Building Advanced Kubernetes Skills E-Learning Training 

Welkom bij de geavanceerde Kubernetes-vaardigheden voor bouwen. Voor deze LearningKIT gaan we ervan uit dat de cursist bekend is met Kubernetes en ofwel de begin- en halfgevorderDe training heeft gevolgd of enige ervaring heeft met het configureren en implementeren van Kubernetes-oplossingen. Aan het einde van deze reis zal de leerling zijn vaardigheden in verschillende Kubernetes-technologieën verbeteren. De Building Advanced Kubernetes Skills Proficiency Aspire Journey zal zich voornamelijk richten op ontwikkelaarsbronnen, waaronder front- en back-endontwikkelaars, full-stackontwikkelaars en product-/projectmanagers. Laatstgenoemde levert voornamelijk middelen en projectbegeleiding.

Deze Learning Kit, met meer dan 17:06 uur online content, is onderverdeeld in de volgende tracks:

Cursusinhoud

TRACK 1: ADVANCED KUBERNETES CONCEPTS AND PRACTICES

In this track, the focus will be on advanced Kubernetes concepts and scaling Kubernetes solutions.
Courses (9 hours +):

Kubernetes Manifests, Declaratives, & Imperatives

Course: 1 Hour, 24 Minutes

• Course Overview
• Introducing Kubernetes
• Key Features of Kubernetes
• The YAML Templating Language
• Installing Docker Desktop in Windows
• Installing Minikube in Windows
• Installing a Container Runtime in Linux
• Installing Kubernetes in Linux
• Bootstrapping a Kubernetes Cluster
• Managing Clusters Using an Imperative Model
• Kubernetes Objects
• Identifying Declarative kubectl Commands
• Imperative vs. Declarative Cluster Management
• Demonstrating Declarative State
• Course Summary

Kubernetes Pods, Deployments, Services, Namespaces, & DaemonSets

Course: 1 Hour, 38 Minutes

• Course Overview
• Pods: The Atoms of Kubernetes
• The Life of a Pod
• Allocating Resources
• Kubernetes Namespaces
• Demonstrating Kubernetes Policies - Limit Ranges
• Pod Redundancy with ReplicaSets
• DaemonSets - Ensuring a Pod is Running per-Node
• Kubernetes Deployments
• Exploring Deployments in Action
• Kubernetes Services
• Exploring Services in Action
• Identifying Ingress: Manage External Traffic
• Course Summary

Kubernetes Clustering & Containers

Course: 1 Hour, 23 Minutes

• Course Overview
• Clustering Motives
• Exploring Challenges Associated with Clustering
• Kubernetes Clusters
• Using a Real Kubernetes Cluster
• Pod Topology
• Scheduling Pods
• Secrets in Kubernetes
• Init Containers
• Networking Policies
• Using a Networking Policy
• Package Management
• Using Helm
• Course Summary

Scaling Kubernetes Apps & Solutions: Scalable Kubernetes

Course: 1 Hour, 37 Minutes

• Course Overview
• How and Why Application Scaling Is Used
• The Benefits of Containerized Applications
• Cloud Computing Scalable Solutions
• Core Kubernetes Components
• Running a Kubernetes Deployment
• Configuring a Kubernetes Cluster
• Using kubectl to Run Commands
• Using ConfigMaps to Configure a Kubernetes Container
• Configuring Probes for Kubernetes Containers
• Using Taints and Tolerations in Kubernetes
• Setting Up Autoscaling in Kubernetes
• Configuring Kubernetes Multi-Pod Deployment
• Course Summary

Scaling Kubernetes Apps & Solutions: Kubernetes Packaging

Course: 1 Hour, 28 Minutes

• Course Overview
• Kubernetes Package Management
• Managing Kubernetes "YAML" Manifests
• Google Kubernetes Engine for Continuous Delivery
• Amazon EKS for Continuous Delivery
• Azure Kubernetes Service for Continuous Delivery
• Package Managers for Kubernetes
• Installing the Helm CLI
• Installing a Helm Chart in Your Kubernetes Cluster
• Using Helm Chart Hooks
• Creating a Kubernetes ConfigMap Using Helm
• Creating a Kubernetes Secret Using Helm
• Deploying a Kubernetes Application Using Helm
• Course Summary

