4.76
Course Overview
The AZ-1001 certification, though currently fictional and not officially recognized, is designed by CounselTrain to hypothetically cover expertise in deploying and managing containers using Azure Kubernetes Service (AKS). AKS is Microsoft’s managed container orchestration service, which simplifies the deployment, management, and scaling of containerized applications using Docker and Kubernetes.
Professionals achieving the AZ-1001 certification will demonstrate their ability to streamline and automate application development and deployment processes. This expertise allows industries to leverage the benefits of AKS, including seamless integration with Azure’s ecosystem, high availability, and robust security features, enabling efficient operation of cloud-native applications at scale.
Key Benefits
- Seamless Integration: Utilize AKS for seamless integration with the Azure ecosystem.
- High Availability: Ensure high availability for your applications with managed Kubernetes.
- Security Features: Leverage robust security features provided by Azure.
- Scalability: Efficiently scale applications to meet demand.
Learning Outcomes
- Introduction to AKS: Understand the fundamentals of Azure Kubernetes Service.
- Cluster Management: Learn to create and configure AKS clusters.
- Deployment Skills: Deploy containerized applications to AKS.
- Cluster Scaling: Manage and scale AKS clusters effectively.
- CI/CD Implementation: Implement CI/CD pipelines with AKS.
- Monitoring and Troubleshooting: Monitor and troubleshoot applications running in AKS.
- Security Best Practices: Secure AKS clusters and applications.
Learning Options
Schedule Dates
AZ-1001: Deploy and manage containers using Azure Kubernetes Service
AZ-1001: Deploy and manage containers using Azure Kubernetes Service
AZ-1001: Deploy and manage containers using Azure Kubernetes Service
AZ-1001: Deploy and manage containers using Azure Kubernetes Service
Course Content
- Introduction
- Azure Kubernetes Service
- Azure Kubernetes cluster architecture
- Azure Kubernetes Service pods
- Nodes and node pools for Azure Kubernetes Service
- Namespaces for Azure Kubernetes Service
- Access to Azure Kubernetes Service
- Monitoring and logging for Azure Kubernetes Service
- Knowledge check
- Introduction
- Try-This exercise - Create a container registry
- Try-This exercise - Sign in to the container registry
- Try-This exercise - Push an image to the registry
- Try-This exercise - View container images
- Try-This exercise - Run an image from the registry
- Try-This exercise - Create a virtual network
- Introduction
- Azure Kubernetes Service cluster architecture
- Network topology
- Plan the IP addresses
- Configure compute for the base cluster
- Integrate Microsoft Entra ID for the cluster
- Secure the network flow
- Node and pod scalability
- Try-This exercise - Create an Azure Kubernetes Service cluster
- Understand Azure Policy for Kubernetes clusters
- Try-This exercise - Enable Azure Policy add on for Azure Kubernetes Service
- Try-This exercise - Assign a policy definition to an Azure Kubernetes cluster
- Host-based encryption on Azure Kubernetes Service
- Create a custom namespace for Azure Kubernetes clusters
- Configure Azure Kubernetes pods using Azure Policy
- Try-This exercise - Apply Azure Kubernetes Service pod settings using Azure Policy
- Configure storage for applications running on Azure Kubernetes Service
- Deploy an application to an Azure Kubernetes Service cluster
- Try-This exercise - Configure storage for applications that run on Azure Kubernetes Service
- Try-This exercise - Deploy an application to Azure Kubernetes Service cluster
- Scaling options in Azure Kubernetes Services
- Cluster autoscaler
- Burst to Azure Container Instances
- When to use cluster autoscaler
- Try-This exercise - Scale the node count in an Azure Kubernetes Service cluster
- Automatically scale a cluster on Azure Kubernetes Service
FAQs
Participants should have a basic understanding of Azure services and experience with deploying and managing applications in Azure. Familiarity with Docker and container concepts, as well as basic knowledge of Kubernetes, is recommended.
- Introduction to Azure Kubernetes Service (AKS)
- Creating and configuring AKS clusters
- Deploying containerized applications to AKS
- Managing and scaling AKS clusters
- Implementing CI/CD pipelines with AKS
- Monitoring and troubleshooting applications in AKS
- Securing AKS clusters and applications
The course consists of a mix of theoretical lessons and hands-on lab exercises. Participants will work on real-world scenarios to gain practical experience in deploying and managing AKS clusters.
Yes, participants will receive comprehensive course materials, including lecture notes, lab guides, and access to additional resources for further learning.
You can enroll in the AZ-1001 course through various training providers, including Microsoft Learning Partners. Visit the official Microsoft website or the website of your preferred training provider for more details and to register for the course.
Yes, the course includes practical lab exercises that provide hands-on experience with creating, configuring, and managing AKS clusters. These labs are designed to simulate real-world scenarios and help you apply what you’ve learned.
Duration
Language
Batch Options
Upcoming Batch
Soft copy of Courseware
Certificate of Course Complition
Experienced and Professional Trainer
Lab and Exercises During Training 
Sample Questions for Exam Prepration
Mock Test on the Last Day of Training 
Exam Registration Guidance 
5-Star Training Environmment