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Microsoft

Azure Monitoring is a core function which is used to monitor and alert you to issues and problems with all your Azure Services. This course will have you creating quick resources for the purpose of designing and implementing monitoring techniques on them, so that Microsoft Azure will alert you before problems take hold of your resources. This short course will provide hands-on experience deploying Azure Monitoring for three of the most commonly used services: Web Applications, Virtual Machines, and Virtual Networks. But it will also teach you about centralizing data collection and querying that data for a proactive investigation when needed. This Short Course was created to help learners accomplish skills essential for keeping your Azure Services running at all times and being able to monitor and track them in real time. By completing this course you'll be able to monitor resources for your entire infrastructure. Through hands-on learning, you'll gain the expertise needed to navigate Azure Monitoring confidently.

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Azure Monitoring is a core function which is used to monitor and alert you to issues and problems with all your Azure Services. This course will have you creating quick resources for the purpose of designing and implementing monitoring techniques on them, so that Microsoft Azure will alert you before problems take hold of your resources. This short course will provide hands-on experience deploying Azure Monitoring for three of the most commonly used services: Web Applications, Virtual Machines, and Virtual Networks. But it will also teach you about centralizing data collection and querying that data for a proactive investigation when needed. This Short Course was created to help learners accomplish skills essential for keeping your Azure Services running at all times and being able to monitor and track them in real time. By completing this course you'll be able to monitor resources for your entire infrastructure. Through hands-on learning, you'll gain the expertise needed to navigate Azure Monitoring confidently.

By the end of this 1.5-hour long course, you will be able to:

Construct the Microsoft Azure Lab Environment

Create and Configure a Log Analytics Workspaces for Microsoft Azure Monitor

Prepare an Azure Web Application that will Collect Metrics

Create a Virtual Machine and Action Settings to Report Performance

Build a Virtual Network and Design a Monitoring Plan that will Track and Monitor Various Settings

Centralize and Configure Automation of Azure Alerts and Triggers

This course is unique because the customized hands-on learning experiences are tailored to the learner for success in using Azure services.

To be successful in this project, you should have a background working in and moving around the Azure Portal and some networking fundamentals. To perform the lab, you will need an active Azure subscription. Please visit: https://azure.microsoft.com/ to obtain your free trial.

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What's inside

Syllabus

Introduction: Deploy and Configure Azure Monitor
After completing this short course, Learners should be able to configure, collect, and interpret monitoring telemetries for core Azure Services, such as virtual machines, networking, and web applications. They should also be able to apply these skills using the Azure Portal to create Azure Services, such as Web Applications, Virtual Machines, and Virtual Networks for the purpose of Collection Data for Monitoring, and Centralizing Alerts and Triggers with automation techniques.
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Traffic lights

Read about what's good
what should give you pause
and possible dealbreakers
Focuses on the practical application of monitoring techniques, making it suitable for individuals seeking hands-on experience
Covers three essential Azure services: web applications, virtual machines, and virtual networks, which aligns with the most commonly used services in the industry
Provides a strong foundation for understanding Azure Monitoring, making it suitable for beginners
Designed for learners with some networking fundamentals, ensuring that they have the necessary background knowledge
Requires an active Azure subscription, which may pose a barrier for some learners
Assumes some familiarity with the Azure Portal, which may be a limitation for complete beginners