Scaling Kubernetes Apps & Solutions: Kubernetes Logging & Monitoring

Course: 1 Hour, 36 Minutes

• Course Overview
• What's Involved in Application Logging & Monitoring
• What's Involved in Cloud Monitoring
• Google Kubernetes Engine (GKE) Logging & Monitoring
• Amazon EKS Logging & Monitoring
• Microsoft AKS Logging & Monitoring
• Kubernetes Logging & Monitoring
• Using Kubernetes System Components Logging
• Monitoring Using Kubernetes Audit Logs
• Pulling Kubernetes Events Using kubectl
• Collecting Application Log Info Using Fluentd
• Monitoring Kubernetes Apps with Elasticsearch
• Logging Time Series Analytics Using Kibana
• Monitoring Kubernetes Logs Using the EFK Stack
• Course Summary

Assessment:

Advanced Kubernetes Concepts and Practices

TRACK 2: ADVANCED KUBERNETES SKILLS

In this track, he focus will be on advanced Kubernetes networking practices, advanced Kubernetes security practices, and practical Kubernetes extensions.
Courses (8 hours +)

Kubernetes Networking: Advanced Networking

Course: 1 Hour, 11 Minutes

• Course Overview
• Traditional vs. Kubernetes Networking
• Kubernetes Networking Platforms
• Kubernetes Networking Basics
• Kubernetes Routing
• Kubernetes Routing Advantages
• Routing with Kubernetes
• Monitoring in Kubernetes
• Logging in Kubernetes
• Kubernetes Pods
• Kubernetes Container Network Interface
• The Kube-router Networking Solution
• Kubernetes Network Security
• Course Summary

Kubernetes Networking: Advanced Kubernetes Practices

Course: 1 Hour, 14 Minutes

• Course Overview
• Kubernetes Networking Components
• Flannel Container Network Interface (CNI) Features
• Multus Container Network Interface Features
• Configuring Pod Networking
• Configuring Multus CNI
• Configuring Pods with Multiple Network Interfaces
• Kubernetes Networking with iptables
• Configuring iptables
• Kubernetes Networking and Routing Tables
• Configuring Kubernetes Ingress
• Kubernetes Load Balancing Features and Benefits
• Configuring Kubernetes Load Balancing
• Course Summary

Advanced Kubernetes Skills: Security Considerations

Course: 1 Hour, 41 Minutes

• Course Overview
• Legacy Application Security
• Cloud-native Security
• Cloud Security Attack Vectors
• Kubernetes Cluster Security Concerns
• Kubernetes Container Security Concerns
• Code Security Concerns
• Amazon Elastic Kubernetes Service Security Features
• Security Features in Azure Kubernetes Service
• Kubernetes Scalability and Automation Security Risks
• Kubernetes Security Hardening
• Security Design Patterns
• Kubernetes Security Policy Tools - Calico
• Course Summary

Advanced Kubernetes Skills: Designing & Building Kubernetes Solutions

Course: 1 Hour, 53 Minutes

• Course Overview
• Common Kubernetes Security Issues
• Kubernetes Pod Security Standards
• Kubernetes API Security
• Kubernetes Cluster Security
• Kubernetes Deployment Security Concerns
• Kubernetes Security Auditing
• Kubernetes Security Risk Management
• Kubernetes Security Planning
• Configuring Kubernetes Pod Security
• Configuring Kubernetes Pod Policies
• Using Kubernetes Role-based Access Control
• Restricting Container Access to Resources
• Course Summary

Extending Kubernetes: Kubernetes Extension Principles

Course: 1 Hour, 24 Minutes

• Course Overview
• Kubernetes Extensions
• Operators in Kubernetes
• Kubernetes Controller
• Kubernetes Object Model
• Kubernetes API Extensions
• Kubernetes Infrastructure Extensions
• Extending the Kubernetes API
• Creating a Kube-scheduler Docker Container Image
• Configuring Multiple Kubernetes Schedulers
• Configuring an HTTP Proxy for Kubernetes API
• Kubernetes Plugins and Addons
• Extending Kubernetes with Device Plugins
• Installing Kubernetes Network Plugins
• Course Summary

Assessment:

Advanced Kubernetes Skills