts and notifications to 3rd party products

I will present every topic in a simple, visual, and easy way.

we will first understand the topic by going through animated slides
we will do practical demos for every topic
we provide a GitHub repository and downloadable material with manifests and source code
we provide hands-on exercises using OOTB Lab Environments

What's covered in this course?

Source Controller
Kustomize Controller
Helm Controller
Notification Controller
Image Reflector Controller
Image Automation Controller
Monitoring and User Interfaces
Hands-on Labs

I strongly believe in learning by doing. Please explore and spend time on the interactive labs which open up in your browser to give you a hands-on environment to practice what you have learned.

Note -

Auto-generated English Captions are available in all course videos

What's inside

Learning objectives

Overview of gitops vs devops
Overview of fluxcd and its architecture
Install and configure fluxcd
Deploy apps using gitops methodology
Automate deployments via image tags

Container sigining & verfication
Secret encryption & decryption
Alerts, monitoring & user interface
Understand oci artifacts & registry

Overview of gitops vs devops
Overview of fluxcd and its architecture
Install and configure fluxcd
Deploy apps using gitops methodology
Automate deployments via image tags
Container sigining & verfication
Secret encryption & decryption
Alerts, monitoring & user interface
Understand oci artifacts & registry

Syllabus

GitOps Introduction

GitOps Overview

Course Introduction

GitOps Principles

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides hands-on labs using out-of-the-box lab environments, allowing learners to immediately apply what they've learned in a practical setting

Covers FluxCD's integration with common Kubernetes tooling like Kustomize, Helm, RBAC, and OPA policies, which is essential for real-world deployments

Explores the use of OCI artifacts and registries, which is a modern approach to managing and distributing Kubernetes manifests and Helm charts

Includes demonstrations of secret encryption and decryption using Bitnami Sealed Secrets and Mozilla SOPS, which are valuable for securing sensitive data in GitOps workflows

Requires learners to set up a FluxCD server and CLI, which may require some familiarity with command-line tools and Kubernetes concepts

Features demonstrations using DockerHub, so learners should be prepared to create an account and familiarize themselves with its basic usage

Reviews summary

Practical fluxcd introduction with labs

According to learners, this course provides a solid and practical introduction to FluxCD and GitOps. Students particularly praised the clear explanations, visual approach using animated slides, and the hands-on labs which are described as incredibly helpful for practical application. While the course is considered excellent for beginners and those new to the topic, some learners noted that certain sections, being a "101" course, naturally offer a foundational overview rather than deep dives into every advanced topic. The course structure with demos and dedicated lab environments is frequently highlighted as a major strength.

Provides a solid base, but isn't exhaustive.

"This course provides a solid foundation in FluxCD basics and its main controllers."

"It's a 101 course, so don't expect deep dives into every single advanced topic or edge case."

"Gives you the essential knowledge to get started and explore more complex scenarios on your own."

"A great overview of the core features and how they fit together."

Real-world demos reinforce theoretical concepts.

"Practical demos for every topic were very helpful in seeing how things work in action..."

"The demos covered various scenarios, including S3 buckets and OCI registries, which was great."

"Seeing the commands run and the results immediately after the explanation was effective."

"The demo section on Secret Management with Sealed Secrets and SOPS was particularly useful."

Excellent starting point for learning FluxCD.

"As someone new to GitOps and FluxCD, this course was a great starting point. It truly felt like a '101'..."

"Excellent introduction covering the fundamentals without overwhelming a beginner."

"Doesn't assume a deep background in Kubernetes or GitOps, making it accessible."

"Highly recommended if you're just starting out with FluxCD."

Concepts are presented clearly with visuals.

"He presents every topic in a simple, visual, and easy way, which makes complex ideas digestible..."

"The animated slides helped me grasp the architecture and flow of FluxCD much better than just diagrams."

"Lectures break down core concepts like Source and Kustomize controllers very clearly."

"Found the explanations concise and to the point, avoiding unnecessary jargon."

Students highly value the practical lab environments.

"The hands-on exercises using OOTB Lab Environments were incredibly helpful and truly solidified my understanding..."

"Loved that I could get practical experience right in the browser without setting up anything locally..."

"The labs are the best part of this course. They directly apply the concepts learned in the lectures."

"Learning by doing is key, and these interactive labs make it possible and effective."

Occasional technical issues reported with labs.

"Had some trouble getting the lab environment to work initially on one occasion, but it resolved itself..."

"Encountered minor glitches in the browser labs which sometimes required a refresh..."

"Requires a stable internet connection for the labs; less stable connections might face delays."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in FluxCD 101 with Hands-On Labs with these activities:

Review Kubernetes Fundamentals

Show steps

Solidify your understanding of Kubernetes concepts, as FluxCD manages deployments on Kubernetes clusters. A strong foundation will make learning FluxCD easier.