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Reviews summary

Practical azure monitor for cloud professionals

According to learners, this course offers a highly practical and hands-on approach to deploying and configuring Azure Monitor. Students consistently praise the clear and concise explanations from the instructor and the relevant, real-world scenarios covered, particularly for Web Applications, Virtual Machines, and Virtual Networks. The course is widely considered an excellent foundational guide for those new to Azure monitoring, enabling them to immediately apply learned skills. However, some learners with prior experience found the content too basic, expressing a desire for more in-depth coverage on topics like KQL and advanced troubleshooting. Despite this, it generally meets expectations for a short, focused course.
Requires foundational Azure Portal and networking knowledge.
"It assumes a certain level of familiarity with Azure that might be too high for someone just starting."
"The course material flows well if I already navigate the Azure Portal comfortably."
"I need to make sure I have my Azure subscription and basic portal experience ready to get the most out of it."
Ideal for those new to Azure Monitor with some Azure basics.
"It's a great starting point for beginners in Azure monitoring."
"Very helpful for understanding Azure Monitor basics."
"I gained a solid foundation from completing this course."
Instructor provides clear, concise explanations at a good pace.
"The instructor's explanations were clear and concise, making complex topics easy to grasp."
"The pacing was good, and the material was relevant to current Azure practices."
"The instructor's pace and clarity were excellent."
Provides essential hands-on experience for Azure Monitor.
"This course was incredibly well-structured and provided very practical, hands-on labs."
"Excellent hands-on guide to Azure Monitor. I particularly liked how the course walked through setting up monitoring..."
"The hands-on exercises were key. I was able to apply what I learned immediately."
May be too basic for experienced Azure Monitor professionals.
"Found this course to be too basic. As someone with prior experience, I was hoping for more advanced configurations and troubleshooting tips."
"Don't expect deep dives. The hands-on parts are useful. I felt it could be expanded to cover more complex real-world scenarios."
"I think some explanations could have gone a bit deeper, particularly on KQL."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Deploy and configure Azure Monitor with these activities:
Gather resources on Azure Monitoring
Expand your knowledge base by gathering and organizing resources on Azure Monitoring, including documentation, tutorials, and articles.
Browse courses on Azure Monitoring
Show steps
  • Visit the Azure documentation page for Monitoring
  • Search for and bookmark relevant articles and tutorials
  • Explore Azure community forums and discussion threads
  • Compile your findings into a document or online repository
Follow Azure tutorials on Monitoring
Supplement your learning by following official Azure tutorials on monitoring, providing practical examples and step-by-step guidance.
Browse courses on Azure Monitoring
Show steps
  • Visit the Azure documentation page for Monitoring
  • Select a tutorial relevant to your interests and skill level
  • Follow the tutorial instructions carefully
  • Review the concepts and examples provided in the tutorial
Create an Azure Monitor dashboard
Develop a visual representation of your Azure resources by creating an Azure Monitor dashboard, allowing you to monitor key metrics and quickly troubleshoot issues.
Browse courses on Azure Monitoring
Show steps
  • Log in to the Azure portal
  • Navigate to the Azure Monitor section
  • Select 'Dashboards' and click 'Create new dashboard'
  • Configure the dashboard settings
  • Add relevant widgets to the dashboard
Five other activities
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Show all eight activities
Practice creating Azure Monitor alerts
Gain proficiency in creating Azure Monitor alerts to proactively detect and respond to issues with your Azure resources.
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Show steps
  • Log in to the Azure portal
  • Navigate to the Azure Monitor section
  • Select 'Alerts' and click 'Create alert rule'
  • Configure the alert settings
  • Test the alert rule
Design and implement an Azure monitoring solution
Design and implement an Azure monitoring solution to gain hands-on experience and solidify the concepts learned in the course.
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Show steps
  • Create an Azure subscription and log in to the Azure portal
  • Create an Azure resource group
  • Create an Azure virtual machine
  • Configure Azure Monitor for the virtual machine
  • Create an Azure alert rule
Practice configuring Azure monitoring settings
Enhance your understanding of Azure monitoring settings by practicing their configuration in the Azure portal.
Browse courses on Azure Monitoring
Show steps
  • Log in to the Azure portal
  • Navigate to the Azure Monitor section
  • Select a resource and configure its monitoring settings
  • Experiment with different settings and observe their effects
Attend an Azure Meetup or conference
Engage with the Azure community, learn from experts, and get valuable insights on Azure Monitoring by attending an Azure Meetup or conference.
Browse courses on Azure Monitoring
Show steps
  • Find an Azure Meetup or conference in your area
  • Register for the event
  • Attend the event and participate in discussions
  • Follow up with new connections made at the event
Write a blog post about Azure Monitoring
Solidify your knowledge by writing a blog post about Azure Monitoring, explaining the concepts and sharing your experiences.
Browse courses on Azure Monitoring
Show steps
  • Choose a specific aspect of Azure Monitoring to focus on
  • Research the topic thoroughly
  • Write a draft of your blog post, covering the key concepts and providing examples
  • Edit and refine your blog post for clarity and accuracy
  • Publish your blog post on a relevant platform

