AZ-104: Microsoft Azure Administrator Full Course - AKS Security

The video tutorial covers security aspects of Azure Kubernetes Services, focusing on protecting sensitive data in containers. It discusses securing master and node components, handling cluster upgrades, and ensuring data in transit security through network measures. The use of Kubernetes secrets for managing sensitive information is also explained, emphasizing the importance of not storing secrets in source control or YAML files.

What are the two main entities in Kubernetes that need to be secured?

• Ingress and Egress

• Service and Deployment

• Pod and Container

• Master and Node

Who manages the security of the Kubernetes master node in Azure?

• Amazon

• The user

• Microsoft

• Google

What is the user's responsibility regarding node security in Azure Kubernetes Services?

• Integrating with Azure Active Directory

• Managing security updates and configurations

• Providing public IP addresses

• Maintaining the Kubernetes API server

What process is used during a cluster upgrade to ensure nodes are updated?

• Scale and Shrink

• Patch and Deploy

• Backup and Restore

• Cordon and Drain

How is data in transit secured in Azure Kubernetes Services?

• Using Kubernetes Secrets

• Through Network Security

• By Encrypting YAML files

• With Role-Based Access Control

What is the purpose of Kubernetes Secrets?

• To store application logs

• To configure node pools

• To manage sensitive data like credentials and keys

• To define network policies

Where should Kubernetes Secrets not be stored?

• In the key vault

• In the Kubernetes API server

• In the YAML manifest

• In temporary storage