Browse courses on Kubernetes

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Review Kubernetes documentation on pods, deployments, and services.
Practice deploying simple applications to a Kubernetes cluster.
Familiarize yourself with kubectl commands.

Brush up on Git

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Reinforce your Git knowledge, as Git is central to GitOps and FluxCD. Understanding branching, merging, and pull requests is crucial.

Browse courses on Git

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Review Git commands like clone, commit, push, and pull.
Practice creating branches and merging changes.
Familiarize yourself with pull request workflows.

Kubernetes in Action

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This book provides a strong foundation in Kubernetes, which is essential for understanding FluxCD.

View Kubernetes in Action, Second Edition on Amazon

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Read the introductory chapters to understand the core concepts of Kubernetes.
Work through the examples to gain hands-on experience with Kubernetes.
Refer to the book as a reference while working through the course labs.

Four other activities

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Show all seven activities

The GitOps Toolkit: Automating Kubernetes with Flux

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Supplement your learning with a dedicated book on FluxCD. This book will provide a deeper understanding of the concepts and practical applications.

View Putting Knowledge to Work on Amazon

Show steps

Read the introductory chapters to understand the core concepts of FluxCD.
Work through the examples to gain hands-on experience with FluxCD.
Refer to the book as a reference while working through the course labs.

Write a Blog Post on FluxCD

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Reinforce your learning by explaining FluxCD concepts in your own words. Writing a blog post will help you identify any gaps in your understanding.

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Choose a specific topic related to FluxCD (e.g., Kustomize Controller, Image Automation).
Research the topic thoroughly and gather relevant information.
Write a clear and concise blog post explaining the topic.
Include examples and diagrams to illustrate the concepts.

Deploy a Multi-Tier Application with FluxCD

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Apply your knowledge by deploying a real-world application using FluxCD. This project will solidify your understanding of the different controllers and their interactions.

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Design a multi-tier application architecture (e.g., web frontend, API backend, database).
Create Kubernetes manifests for each component of the application.
Configure FluxCD to manage the deployment of the application from a Git repository.
Implement automated updates using image tags or policies.

Contribute to the FluxCD Documentation

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Deepen your understanding by contributing to the FluxCD project. Improving documentation will help you learn the intricacies of the system.

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Identify areas in the FluxCD documentation that need improvement (e.g., clarity, completeness).
Fork the FluxCD documentation repository on GitHub.
Make the necessary changes to the documentation.
Submit a pull request with your changes.

Career center

Learners who complete FluxCD 101 with Hands-On Labs will develop knowledge and skills that may be useful to these careers:

Platform Engineer

A platform engineer designs, builds, and maintains the infrastructure that applications run on. This role involves automating processes to ensure stability, scalability, and security. This course, with its focus on GitOps and FluxCD, helps a platform engineer build a foundation for managing application deployments and infrastructure as code. Understanding how Flux works, including its controllers and automation capabilities, is important for this role. The labs in the course also help someone in this position develop hands-on expertise in managing deployments via Git.

See salaries and explore the career path for Platform Engineer

DevOps Engineer

DevOps engineers are responsible for bridging the gap between development and operations. This role focuses on continuous integration and continuous delivery to streamline software releases. Knowledge of GitOps using FluxCD, as covered in this course, is incredibly useful for a DevOps engineer. The course shows how to automate deployments, manage configurations, and implement infrastructure as code. This is precisely the kind of work that a DevOps engineer performs. The hands on exercises and labs help build practical skills that can be applied immediately.

See salaries and explore the career path for DevOps Engineer

Cloud Engineer

A cloud engineer develops, manages, and supports cloud computing infrastructure. This role is essential for organizations transitioning to cloud platforms. Proficiency with tools like FluxCD, which this course provides, is valuable for a cloud engineer. This course helps them understand how to automate deployments and manage configurations in a cloud environment using GitOps. The course also covers topics like OCI artifacts and secret management which are important for cloud environments. The practical, hands on labs help build experience in a real world setting.

See salaries and explore the career path for Cloud Engineer

Infrastructure Engineer

Infrastructure engineers design, implement, and maintain the systems that support a company's operations. This role involves managing servers, networks, and data centers. This course helps an infrastructure engineer use GitOps principles with FluxCD, enabling them to manage infrastructure through code. The course's coverage of source, Kustomize, and Helm controllers, as well as image automation controllers, maps directly to the tasks of an infrastructure engineer. The labs in the course allow an infrastructure engineer to develop real, hands-on skills that are relevant to this role.