Career center

Learners who complete Deploy and configure Azure Monitor will develop knowledge and skills that may be useful to these careers:

Reading list

We've selected 50 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in Deploy and configure Azure Monitor.
Focused squarely on Microsoft's cloud application performance management service, Thomas Mahringer walks through instrumenting web applications, configuring telemetry initializers, and diagnosing live failures. Developers learn how to track custom events, dependency latency, and user flows inside the Azure portal.
Because Azure Application Insights now standardizes on the OpenTelemetry SDK for.NET, Java, Node.js, and Python instrumentation, mastering OTel signals is essential for modern Azure engineers. Ted Young and Austin Parker explain how traces, metrics, logs, and collectors unify telemetry pipelines.
Provides a holistic overview of cloud observability with Azure Monitor, covering key concepts, data sources, analysis techniques using KQL, alerting, and visualization. It is particularly useful for gaining a broad understanding and practical insights into designing monitoring strategies for Azure resources. It is valuable as a current reference for cloud engineers, architects, DevOps engineers, and SREs looking to elevate their observability skills.
Foundational text in computer science, widely used in undergraduate and graduate programs. It provides a comprehensive overview of operating system principles, including processes, memory management, and virtualization. Understanding these core concepts is essential for grasping how virtual machines function at a fundamental level. It serves as an excellent prerequisite for diving deeper into virtualization technologies.
Is directly aligned with one of the mentioned online courses. It provides an in-depth guide to implementing and operating Microsoft Sentinel, a cloud-native SIEM solution. It covers integrating data, using KQL for analysis, and managing security incidents, making it essential for those focusing on security log analytics in Azure.
Aimed at.NET and cloud-native software engineers, Daniel Gomez Blanco demonstrates how to instrument distributed microservices with OpenTelemetry APIs and export telemetry to backends like Azure Monitor Application Insights. Concrete C-sharp examples cover context propagation, baggage, sampling, and correlated logging.
This guide offers comprehensive coverage of Azure monitoring and management services, including Azure Monitor, with a focus on best practices for design, deployment, and operation. It useful reference for simplifying administration, reducing downtime, controlling costs, and improving problem resolution. It is particularly relevant for professionals involved in delivering efficient and reliable cloud services on Azure.
Targeted at the Azure Administrator certification, this book provides comprehensive coverage of administering Azure resources using the portal and other tools. It includes hands-on labs and real-world scenarios, making it highly relevant for those seeking to deepen their administrative skills. is often used as a study guide by industry professionals.
Redefining how engineering teams debug production distributed systems, Charity Majors, Liz Fong-Jones, and George Miranda contrast passive dashboard monitoring with high-cardinality structured telemetry. Their methodology directly informs how teams design custom dimensions and Kusto queries in Application Insights.
Querying Application Insights requests, dependencies, and exceptions at scale depends on fluent Kusto Query Language skills. Mark Morowczynski, Rod Trent, and Matthew Zorich teach practical KQL syntax, time-series operators, and cross-workspace joins for Azure operations and diagnostics.
Focuses specifically on Azure administration tasks, providing in-depth knowledge on managing subscriptions, resources, networking, and security within Azure, all of which are primarily done through the Azure Portal. It's a comprehensive guide for aspiring and current Azure administrators.
This comprehensive guide provides a deep dive into Elasticsearch, covering its architecture, data ingestion, querying, and analytics capabilities. Its relevance to KQL stems from Elasticsearch being the underlying data store that KQL interacts with.
Spanning Azure Monitor, Application Insights, and Log Analytics, Avinash Valiramani delivers an authoritative operational reference for cloud administrators and developers. Practical chapters demonstrate how to configure telemetry pipelines, availability alerts, and Azure Service Health tracking.
Collection of recipes for solving common KQL problems. It valuable resource for experienced users who want to learn how to use KQL to solve specific problems.
Is an excellent starting point for anyone new to Azure and the Azure Portal. It covers foundational cloud concepts and core Azure services, which are all accessible and managed through the portal. While designed for certification preparation, it provides a broad understanding necessary for navigating the portal effectively. It is commonly used as a textbook for those beginning their cloud journey.
