Skip to content

TechDirectArchive

Hands-on IT, Cloud, Security, Veeam & DevOps

  • Home
  • About
  • Advertise With US
  • Contact
  • Reviews
  • Toggle search form

Performance and Diagnostics in Microsoft Cloud with Azure Monitor

Posted on 15/01/202320/08/2024 Raphael Gab-Momoh By Raphael Gab-Momoh 2 Comments on Performance and Diagnostics in Microsoft Cloud with Azure Monitor
  1. Home
  2. AWS/Azure/OpenShift
  3. Performance and Diagnostics in Microsoft Cloud with Azure Monitor
AZMFeature

In this article, you will learn about Performance and Diagnostics in Microsoft Cloud with Azure Monitor. Azure Monitor is a service offered by Microsoft Azure that enables you to gather and examine performance and diagnostic data from multiple resources in your Azure environment. Please see How to configure Synology Active Insights, determine Cost Management in Azure Using Cost Analysis Tool, and How to set up System Insights on Windows Admin Center.

It offers a solitary window through which you can track the functionality and health of all of your Azure resources, such as virtual machines, storage accounts, and databases, as well as the underlying Azure infrastructure.

Azure Monitor also offers tools for troubleshooting and evaluating performance problems, as well as the ability to set up alerts and notifications to proactively advise you of potential difficulties.

Other useful articles can be found here: Virtual Machine Scale Set: Demonstrating High Availability in Azure and Serverless in Azure aslo Linux Shell Scripting and How to Mount Volume to Docker Container also How to correctly updates Office Online Server and How to Mount an ISO image in Windows 10 and 11

Some components of Azure Monitor

Below are some of the components of Azure Monitor used for Performance and Diagnostics in Microsoft Cloud.

  • Metrics: Azure Monitor allows you to collect and analyse performance metrics from various Azure resources in real time. These metrics can be used to track resource utilization, performance and availability
  • Logs: Azure Monitor allows you to collect and analyze log data from Azure resources and the Azure platform. This includes logs for Azure resource events, Azure platform events, and custom logs.
  • Alerts: Azure Monitor allows you to set up alerts that notify you when specific conditions are met. These alerts can be based on metrics or log data, and can be configured to send notifications to various channels, such as email, SMS, and webhooks.
  • Dashboards: Azure Monitor allows you to create customizable dashboards that provide an overview of the health and performance of your Azure resources. These dashboards can be configured to show metrics, logs, and alerts for specific resources and services.
  • Autoscale: Azure Monitor allows you to automatically scale resources based on metrics, this way you can optimize the usage of your resources and save cost.
  • Workbooks: Azure Monitor allows you to create and share interactive and customizable workbooks that provide detailed insights into the performance of your Azure resources.
  • Log Analytics: Azure Monitor allows you to analyze log data across multiple resources and services, and to create custom queries and views of that data.
  • Application Insights: Azure Monitor allows you to monitor and diagnose the performance of your web applications and services, including tracking requests and dependencies, detecting performance bottlenecks, and identifying and troubleshooting errors.

Benefits of using Azure Monitor for Azure Workload

Below are some great benefits of using Azure Monitor.

  • Improved performance and availability: Azure Monitor allows you to track the performance and availability of your Azure resources in real-time. With this, you can quickly identify and resolve any issues that may arise.
  • Cost optimization: Azure Monitor allows you to track resource utilization and automatically scale resources up or down based on usage. This can help you optimize your costs.
  • Proactive monitoring. Azure Monitor allows you to set up alerts and notifications that notify you of potential issues before they become critical. You can take proactive steps to prevent problems.
  • Improved Troubleshooting. Azure Monitor provides detailed diagnostic data and analytics tools that can help you quickly troubleshoot and resolve performance issues.
  • Improved security. Azure Monitor allows you to track and analyze log data, including security-related events. With this, you can help you identify and respond to potential security threats.
  • Improved collaboration. Azure Monitor allows you to create and share dashboards, workbooks, and other views of performance and diagnostic data. It enables you to help improve collaboration and communication within your organization.
  • Improved Application performance: Azure Monitor allows you to monitor the performance and health of your web applications and services. This includes tracking requests and dependencies, detecting performance bottlenecks and identifying and troubleshooting errors which can help improve the user experience.
  • Improved Power Platform performance: Azure Monitor allows you to monitor the performance and health of your Power Platform services like Power Apps, Power Automate, Power Virtual Agents and Common Data Service, which can help improve the performance of these services

How to use Azure Monitor for Monitoring

Enable monitoring for your Azure resources

So, whether it’s a virtual machine or a storage account that you have just created you can enable monitoring for them or another resource using either the Azure portal, Azure PowerShell, or Azure CLI.

To do this, navigate to the resource you want to monitor. Select the “Monitoring” option, and then enable the “Diagnostics” settings.

monitoring-enabled
Monitoring enabled

Create alerts

To set up alerts, navigate to the “Alerts” option in the Azure portal, and then create a new alert rule. You can set up alerts based on metrics or log data, and configure the conditions that trigger the alert.

alert
Alert

You can also create alerts directly from Azure Monitor in the portal

allllert
Alert from Monitor

Configure metrics and logs

Once monitoring is enabled, you can configure which metrics and logs you want to collect. To do this, navigate to the “Diagnostics settings” for the resource, and then select the metrics and logs you want to collect.

metruc
metric

Monitor your web application

You can use Azure Monitor’s Application Insights to monitor the performance and health of your web applications and services. To do this, just navigate to the “Application Insights” option in the Azure portal, and then enable application insight

insight
enable insight

It’s important to remember that you could need to modify or add more steps based on your unique requirements and available resources.

