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Course Outline
Container Architecture
- Containers compared to Virtual Machines
- Analyzing Container Structure
- Container Management Platforms
- OCI and CRI Standards
Container Orchestration
- Limitations of Container Management Systems
- Kubernetes Architecture Overview
- Foundational Introduction
- Masters and 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
Kubernetes Command-Line Utilities
- Imperative vs. Declarative Approaches
- Kubectl
- Krew
- Kube ns
- kube ctx
- Laboratory Exercises
- Initial Steps with Kubernetes
- Essential Kubectl Commands
- Professional Toolset
Core Kubernetes Concepts
- Namespaces
- Pods and Multi-Container Pods
- Labels and Selectors
- Replication Controllers / ReplicaSets
- Deployments (Rolling Updates and Rollbacks)
- ConfigMaps and Secrets
- Liveness and Readiness Probes
- Laboratory Exercises
- Review of Core Concepts
- Executing Rolling Updates and Rollbacks
- Managing Labels and Selectors
- Configuring ConfigMaps and Secrets
- Implementing Liveness and Readiness
Kubernetes Networking
- Cluster-Level Networking
- Pod Networking
- Service Networking
- CoreDNS in Kubernetes
- Ingress
- Laboratory Exercises
- Networking Principles
- Service Management
- Ingress Configuration
Scheduling Mechanisms
- Manual Scheduling
- Taints and Tolerations
- Node Labels and Selectors
- Node Affinity
- Static Pods
- DaemonSets
- Laboratory Exercises
- Manual Scheduling Techniques
- Applying Taints and Tolerations
- Using Node Labels and Selectors
- Configuring Node Affinity
- Managing Static Pods
- Utilizing DaemonSets
- Jobs and CronJobs
Kubernetes and Storage Solutions
- Persistent Volumes
- Persistent Volume Claims
- Dynamic Provisioning via StorageClass
- Laboratory Exercises
- Static Provisioning Methods
- Dynamic Provisioning Methods
Kubernetes Security Protocols
- Role-Based Access Control
- Service Accounts
- Security Contexts
- Resource Quotas
- Network Policies
- Laboratory Exercises
- RBAC and Cluster Roles Implementation
- Service Account Management
- Defining Security Contexts
- Configuring Network Policies
Logging and Monitoring Systems
- Helm
- Operators
- Monitoring Cluster Components
- Setting up the GAP Stack (Grafana, Alertmanager, Prometheus)
- Laboratory Exercises
- Helm Deployment
- Implementing the GAP Stack
Requirements
- A solid grasp of cloud computing principles
- Proficiency with the Linux command-line interface
Target Audience
- DevOps engineers
- Software developers
28 Hours
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
