Azure Kubernetes Service (AKS)

Price
Net €
VAT €

Price
Price on Request

Duration
5 days

For companies and job seekers:
this course is 100% fundable!
 

Location

Course Language
English

Training Solutions
Online Live

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Automated infrastructure, flexible scaling, and resilient applications are hallmarks of modern software and cloud architectures. Kubernetes serves as the central controller for containerized systems, enabling stable operational models for dynamic workloads. Azure enhances these structures with powerful management capabilities, high availability, and modern security mechanisms.

Key Topics

  • Kubernetes Fundamentals and Cluster Management
  • Efficiently operating AKS environments
  • Orchestrating containerized applications
  • CI/CD strategies and automation
  • Monitoring, logging, and troubleshooting
  • Networks and Service Communication
  • Security concepts and access models
  • Scaling and high-availability strategies

Prerequisites
Basic knowledge of cloud technologies, Linux systems, and virtual infrastructures.

Target Audience
DevOps engineers, system administrators, cloud specialists, developers, and technical project managers.

Cloud-native technologies are evolving rapidly and are now among the most critical components of modern IT strategies. Up-to-date expertise in Kubernetes and Azure supports efficient infrastructure processes and creates a stable foundation for scalable digital applications.

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Course Content
  • Overview of Container Orchestra on
  • Introduction to Kubernetes
  • Understanding the Kubernetes Architecture
  • Introduction to the Azure AKS Cluster
  • Understanding Pods, Labels, and Selectors
  • Understanding Replica Controllers & Replica Sets
  • Understanding Services – ClusterIP, NodePort, and LoadBalancer
  • Manual Pod Scheduling
  • Taints and tolerations
  • Manual Pod Scheduling
  • Taints and tolerations
  • Plaintext key
  • Configuration mapping
  • Understanding Volume Management in AKS
  • Types of volume provisioning
  • Persistent Volumes
  • Persistent Volume Claims
  • Understanding Storage Classes
  • Introduction to Active Directory Authentication for AKS Administrators
  • Understanding Role, ClusterRole, RoleBinding, and ClusterRoleBinding
  • Introduction to the Cluster Autoscaler
  • Introduction to the Horizontal Pod Autoscaler
  • Understanding the Basics of Kubernetes Networking
  • Understanding CNI (Container Network Interface)
  • Understanding Pod Networking Concepts
  • Understanding DNS in Kubernetes
  • Understanding Ingress
  • Understanding Namespaces and Their Use Cases

Frequently Asked Questions

  • AKS automates container operations, scaling, and updates—enabling faster deployments and stable cloud infrastructures.
  • Because applications can be run in the Azure cloud in a flexible, highly available, and cost-effective manner.
  • These include Kubernetes, Docker, Helm, kubectl, Azure CLI, and monitoring tools for production environments.
  • Containers are automatically distributed and scaled—even during peak loads or as applications grow.
  • AKS simplifies CI/CD processes, reduces manual effort, and significantly speeds up releases.
  • Misconfigured clusters, security vulnerabilities, and unnecessary cloud costs can be specifically avoided.
  • Ideal for microservices, APIs, web platforms, and scalable enterprise applications in the cloud.
  • With the right workflows and automation, this can often be done in minutes instead of days.
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