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Azure Observability Blog
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Azure Copilot observability agent: Intelligent Investigations Across Your Azure Stack

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EfratNauerman
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Nov 18, 2025

Cloud operations require more than reactive troubleshooting; they demand intelligent observability that scales across resources and interfaces and provides actionable insights when services are not operating as expected. We are introducing the Azure Copilot observability agent that materializes this promise. Azure Copilot observability agent extends and builds on top of what was previously known was the Azure Monitor investigation capability and introduces a slick experience, combining the power of agentic investigations with expanded capabilities for deeper visibility and faster resolution. 

Smarter insights, faster recovery, deeper visibility across your Azure stack.

What it is

The Azure Copilot observability agent works within your Azure workflows to make troubleshooting faster and smarter. It helps you:

  • Automatically isolate problems in complex applications across the stack
  • Detect and correlate anomalies from metrics, logs and other observability signals to help identify cause of an issue
  • Correlate data from multiple sources for full context.
  • Generate actionable findings and next steps described in clear human language.
  • Preserve results for collaboration and tracking.

Integrated with alerts, the Azure portal, and Azure Copilot (gated preview), the Azure Copilot observability agent ensures investigations are seamless and actionable.

 

 

How it works

When you get an alert and need to investigate it quickly and take action, simply click on the ‘Investigate’ button. Next, you’ll see a list of AI-generated findings to select from. Each finding suggests possible causes behind what went wrong and offers a starting point for troubleshooting.

In order to get a better understanding of the summary, you can easily access the supporting Data.

Behind the scenes, the observability agent uses the power of AI, Machine learning models for anomaly detection and correlation, and large language models (LLMs) to deliver these insights.

 

 

Expanded intelligence for critical resources 

The Azure Copilot observability agent now delivers intelligent, AI-driven investigations across your Azure stack, from application services down to the underlying infrastructure. It automatically scopes from the resource to dependent components and infrastructure layers, correlating metrics, logs, and health signals for deeper visibility and faster root cause analysis. This includes support across a customer’s application services and critical Azure resources such as Virtual Machines (VM), Azure Kubernetes Service (AKS) clusters, and more, providing true full-stack coverage for complex environments.

For these environments, investigations leverage multiple analysis types to deliver deeper insights:

  1. Metric analysis - detect abnormal CPU, memory, or network utilization patterns in VMs and AKS nodes, helping identify resource pressure before it impacts workloads.
  2. Recent alerts correlation - when a spike in AKS pod restarts occurs, the observability agent correlates with recent alerts to highlight cascading issues across cluster components.
  3. Resource health checks - surface health signals for VMs and AKS nodes alongside anomaly findings, enabling operators to validate whether infrastructure degradation is contributing to application instability.
  4. Resource diagnostics tools integration - findings are automatically connected to built-in Azure diagnostics for quick validation and remediation steps without leaving the investigation workflow
  5. Log-based metric analysis - for AKS and VM environments, enrich metric anomaly detection with contextual tags and data derived from logs, enabling more precise root cause identification.                                                                                                                

Extended regional availability 

The Azure Copilot observability agent is now supported in most Azure regions, so you can leverage its capabilities wherever your workloads run

Copilot support

With Copilot, you can instantly interact with your alerts in a natural way. Just ask questions like ‘Show me my critical alerts’ or ‘Which alerts need my attention?’ Copilot will surface a clear list of alerts for you. From there, simply click an alert to view its details and access the Investigate button -your gateway to the Azure Copilot observability agent. With one click, you can dive deeper, uncover potential root causes, and get actionable insights to resolve issues faster.

Looking ahead 

The Azure Copilot observability agent is evolving toward a broader role in your observability strategy. While today it focuses on investigations, we have an exciting roadmap to make investigations even smarter and more actionable. Future releases will also expand into advanced scenarios, such as correlating issues and managing monitoring configurations without adding complexity. 

Start using the Azure Copilot observability agent today 

Available in preview, the Azure Copilot observability agent is integrated into your existing Azure workflows. Access it from alerts, the Azure portal, or Azure Copilot (gated preview) and experience a smarter way to resolve issues. 

Learn more: documentation for full details on capabilities and setup.

We’re committed to evolving the observability agent based on your feedback. Share your thoughts via azmoninvestigation@microsoft.com or through the Give Feedback form in the experience.

Don’t Miss What’s Next

  • Ignite Session: Unlock cloud-scale observability and optimization with Azure
  • December Webinar: Updates, best practices, and live Q&A, 👉 to secure your spot!
  • NEW Deep Preview! In parallel with this preview, we are starting a preview of new exciting investigation capabilities, enabling deeper and more precise investigation insights. We have enabled Azure Copilot observability agent with deep agentic reasoning, also enabling dialog with the developer in natural language, enabling deep, interactive investigation of the issues. Click here to sign up for preview.
Updated Nov 17, 2025
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