Certified Kubernetes Administrator (CKA)

Course description:

The Certified Kubernetes Administrator exam allows you demonstrate that you have the skills necessary to build and manage Kubernetes environments. This course will provide you with the knowledge and hands-on experience that you will need in order to be a successful Kubernetes administrator in the real world and pass the CKA exam.

Target audience:​

• DevOps engineers
• Linux system administrators
• Systems design engineers
• Architects

Prerequisites for Certified Kubernetes Administrator (CKA):

• Strong grasp of container basics (recommended training: Docker Basic)
• A basic understanding of application security, common attacks, and vulnerabilities

Module 1: Containers and Docker – Quick Review
– Containers vs VMs
– Docker
– OS Components
– Docker Registries
– The need for K8s
– The K8s story

Module 2: K8s History and Architecture. Workers and Masters.
– Kubernetes history
– K8s Architecture

Module 3: Installing K8s. K8s Terminology. Pods. Namespaces.
– Installing Kubernetes
– K8s Terminology
– Anatomy of a Kubernetes Node
– Getting help
Hands-on Lab: Installing Kubernetes

Module 4: Running Workloads Imperatively – kubectl run
– CLI Commands (kubectl run | get | describe | delete)
– Running K8s Workloads
– Pod Lifecycle
– Namespaces
Hands-on Lab: Running Workload Imperatively

Module 5: The Declarative Model. YAML and JSON.
– From imperative to declarative model
– JSON and YAML
– Manifest Files
– Creating the YAML
– The Kubernetes API
Hands-on Lab: Declarative model

Module 6: Deployments. ReplicaSets. Scaling and Updating.
– Labels and Selectors
– ReplicaSets
– Deployment
– Jobs
Hands-on Lab: Deployment. ReplicaSets

Module 7: Persisting Data. Volumes.
– Volumes
– Types of K8s volumes
– Persistent Volumes
– NFS Persistent Volume
Hands-on Lab: Persisting Data

Module 8: K8s Networking
– Docker Networking Model
– K8s Networking Model
– Services
– Kube-proxy
– K8s DNS
Hands-on Lab: Networking

Module 9: Introspection. Monitoring. Logs.
– Kubernetes metrics
– Metrics Terminology
– Monitoring with ES/Kibana
– Monitoring with Prometheus/Grafana
– Introspection
– Debugging pods
– Debugging K8s Clusters

Module 10: Daemon Sets. CronJobs. Secrets. ConfigMaps
– CronJobs – running tasks periodically
– ConfigMaps – deploying reusable applications
– Secrets – passing around sensitive information
– DaemonSets – pods on every node
Hands-on Lab: DaemonSets. CronJobs. ConfigMaps.

Module 11: Security. Role-Based Access Control
– Identity and Access Management
– Service Accounts
– User Management
– RBAC Terminology Explained
– Role Scoping
Hands-on Lab: Security. RBAC

Module 12: Ingresses. The Nginx Ingress Controller
– Ingress Controller
– Ingress Operation
– Deploying the ingress Controller
– Ingress Resource
– Path Manipulation
Hands-on Lab: Ingress

Note:​​

Every student has assigned to him his own virtual lab environment setup.

Additional details:

To attend this course, you need to have:
• PC/Laptop with internet access
• Updated web browser

Certified Kubernetes Administrator (CKA)

€ 1440
  • DURATION: 4 days
  • SKILL LEVEL: Professional
  • LECTURES: 12 lessons

Register
  • PRICE: 1440 €
  • DURATION: 4 days
  • SKILL LEVEL: Professional
  • LECTURES: 12 lessons

Course description:

The Certified Kubernetes Administrator exam allows you demonstrate that you have the skills necessary to build and manage Kubernetes environments. This course will provide you with the knowledge and hands-on experience that you will need in order to be a successful Kubernetes administrator in the real world and pass the CKA exam.

Target audience:​

• DevOps engineers
• Linux system administrators
• Systems design engineers
• Architects

Prerequisites for Certified Kubernetes Administrator (CKA):

• Strong grasp of container basics (recommended training: Docker Basic)
• A basic understanding of application security, common attacks, and vulnerabilities

Module 1: Containers and Docker – Quick Review
– Containers vs VMs
– Docker
– OS Components
– Docker Registries
– The need for K8s
– The K8s story

Module 2: K8s History and Architecture. Workers and Masters.
– Kubernetes history
– K8s Architecture

Module 3: Installing K8s. K8s Terminology. Pods. Namespaces.
– Installing Kubernetes
– K8s Terminology
– Anatomy of a Kubernetes Node
– Getting help
Hands-on Lab: Installing Kubernetes

Module 4: Running Workloads Imperatively – kubectl run
– CLI Commands (kubectl run | get | describe | delete)
– Running K8s Workloads
– Pod Lifecycle
– Namespaces
Hands-on Lab: Running Workload Imperatively

Module 5: The Declarative Model. YAML and JSON.
– From imperative to declarative model
– JSON and YAML
– Manifest Files
– Creating the YAML
– The Kubernetes API
Hands-on Lab: Declarative model

Module 6: Deployments. ReplicaSets. Scaling and Updating.
– Labels and Selectors
– ReplicaSets
– Deployment
– Jobs
Hands-on Lab: Deployment. ReplicaSets

Module 7: Persisting Data. Volumes.
– Volumes
– Types of K8s volumes
– Persistent Volumes
– NFS Persistent Volume
Hands-on Lab: Persisting Data

Module 8: K8s Networking
– Docker Networking Model
– K8s Networking Model
– Services
– Kube-proxy
– K8s DNS
Hands-on Lab: Networking

Module 9: Introspection. Monitoring. Logs.
– Kubernetes metrics
– Metrics Terminology
– Monitoring with ES/Kibana
– Monitoring with Prometheus/Grafana
– Introspection
– Debugging pods
– Debugging K8s Clusters

Module 10: Daemon Sets. CronJobs. Secrets. ConfigMaps
– CronJobs – running tasks periodically
– ConfigMaps – deploying reusable applications
– Secrets – passing around sensitive information
– DaemonSets – pods on every node
Hands-on Lab: DaemonSets. CronJobs. ConfigMaps.

Module 11: Security. Role-Based Access Control
– Identity and Access Management
– Service Accounts
– User Management
– RBAC Terminology Explained
– Role Scoping
Hands-on Lab: Security. RBAC

Module 12: Ingresses. The Nginx Ingress Controller
– Ingress Controller
– Ingress Operation
– Deploying the ingress Controller
– Ingress Resource
– Path Manipulation
Hands-on Lab: Ingress

Note:​​

Every student has assigned to him his own virtual lab environment setup.

Additional details:

To attend this course, you need to have:
• PC/Laptop with internet access
• Updated web browser

Register

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