Delves into advanced techniques for analyzing computer log data specifically for identifying adversarial actions. It focuses on smart ways to leverage log data for security analysis, making it highly relevant for those interested in the cutting-edge of security-focused log analytics.
Similar to other AZ-900 guides, this book provides a strong foundation in Azure concepts and services, which is essential for understanding the Azure Portal's layout and functionality. It's suitable for beginners and those preparing for the fundamentals certification. is excellent for providing foundational knowledge.
Instrumenting polyglot cloud services requires consistent semantic conventions across traces, metrics, and logs. Alex Boten walks through auto-instrumentation, manual span enrichment, and collector pipelines that feed cloud APM platforms such as Azure Application Insights.
Security configurations are heavily managed through the Azure Portal. provides a comprehensive guide to Azure security, offering insights into how to utilize the portal's security features effectively. It's a crucial reference for anyone responsible for securing Azure resources.
Breaks down essential Azure concepts and tasks into manageable lessons, many of which involve using the Azure Portal. It's practical and hands-on, making it suitable for gaining a working understanding of the portal for common administrative tasks. This book is great for solidifying an understanding through practical examples.
Focusing on the implementation of SIEM technologies, this book is highly relevant to log analytics in a security context. It explains how to deploy SIEM for monitoring, threat identification, and incident response. While it covers SIEM products from different vendors, the core principles are directly applicable to leveraging log data for security purposes.
Explores the architectural constructs of Azure monitoring capabilities and delves into design and implementation aspects for various use cases, including IaaS and PaaS scenarios. It helps solidify an understanding of how the operational landscape changes on Azure and covers integration with on-premises systems. It valuable resource for infrastructure and solution architects.
End-to-end transaction diagnostics in Application Insights rely on W3C Trace Context headers and parent-child span hierarchies. Austin Parker and coauthors explain how distributed tracing captures cross-service latency, database bottlenecks, and asynchronous queue hops at scale.
Kubernetes leading container orchestration platform, often used in conjunction with virtual machines and containers. provides a comprehensive guide to Kubernetes, which is crucial for managing containerized applications at scale. Understanding Kubernetes is vital for anyone working with modern virtualized and cloud-native environments.
Building production ASP.NET Core microservices on Azure demands structured Serilog logging, health checks, and Application Insights telemetry correlation. Sean Whitesell, Rob Richardson, and Matthew Groves show how to wire centralized monitoring and diagnostics into containerized.NET architectures.
Provides a combined look at Docker and Kubernetes, reflecting the contemporary landscape where containers and orchestration are key aspects of virtualization strategies. It's valuable for understanding the broader container ecosystem and its relevance to virtualized deployments in both cloud and on-premises environments.
Aims to give foundational knowledge on how to leverage virtualization to enable the creation and deployment of networks in cloud.
Introduces readers to the field of virtual networks and provides them with a comprehensive overview.
Identity and Access Management critical aspect configured within the Azure Portal. dives deep into this specific area, providing essential knowledge for securing your Azure environment through the portal. It's a specialized book for deepening understanding of a key portal function.
Provides a comprehensive introduction to the fundamental concepts of logging and log management. It covers the basics of log data, sources, storage technologies, and simple analysis techniques. It is an excellent resource for gaining a broad understanding of the field and is suitable for those new to log analytics, including system administrators and junior security engineers.
Focuses on the concept of observability in software engineering, which builds upon monitoring and logging. It's highly relevant for understanding contemporary approaches to system analysis and troubleshooting using telemetry data, including logs. It's a valuable resource for professionals aiming for production excellence.
Provides a good overview of virtualization techniques and applications from a computer architecture and design perspective. It delves into the fundamental principles behind virtual machines, making it valuable for those seeking a deeper understanding of the technology's underpinnings. While not the most recent publication, it is considered a foundational text in the field.
