Azure Administrator Associate (AZ-104)
1 Manage Azure identities and governance
1-1 Manage Azure AD objects
1-2 Manage role-based access control (RBAC)
1-3 Manage subscriptions and governance
2 Implement and manage storage
2-1 Manage storage accounts
2-2 Manage blob storage
2-3 Manage disk storage
2-4 Manage file shares
2-5 Implement Azure Backup
3 Deploy and manage Azure compute resources
3-1 Manage virtual machines (VMs)
3-2 Manage VM extensions
3-3 Manage virtual machine scale sets (VMSS)
3-4 Manage Azure App Services
3-5 Manage Azure Container Instances (ACI)
3-6 Manage Azure Kubernetes Service (AKS)
4 Configure and manage virtual networking
4-1 Manage Azure virtual networks
4-2 Manage network security groups (NSGs)
4-3 Manage Azure DNS
4-4 Manage Azure load balancers
4-5 Manage Azure Application Gateway
4-6 Manage Azure VPN Gateway
4-7 Manage Azure ExpressRoute
4-8 Manage Azure Traffic Manager
4-9 Manage Azure Content Delivery Network (CDN)
5 Monitor and back up Azure resources
5-1 Monitor resources using Azure Monitor
5-2 Implement and manage Azure Backup
5-3 Implement and manage Azure Site Recovery
5-4 Implement and manage Azure Security Center
5-5 Implement and manage Azure Update Management
Implement and Manage Azure Update Management

Implement and Manage Azure Update Management

Key Concepts

Azure Update Management

Azure Update Management is a service that helps you manage and schedule updates for your Windows and Linux virtual machines in Azure. It ensures that your VMs are up-to-date with the latest security patches and software updates, reducing the risk of vulnerabilities and downtime.

Example: Think of Azure Update Management as a maintenance crew that regularly checks and repairs your machines to ensure they run smoothly and safely.

Automation Account

An Automation Account is a container for managing automation resources, including runbooks, schedules, and variables. In the context of Update Management, it is used to deploy and manage update schedules, track patch compliance, and automate remediation tasks.

Analogy: Consider an Automation Account as a command center where all the tools and instructions for maintaining your machines are stored and managed.

Update Schedules

Update Schedules define when and how updates are applied to your VMs. You can create schedules to install updates during off-peak hours, ensuring minimal disruption to your services. Schedules can be customized based on your business needs and can include maintenance windows for specific VMs or groups of VMs.

Example: Imagine an update schedule as a calendar that outlines the best times for your maintenance crew to work on your machines, ensuring they are updated without interrupting your business operations.

Patch Compliance

Patch Compliance is a feature that provides insights into the patch status of your VMs. It helps you identify VMs that are missing critical updates and allows you to take corrective actions. Patch Compliance reports can be generated to track the progress of your update management efforts.

Analogy: Think of patch compliance as a report card that shows how well your machines are keeping up with their homework (updates). It highlights which machines need extra help and which ones are doing well.

Log Analytics Workspace

A Log Analytics Workspace is a centralized repository for storing and analyzing log data from various sources, including Azure Update Management. It provides powerful query and visualization tools to help you analyze update deployment results, track patch compliance, and troubleshoot issues.

Example: Consider a Log Analytics Workspace as a detective's notebook where all the clues (logs) are recorded and analyzed to solve the mystery of why certain updates failed or why some machines are not compliant.

Conclusion

Implementing and managing Azure Update Management involves understanding and effectively using key concepts such as Azure Update Management, Automation Account, Update Schedules, Patch Compliance, and Log Analytics Workspace. By leveraging these features, you can ensure your virtual machines are secure, up-to-date, and compliant with the latest software updates, minimizing the risk of vulnerabilities and downtime.