Summary

The Azure Monitor is a tool that has been provided for diagnostics and monitoring of your azure workload. This article has discussed performance and diagnostics in Microsoft Cloud with Azure Monitor. It also highlighted its components and benefits and how to use some of the monitoring features.

5/5 - (1 vote)

Thank you for reading this post. Kindly share it with others.

  • Share on X (Opens in new window) X
  • Share on Reddit (Opens in new window) Reddit
  • Share on LinkedIn (Opens in new window) LinkedIn
  • Share on Facebook (Opens in new window) Facebook
  • Share on Pinterest (Opens in new window) Pinterest
  • Share on Tumblr (Opens in new window) Tumblr
  • Share on Telegram (Opens in new window) Telegram
  • Share on WhatsApp (Opens in new window) WhatsApp
  • Share on Mastodon (Opens in new window) Mastodon
  • Share on Bluesky (Opens in new window) Bluesky
  • Share on Threads (Opens in new window) Threads
  • Share on Nextdoor (Opens in new window) Nextdoor
AWS/Azure/OpenShift Tags:Azure Monitor, Monitoring

Post navigation

Previous Post: Create and Mount Volume to Docker Container
Next Post: Add a User to the Sudoers List in Linux

Related Posts

  • image 19
    Download your MySQL database from Azure to a local PC with MySQL Workbench AWS/Azure/OpenShift
  • featuredimage
    Create App Service Resource with Azure CLI AWS/Azure/OpenShift
  • image 26
    Add an EBS volume to AWS EC2 via the AWS Console and CLI AWS/Azure/OpenShift
  • azurv2 1
    How to scale up and scale out on Azure AWS/Azure/OpenShift
  • header picture
    Creating and Deploying Docker Registry Using Docker Image AWS/Azure/OpenShift
  • Microsoft Enterprise Root Certification Authority and Forest Domain to Azure migration
    Migrate Microsoft Enterprise Root Certification Authority and Forest Domain to Azure AWS/Azure/OpenShift

More Related Articles

image 19 Download your MySQL database from Azure to a local PC with MySQL Workbench AWS/Azure/OpenShift
featuredimage Create App Service Resource with Azure CLI AWS/Azure/OpenShift
image 26 Add an EBS volume to AWS EC2 via the AWS Console and CLI AWS/Azure/OpenShift
azurv2 1 How to scale up and scale out on Azure AWS/Azure/OpenShift
header picture Creating and Deploying Docker Registry Using Docker Image AWS/Azure/OpenShift
Microsoft Enterprise Root Certification Authority and Forest Domain to Azure migration Migrate Microsoft Enterprise Root Certification Authority and Forest Domain to Azure AWS/Azure/OpenShift

Comments (2) on “Performance and Diagnostics in Microsoft Cloud with Azure Monitor”

  1. Avatar photo Mark says:
    19/01/2023 at 9:26 PM

    This is a good consolidated overview – nicely done. Would be interesting to see a write up – “Getting started – what to monitor with log analytics”.

    Log in to Reply
    1. Raph Raphael Gab-Momoh says:
      20/01/2023 at 12:11 PM

      Hi Mark,
      We have taken note of your suggestion, and will definitely work on monitoring using log analytics in the future. Thank you for reading the article.

      Log in to Reply

Leave a Reply Cancel reply

You must be logged in to post a comment.

Microsoft MVP

VEEAMLEGEND

vexpert-badge-stars-5

Virtual Background

GoogleNews

Categories

veeaam100

Veeam Vanguard

  • Setup is unable to access the SQL UDP port 1434
    Setup is unable to access the SQL UDP Port 1434 on the specified SQL Server Oracle/MSSQL/MySQL
  • appp
    How to automatically reopen Windows Apps and Folders upon Startup Windows
  • How to Change the Default Web Browser on Windows 11 banner
    How to Change the Default Web Browser on Windows 11 Windows
  • Object First OOTBI   Best Storage Repo for Veeam
    Understanding User Roles & Access Control in Object First OOTBI Backup
  • ClamAV
    How to install and manage ClamAV and ClamTK on Ubuntu Linux Anti-Virus Solution
  • shrink and create partition
    How to shrink and create new partition on Windows Server Windows Server
  • Enable or Disable Mac asking for Password
    Enable or Disable Mac asking for Password after Sleep or Screen Saver Mac
  • Synology NFS Share
    Add Synology NFS Storage to Proxmox VE for VMs and Backups Storage

Subscribe to Blog via Email

Enter your email address to subscribe to this blog and receive notifications of new posts by email.

Join 1,801 other subscribers
  • RSS - Posts
  • RSS - Comments
  • About
  • Authors
  • Write for us
  • Advertise with us
  • General Terms and Conditions
  • Privacy policy
  • Feedly
  • Telegram
  • Youtube
  • Facebook
  • Instagram
  • LinkedIn
  • Tumblr
  • Pinterest
  • Twitter
  • mastodon

Tags

AWS Azure Bitlocker Microsoft Windows PowerShell WDS Windows 10 Windows 11 Windows Deployment Services Windows Server 2016

Copyright © 2025 TechDirectArchive

Loading Comments...

You must be logged in to post a comment.