🚀 Master Kubernetes Automation with Ansible! 🚀
Would you like an easy way to maintain your Kubernetes cluster? Have you tried generative AI tools, only to find yourself fixing broken scripts?
I’m Luca Berton, and I’ve spent years perfecting Kubernetes automation with Ansible, training 15,000+ students worldwide, and sharing my knowledge via Ansible Pilot.
📖 “Ansible for Kubernetes by Example” is your ultimate guide to mastering Kubernetes automation with Ansible.
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Why Automate Kubernetes with Ansible?
Managing Kubernetes manually can be complex and time-consuming. With Ansible, you can:
✅ Provision and configure Kubernetes clusters effortlessly
✅ Automate deployments, scaling, and security across environments
✅ Streamline Helm, Operators, and Custom Resources (CRDs)
✅ Secure workloads with AppArmor, SecComp, and OpenID integration
✅ Automate monitoring, logging, and compliance tasks
Everything in this book is battle-tested, production-ready, and available in a GitHub repository!
What’s Inside the Book?
1 Mastering Ansible for Kubernetes
- What is a playbook, variables, loops, handlers, and roles
- Using Ansible Vault to store sensitive data
- Leveraging roles and collections for modular automation
2 Setting Up Kubernetes Clusters
- Creating a Kubernetes lab using Raspberry Pi or Cloud environments
- Installing and configuring Kubernetes with kubeadm, K3s, and OpenShift
- Troubleshooting authentication and networking issues
3 Automating Kubernetes Operations
- Creating Namespaces, Pods, Services, Secrets, and ConfigMaps
- Scaling applications with Horizontal & Vertical Pod Auto-scalers
- Assigning CPU, Memory, and GPU resources efficiently
4 Securing Your Kubernetes Cluster
- Implementing AppArmor and SecComp for container security
- Managing RBAC, authentication, and cloud integrations
- Automating compliance, logging, and auditing tasks
5 Advanced Kubernetes Administration
- Managing node taints, cordon, and draining
- Rolling back deployments and handling DaemonSets
- Using Helm to install and manage applications
- Integrating Prometheus for monitoring and logging
- Copying files and managing directories inside a Pod
💡 This book is packed with practical examples to help you become an expert in Kubernetes automation!
Table of Contents
- Modern IT Infrastructure (DevOps and IaC)
- The Move to Containers
- Ansible by Red Hat
- The Cloud Native Computing Foundation
- Kubernetes Support
- Kubernetes Distributions: OpenShift, Rancher, EKS, AKS, and GCP
- Containers and Pods
- Creating a Hello App
- Linux Base Images
- Enterprise Linux-Based Images
- Container Security
- The Hello Dockerfile
- The Hello Application
- Building the Hello App
- Running Hello in Docker
- Deploying Hello in Kubernetes
- Deploying Hello in Operator
- Key Takeaways
- What Is Ansible?
- Provisioning
- Configuration Management
- Application Deployment
- Ansible Open-Source vs Commercial Options
- Ansible’s Architecture
- UNIX Target Node
- Windows Target Node
- Ansible Installation
- Getting Started with Ansible
- Running Your First Ansible Ad Hoc Command
- Creating a Basic Inventory
- Ansible Code Language
- Ansible Inventory
- Ansible Playbook
- Ansible Roles
- Ansible Collection
- Ansible Execution Environment
- Key Takeaways
- Ansible for Containers
- Install Docker on Linux and Windows
- Install Docker in Debian Linux
- Install Docker in Red Hat Linux
- Install Docker on Windows
- Flatpak in Linux
- Snap in Linux
- Deploy a Web Server in a Container
- Apache with Docker for Debian-like Systems
- Apache with Podman for Red Hat-like Systems
- Use Vagrant and Packer
- Vagrant
- Packer
- Key Takeaways
- Kubernetes Objects
- Control Plane vs Data Plane
- kubectl
- GitOps Continuous Deployment
- Jenkins
- VMWare Tanzu Application Platform
- Set Up Your Laboratory
- Virtual Machines
- Raspberry Pis
- Kubespray
- OpenShift Local
- hetzner-ocp4
- Create a Cluster with Minikube
- Kubeadm
- K3s Lightweight Kubernetes
- Kubernetes Upgrade
- Create a Cluster with kOps
- Configure Ansible for Kubernetes
- Ansible Troubleshooting
- Configure a Python Virtual Environment
- Configure an Ansible Execution Environment
- Create a Namespace
- Report Namespaces
- Report Deployments in Namespace
- Create a Pod
- Create a Secret
- Use a Service to Expose Your App
- Kubernetes Networking
- Scale Your App
- Auto-scaling
- Update Your App
- Assign Resources to Kubernetes K8s Pods
- Metrics
- CPU Resources
- Memory Resources
- Namespace Resources
- GPU Resources
- Configure a Pod to Use a Volume for Storage
- Apply Multiple YAML Files at Once on Kubernetes
- Key Takeaways
- OpenShift and Kubernetes
- OpenShift vs Kubernetes
- Red Hat OpenShift Product Family
- Red Hat OpenShift Container Platform
- Red Hat OpenShift Dedicated
- Red Hat OpenShift Service on AWS (ROSA)
- OpenShift on IBM Cloud
- Red Hat OpenShift Local
- Red Hat Developer Sandbox
- How to Get Access to OpenShift Cluster
- oc Client
- Set Up Ansible for OpenShift
- Manage Projects with Ansible
- Create Projects
- Delete Projects
- Manage Users
- Create Users
- Delete Users
- Assign Roles
- Remove Roles
- Assign Permissions to Groups
- Report OpenShift Resources
- Report Projects
- Report Routes
- Report Services
- Report Pods
- Manage BuildConfig
- Report BuildConfig
- Create BuildConfig
- Delete BuildConfig
- Manage DeploymentConfig
- Report DeploymentConfig
- Create DeploymentConfig
- Delete DeploymentConfig
- Manage Secrets
- Create Secrets
- Delete Secrets
- Manage ConfigMap
- Report ConfigMap
- Create ConfigMap
- Delete ConfigMap
- Key Takeaways
- Advanced Automation Topics
- What Is the Ansible Automation Platform?
- Ansible Controller
- Ansible Hub
- Ansible Edge
- Ansible Developer Tools
- Automation Mesh
- Integrate Webhooks
- Controller Project
- Controller Inventory
- Controller Job Template
- Controller Credential
- Controller Job Launch
- Controller Notifications
- Controller Survey
- Controller Schedule
- Advanced Inventory and Smart Inventory
- Survey-Based Parameters
- Automation Services Catalog
- Workflows
- Automation Mesh Inventory
- Controller CLI
- Key Takeaways
- Real-World Use Cases
- Install and Manage Kubernetes and OpenShift Clusters
- Configure Kubernetes and OpenShift Networking
- Manage Secrets, ConfigMaps, and Persistent Volumes
- Monitor and Alert
- RBAC and Multi-Tenancy
- CI/CD Integration
- Blue-Green Deployment
- Disaster Recovery
- Compliance and Governance
- Cost Management
- Advanced Metrics Collection
- Dynamic Inventory Integration
- Ansible Operator Use Case
- Hybrid Cloud and Edge
- Key Takeaways
- Summary
- Key Concepts Recap
- Further Learning Resources
- Final Thoughts
Get Your Copy Today!
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Final Thoughts
If you’re serious about Kubernetes automation, this book will save you time, reduce manual errors, and streamline your workflows.
💬 Have you used Ansible to automate Kubernetes? Let me know in the comments! 👇
🚀 Let’s automate more!
