Course Outline
Schedule for Days 1-2
Introduction
I. Container Architecture
Comparing Containers and Virtual Machines
Anatomy of Containers
Container Management Systems
OCI and CRI Standards
II. Container Orchestration
Limitations of Container Management Systems
Kubernetes Architecture
Overview
Control Plane Nodes
Etcd
Kube-apiserver
Kubelet
Kube-proxy
Controller Manager
Kube-scheduler
Designing and Installing a Kubernetes Cluster
Laboratory Exercises
Deploying a Multi-Node Kubernetes Cluster
III. Kubernetes Command-Line Utilities
Imperative versus Declarative Approaches
Kubectl
Krew
Kube ns
kube ctx
Laboratory Exercises
Getting Started with Kubernetes
Essential Kubectl Commands
Essential Tools for Daily Work
IV. Core Kubernetes Concepts
Namespaces
Pods and Multi-Container Pods
Labels and Selectors
Replication Controllers and ReplicaSets
Deployments (Managing Rolling Updates and Rollbacks)
ConfigMaps and Secrets
Liveness and Readiness Probes
Laboratory Exercises
Exploring Core Kubernetes Concepts
Executing Rolling Updates and Rollbacks
Utilizing Labels and Selectors
Managing ConfigMaps and Secrets
Configuring Liveness and Readiness
V. Kubernetes Networking
Cluster-Level Networking
Pod-Level Networking
Service Networking
CoreDNS within Kubernetes
Ingress Controllers
Laboratory Exercises
Networking Configurations
Services
Ingress Setup
Schedule for Days 3-4
VI. Resource Scheduling
Manual Scheduling Techniques
Taints and Tolerations
Node Labels and Selectors
Node Affinity Rules
Static Pods
DaemonSets
Laboratory Exercises
Implementing Manual Scheduling
Applying Taints and Tolerations
Using Node Labels and Selectors
Defining Node Affinity
Managing Static Pods
Deploying DaemonSets
Working with Jobs and CronJobs
VII. Kubernetes and Data Storage
Persistent Volumes (PVs)
Persistent Volume Claims (PVCs)
Dynamic Provisioning via StorageClass
Laboratory Exercises
Static Provisioning Procedures
Dynamic Provisioning Procedures
VIII. Kubernetes Security
Role-Based Access Control (RBAC)
Service Accounts
Security Contexts
Resource Quotas
Network Policies
Laboratory Exercises
Configuring RBAC and Cluster Roles
Managing Service Accounts
Implementing Security Contexts
Enforcing Network Policies
IX. Logging and Monitoring
Helm Package Manager
Operators
Monitoring Cluster Components
Establishing the GAP Stack: Grafana, Alertmanager, and Prometheus
Laboratory Exercises
Using Helm
Setting Up the GAP Stack
Course Conclusion
Requirements
- A working knowledge of cloud computing principles
- Familiarity with the Linux command line interface
Target Audience
- DevOps engineers
- Software developers
Testimonials (5)
I liked the pace of training.
Michael
Course - Kubernetes from Basic to Advanced (4 days)
it was a lot of information. probably would benefit from another day as i felt like it may have been a bit compressed to try and squeeze it all in.
Mark
Course - Kubernetes from Basic to Advanced (4 days)
everything was explained and backed up with an exercise
Mchal - Lukka Poland sp. z o.o.
Course - Kubernetes from Basic to Advanced (4 days)
Huge trainer knowledge, every question had an answer :)
Mateusz - Lukka Poland sp. z o.o.
Course - Kubernetes from Basic to Advanced (4 days)
trainer style