See salaries and explore the career path for Infrastructure Engineer

Release Engineer

A release engineer manages the process of software releases, from development to deployment. This role ensures that software is released efficiently and reliably. The course's focus on FluxCD and GitOps helps a release engineer by providing ways to automate and manage deployments. The course shows how to use controllers such as source, Kustomize, and Helm, as well as image automation, which are all valuable for a release engineer. The course's hands-on labs give practical experience in automating release workflows.

See salaries and explore the career path for Release Engineer

Automation Engineer

An automation engineer is responsible for designing and implementing automated systems. This role is important in the software development lifecycle to streamline workflows and reduce manual effort. This course may be useful for an automation engineer because it focuses primarily on FluxCD, which is a tool for automating deployments using GitOps principles. Understanding the course's controllers and automation features is important for streamlining deployment workflows. The hands-on exercises will help build practical skills that are relevant to this role.

See salaries and explore the career path for Automation Engineer

Site Reliability Engineer

Site reliability engineers ensure that systems are reliable, scalable, and efficient. They manage various application operations and work to proactively prevent issues, often using automation. The course can help a site reliability engineer understand how to use GitOps using FluxCD. The course shows how to implement automated deployments and manage configurations using code. This can directly improve system reliability. The course's hands on labs gives practical experience to help develop these skills.

See salaries and explore the career path for Site Reliability Engineer

Systems Administrator

A systems administrator maintains computer systems, including servers and networks. This role requires understanding how software is deployed and managed. This course may be useful for a systems administrator as it provides insight into deployment automation using GitOps and FluxCD. The course's content on source, Kustomize, and Helm controllers is helpful for understanding how applications and configurations are managed. The course also provides practical insights via multiple hands on labs.

See salaries and explore the career path for Systems Administrator

Solutions Architect

A solutions architect designs and oversees the architecture of a system or application. This role requires a broad understanding of development and operations. This course may be useful for a solutions architect as it provides a foundation in GitOps, using FluxCD. The course's coverage of deployment automation and configuration management may be helpful when designing systems. It is especially useful when designing systems that use kubernetes. The course's labs also offer a way to develop practical skills in the kind of automation this role frequently deals with.

See salaries and explore the career path for Solutions Architect

Software Developer

A software developer writes and tests code for applications. Although they don't primarily focus on deployment and operations, understanding how code is released is beneficial. This course may be relevant to a software developer because it covers GitOps practices using FluxCD. It is a useful way for them to understand how their applications are deployed and managed. The course's hands-on labs will provide a glimpse into the deployment process. This will help bridge the gap between development and operations workflows.

See salaries and explore the career path for Software Developer

Technical Project Manager

Technical project managers coordinate projects for technical teams. They need to understand the workflows and tools that their teams use. This course may be helpful for a technical project manager. The course provides insight into GitOps and deployment automation by demonstrating how FluxCD works. The labs, in particular, demonstrate the practical aspects of the deployment pipeline. This can help a technical project manager understand the practical challenges a development team faces. It can also help them better understand the project's scope and lifecycle.

See salaries and explore the career path for Technical Project Manager

IT Manager

An IT manager oversees the information technology infrastructure and operations within an organization. This role requires a working understanding of various technologies. This course may be especially relevant for an IT manager because it covers the topic of GitOps, which is a modern and useful way to automate software deployments. The course, focusing on FluxCD, shows how infrastructure can be managed using code. This course can help them make informed decisions about technology adoption and resource allocation for a team under their command. The labs also offer a way to assess different technical choices.

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Technical Consultant

A technical consultant provides expert advice and guidance to clients on technology solutions. This role requires a broad understanding of various technologies and how they are implemented. This course might be useful for a technical consultant because it provides an overview of GitOps and how it integrates with Kubernetes. Understanding FluxCD and its controllers, as covered in this course, can be valuable. The labs, especially, may also provide examples of how to solve common problems using these technologies. This will help a consultant make relevant technical recommendations to their clients.

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Data Engineer

Data engineers design and build systems for collecting, storing, and processing data. They need to understand how software tools and platforms are deployed and managed. This course may be useful for a data engineer, as it provides an understanding of how to automate application deployments using GitOps with FluxCD. This course provides useful knowledge for data engineers involved in managing data pipelines and infrastructure as code. The hands-on labs will be more relevant to this role if a data engineering project is hosted on kubernetes.

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Database Administrator

A database administrator is responsible for configuring, maintaining, and ensuring the performance of databases. While this role is primarily focused on database systems, a basic understanding of deployment processes can be beneficial. This course may be helpful for a database administrator who works with applications deployed on kubernetes. It may be helpful for them to understand how GitOps operates with tools such as FluxCD. The course's labs may illustrate real world scenarios that they could face as a database administrator.

See salaries and explore the career path for Database Administrator

FluxCD 101 with Hands-On Labs

What's inside

Learning objectives

Syllabus

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Reviews summary

Practical fluxcd introduction with labs

Activities

Career center

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