Focuses on KVM, a popular open-source virtualization technology on Linux. It delves into the internals of KVM and provides guidance on building robust virtualization solutions. It is particularly relevant for those interested in Linux-based virtualization and offers insights into managing scalability, performance, and security within a KVM environment.
Google's foundational SRE anthology established the four golden signals—latency, traffic, errors, and saturation—alongside error budgets and service-level objectives. Teams using Azure Application Insights apply these exact principles to structure workbooks, availability SLAs, and on-call alert thresholds.
An updated edition focusing on a specific version of VMware vSphere, providing practical guidance for deploying, managing, and monitoring virtualized data centers. Useful for professionals working with or planning to implement VMware solutions. It offers insights into designing and planning virtual infrastructure effectively.
Another study guide for the AZ-104 exam, this book provides structured content covering the exam objectives, including monitoring. It's a valuable resource for exam preparation and reinforcing core monitoring concepts required for Azure administrators.
Containerized workloads on Azure Kubernetes Service rely on Azure Monitor Container Insights and Application Insights for live health diagnostics. Dawid Borycki walks through deploying cloud-native apps and monitoring cluster metrics, pod failures, and distributed application telemetry.
Aims to guide readers from being Azure beginners to more advanced users. It covers various aspects of Azure, including setting up networks, VMs, and databases, all of which extensively use the Azure Portal. It's a broad guide for gaining overall familiarity with the portal's capabilities.
Continuous feedback loops in Azure DevOps depend on wiring Application Insights telemetry and Azure Monitor alerts into release pipelines. Subhajit Chatterjee, Swapneel Deshpande, and Maik van der Gaag demonstrate instrumentation strategies, KQL diagnostics, and automated incident routing.
Provides practical guidance and hands-on labs for Microsoft Hyper-V, another major virtualization platform. It covers implementation and management using both GUI and PowerShell tools. It's a key resource for IT professionals working with Windows Server environments and Hyper-V.
By a Microsoft MVP offers in-depth coverage of Windows Server, including the Hyper-V role. It's a valuable resource for understanding how Hyper-V integrates with the Windows Server ecosystem and for mastering its features. It serves as a comprehensive guide for administrators.
Designing actionable application and infrastructure telemetry starts with selecting meaningful business and technical metrics rather than drowning in noisy alerts. James Turnbull provides a pragmatic framework for metric aggregation, anomaly notification, and incident triage across web tiers.
This cookbook provides practical recipes for creating and maintaining Azure solutions, many of which involve steps performed in the Azure Portal. It's a hands-on guide that helps solidify understanding through practical examples and can be used as a quick reference for specific tasks.
When Application Insights profiler traces point to CPU contention, thread-pool starvation, or I/O latency, engineers must understand underlying operating system and runtime behavior. Brendan Gregg's second edition supplies rigorous methodologies for profiling cloud compute instances and application runtimes.
Visualizing telemetry from Azure Monitor, Application Insights, and Prometheus side by side is streamlined with Azure Managed Grafana. Rob Chapman shows platform teams how to query cloud data sources, correlate traces with metrics, and construct unified operational dashboards.
This cookbook offers practical recipes and step-by-step instructions for configuring and managing VMware vSphere 6.7. It's a useful resource for gaining hands-on experience with specific vSphere tasks, including storage, networking, and high availability. While focused on a specific version, the recipes illustrate common virtualization concepts and practices applicable to VMware environments.
Covers various aspects of Azure architecture, including security management, operations, and advanced observability. It provides a broader architectural context for understanding where monitoring fits within a comprehensive cloud solution. It is useful for architects and those seeking a deeper understanding of designing monitorable Azure environments.
Takes a deep dive into the design and implementation of virtual machine architectures. It combines high-level design with low-level implementation details and covers advanced topics often overlooked. It's suitable for graduate students and professionals interested in the intricate workings of VMs.
Practical guide to virtualization for business managers, covering topics such as business benefits of virtualization, virtualization technologies, and virtualization management. It great resource for those who want to learn more about virtualization from a business perspective.

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