Skip to main content Explore View all products (200+) Microsoft Foundry Azure Copilot GitHub Copilot Azure Kubernetes Service (AKS) Azure Cosmos DB Azure Database for PostgreSQL Azure Arc Microsoft Fabric Linux virtual machines in Azure Foundry Models Foundry Agent Service Foundry IQ Foundry Tools Foundry Control Plane Observability in Foundry Control Plane Azure OpenAI in Foundry Models Azure Speech in Foundry Tools Azure Machine Learning View all databases Azure Cosmos DB Azure DocumentDB Azure SQL Azure Database for PostgreSQL Azure Managed Redis Microsoft Fabric Azure Databricks Linux virtual machines in Azure Windows Server on Azure Azure Functions Azure Virtual Machine Scale Sets Azure API Management Azure Container Apps Azure Kubernetes Service (AKS) Azure Kubernetes Fleet Manager Azure Container Registry Azure Red Hat OpenShift Azure Container Instances Azure Container Storage Azure Arc Azure Local Microsoft Defender for Cloud Azure Monitor Microsoft Sentinel Azure Migrate View all solutions (40+) Cloud solutions for small and medium businesses Cloud migration and modernization center Data analytics for AI Azure Databases AI apps and agents Microsoft Marketplace Microsoft Sovereign Cloud AI apps and agents Responsible AI with Azure AI Infrastructure Data analytics for AI Machine learning operations (MLOps) Low-code application development on Azure Integration Services Serverless computing DevOps Migration and modernization center .NET apps migration Databases on Azure Linux on Azure Oracle on Azure SAP on the Microsoft Cloud Adaptive cloud High-performance computing (HPC) Infrastructure as a service (IaaS) Resiliency Azure Essentials Frontier Accelerate for Azure FinOps on Azure Microsoft Marketplace Azure pricing overview Create an Azure account Free Azure services Flexible purchase options Pricing calculator FinOps on Azure Maximize ROI from AI Azure savings plans Azure reservations Azure Hybrid Benefit Virtual Machines Azure SQL Microsoft Foundry Microsoft Fabric Azure Kubernetes Service (AKS) Microsoft Defender for Cloud View more Software Development Companies Microsoft Marketplace Find a partner Resources for Azure partners Get started with Azure Customer stories Analyst reports, white papers, and e-books Videos Learn more about cloud computing Documentation Explore Azure portal Developer resources Quickstart templates Resources for startups Developer community Students Azure for partners Blog Events and Webinars Learn Support Contact Sales Get started with Azure Sign in

Azure Automation and Azure Virtual Machines are pleased to announce the release of a new feature allowing you to configure Virtual Machine (VM) alerts to run Automation runbooks. This new capability allows you to automatically perform standard remediations in response to VM alerts, like restarting or stopping the VM.

Previously, during VM alert rule creation you were able to specify an Automation webhook to a runbook in order to run the runbook whenever the alert triggered. However, this required you to do the work of creating the runbook, creating the webhook for the runbook, and then copying and pasting the webhook during alert rule creation. With this new release, the process is much easier because you can directly choose a runbook from a list during alert rule creation, and you can choose an Automation account which will run the runbook or easily create an account.

It is easy to set up an Azure VM alert and configure an Automation runbook to run whenever the alert triggers – see this article for step-by-step instructions.  For this initial release you can choose from three runbooks that the service provides – Restart VM, Stop VM, or Remove VM (the ability to choose other runbooks or one of your own runbooks is coming soon).  Example scenarios include restarting a VM when the memory usage exceeds some threshold due to an application on the VM with a memory leak, or stopping a VM when the CPU user time has been below 1% for past hour and is not in use.

As part of the process of associating a runbook with an alert we will create an Automation account automatically for you if you don’t have one yet.  Also, we also will create an Azure Run As account in the Automation account to simplify the authenticate aspect of management of Azure resources with runbooks.  

After you configure a runbook for an alert, you can disable it without removing the configuration. This allows you to keep the alert running and test the alert rules and then later re-enable the runbook.

Summary

When you configure an alert on an Azure VM, you now have the ability to easily configure an Automation runbook to automatically perform remediation action when the alert triggers. In this release, you can choose from runbooks to restart, stop, or delete a VM depending on your alert scenario. This is just the beginning of enabling scenarios where you control the actions (notification, troubleshooting, remediation) that will be taken automatically when an alert triggers.

If you have feedback on this feature or ideas on scenarios you would like see enabled then put your comments on Azure User Voice and vote up the ideas of others.

Just getting started with Azure Automation? Learn about the service here, and follow Azure Automation on Twitter.

WE ARE MICROSOFT

Explore Microsoft Foundry

The future of AI starts here. Envision your next great AI app with the latest technologies. Get started with Azure.