Skills you will learn

  • Centralized Log Monitoring System Design
  • Azure Log Analytics Workspace Setup and Configuration
  • Log Collection and Aggregation from Azure Resources
  • KQL Query Writing
  • Azure Monitor Integration and Alerting
  • Cloud Observability and Monitoring Best Practices

Who should learn

  • Azure Cloud Engineers
  • Graduates
  • Students
  • Infrastructure Engineers
  • Administrators
  • DevOps Engineers
  • Site Reliability Engineers

What you will learn

  • Free Azure Log Analytics Course: Centralized Log Monitoring

    • Lesson 01: Introduction

      03:42
      • 1.01 Trainer Introduction
        01:51
      • 1.02 Course Introduction
        01:51
    • Lesson 02: Designing a Centralized Log Monitoring System using Azure Log Analytics

      55:37
      • 2.01 Kickstarting with Building a Centralized Log Monitoring System Using Azure Log Analytics Workspace
        09:11
      • 2.02 Demo Building a Centralized Log Monitoring System Using Azure Log Analytics Workspace Part 1
        13:46
      • 2.03 Demo Building a Centralized Log Monitoring System Using Azure Log Analytics Workspace Part 2
        32:40
    • Lesson 03: Key Takeaways

      01:57
      • 3.01 Key Takeaways
        01:57
About the Course

When something goes wrong in a cloud environment, the difference between a quick resolution and a prolonged outage often comes down to how well your logging and monitoring is set up. This course teaches you how to design a centralized log monitoring system using Azure Log Analytics Workspace, covering the architectural decisions and hands-on configuration steps that cloud engineers apply in real Azure production environments. Working through a kickstarting session and two comprehensive demos, you will learn how to consolidate logs from multiple Azure resources into a single workspace, build queries that surface meani

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FAQs

  • What is Azure Log Analytics Workspace?

    Azure Log Analytics Workspace is a unique environment in Microsoft Azure that stores log and performance data collected from Azure resources, on-premises systems, and other connected sources. It provides a centralized repository for log data that can be queried using Kusto Query Language (KQL), enabling monitoring, analysis, alerting, and reporting across an entire cloud environment. 

  • Who should enroll in this course?

    This course is designed for Azure cloud engineers and administrators who want to build monitoring and observability skills, DevOps and site reliability engineers responsible for cloud environment health, IT operations professionals managing Azure infrastructure, and students or fresh graduates in cloud computing or DevOps who want hands-on Azure Log Analytics implementation experience.

  • Do I need prior Azure experience before taking this course?

    Some familiarity with Azure cloud services and basic monitoring concepts will help you follow the demos more productively. If you are new to Azure monitoring specifically, spending time on Azure Monitor fundamentals before this course will make the Log Analytics workspace design content significantly more accessible.

  • What is KQL and is it covered in this course?

    KQL stands for Kusto Query Language - the query language used to analyze data stored in Azure Log Analytics Workspace. It is covered in Demo Part 2 as the tool for building queries that surface meaningful insights from the log data collected in the centralized workspace, enabling the alert configurations and monitoring dashboards that complete the system.

  • What does Demo Part 1 cover?

    Demo Part 1 covers the initial monitoring system setup - creating and configuring the Azure Log Analytics Workspace, connecting Azure resources as log data sources, establishing data collection rules, and validating that logs from multiple sources are flowing into the centralized workspace correctly and completely.

  • What does Demo Part 2 cover?

    Demo Part 2 takes the monitoring system further - building KQL queries to analyze the collected log data, configuring alert rules based on query results, and completing the centralized log monitoring system into a fully functional observability solution that reflects real Azure monitoring environments.

  • What is the difference between Azure Monitor and Azure Log Analytics?

    Azure Monitor is the overarching monitoring platform in Azure that collects metrics and logs from Azure resources. Azure Log Analytics is a feature within Azure Monitor that provides the workspace, storage, and query engine for log data specifically. Log Analytics Workspace is where log data is stored and queried - it is the core component of the centralized monitoring system this course teaches you to design and build.

  • Is this course relevant for the AZ-104 Azure Administrator Associate certification?

    Yes, Azure Monitor and Log Analytics are covered in the AZ-104 Azure Administrator Associate certification. While this course alone is not a comprehensive certification prep program, it provides strong practical coverage of the monitoring and log analytics skills that the certification includes.

  • Will I have a working centralized monitoring system by the end of this course?

     Following along with the demos in your own Azure environment will give you a complete, working centralized log monitoring system using Azure Log Analytics Workspace by the end of Demo Part 2 - a practical implementation that reflects real Azure observability architecture rather than a simplified demonstration.

  • How long does this course take to complete?

     The course is fully self-paced with no fixed deadlines. Demo Part 2 is particularly comprehensive, and most learners find that following along in their own Azure environment - pausing to configure each component before moving forward - produces significantly better outcomes than passive viewing.

  • Is there a certificate included?

    Yes, you receive a free certificate upon completion that you can add to your LinkedIn profile or resume to demonstrate your Azure Log Analytics and centralized monitoring design skills to potential employers and technical contacts.

  • Can I access this course on my phone?

    Yes, the course is accessible on any device, though the hands-on demo sessions will be most productive on a laptop or desktop where you can work alongside the course in your own Azure environment.

  • What should I do immediately after finishing this course?

    Extend the monitoring system with Azure Workbooks dashboards for visual log data presentation, configure action groups for email and Teams alerting, and add additional Azure resource types as log sources. Document the complete monitoring architecture on GitHub with KQL query examples and alert rule configurations to create a portfolio reference that demonstrates real observability engineering capability.

  • What should I learn after completing this course?

    Microsoft Sentinel for security information and event management built on Log Analytics, Azure Application Insights for application performance monitoring, Azure Monitor Metrics for real-time resource performance data, Azure Network Watcher for network-level observability, KQL at an advanced level for complex log analysis, and Azure Workbooks for custom monitoring dashboards are all strong next topics that build directly on the centralized log monitoring foundation this course establishes.

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