Monitor over 100 Azure resources with Site24x7's Azure monitoring tool for optimal Azure performance.
Microsoft Azure is one of the most utilized cloud computing platforms. It offers software as a service (SaaS), infrastructure as a service (IaaS), and platform as a service (PaaS) offerings. Consequently, Azure is frequently used to develop and host web applications, create connections between Internet of Things (IoT) devices, and integrate artificial intelligence (AI) into your applications.
To help you understand the performance of your workloads, Azure provides access to a wealth of metrics you can monitor, track, and analyze. A clear understanding of how these metrics and the underlying resources relate to your application’s performance allows you to troubleshoot performance issues more easily. Additionally, these metrics highlight opportunities for optimization, enabling you to enhance your application’s performance and use your cloud resources more effectively.
This article highlights several key Azure metrics, including availability, response rate, network capacity, processing capacity, and more. Let’s explore how these metrics relate to application performance and the best practices for optimizing your applications.
Keeping an eye on the following metrics enables you to maintain your Azure application’s performance, availability, and efficiency.
Availability assures your cloud workload has a constant 24*7 uptime year-round — the first and most important metric in cloud systems. It’s crucial to implement a strategy that helps you routinely monitor individual services, resources, and the entire workload.
With compute workloads, you must monitor your servers by ensuring that your virtual machines (VM) maintain uptime in the different subnets and resource groups. It’s also essential to watch the state of your app services and ensure that your APIs, back ends, and automated services aren’t experiencing downtime.
Storage services are essential to cloud systems. Monitor these services to ensure they’re available and can receive and dispense data to other Azure services, including load balancer front-end pools, web applications, and more.
Additionally, you should constantly monitor Azure networks and subnets, which connect different services and resources within Azure. These include interconnecting peers, ExpressRoute for connecting to on-premises networks, application gateways, and load balancers.
Administrators of Azure systems must ensure these network components are constantly running without fail. When your Azure networks are in excellent health, you can quickly transfer data within networks and block unwanted access to network components.
Some best practices for monitoring availability include:
While availability is critical, application performance requires high responsiveness as well. Consequently, the response rate metric is the second most critical metric for cloud environments. It describes the time your Azure cloud components and resources take to respond to user and system requests related to compute, storage, and networking.
Understanding the response rate helps you identify optimization opportunities. This allows you to deliver a faster, more responsive experience to your users and team.
Best practices for monitoring your response rate and optimizing your application include:
Azure networking consists of virtual networks. A virtual network comprises one or more IP ranges within an Azure subscription and a specific region. It can’t span areas or subscriptions. The network IP address space comprises subnets that house compute, storage, and other resources.
You can easily connect resources within a network. IP address route tables, network interfaces, network security groups, and application security groups can connect resources within a network. However, you can connect with other virtual networks using peers, virtual private networks, ExpressRoute, service endpoints, Azure Private Link, Azure Load Balancer, and network appliances.
Important metrics to monitor in Azure networking systems include:
Best practices for monitoring these network metrics and optimizing your applications include:
Azure storage services encompass the Azure Files sent to messaging queues in Azure Queues, NoSQL stores in Azure Tables, Azure disk volumes connected to compute virtual machines, and blob objects in Azure Blobs. These storage and data management solutions must maintain 100 % uptime for the cloud environment’s data processing and storage processes to run effectively.
Monitor the following metrics to track your use of Azure storage services:
Some best practices for monitoring storage and implementing optimizations include:
How reliably your VMs, Virtual Machine Scale Sets (AVMSS), and other compute services perform drives the overall IT operations for you and the customer experience for your users. You must consistently monitor your compute instances and servers to ensure 100% uptime.
Metrics to monitor processing capacity include:
Best practices for monitoring these metrics and improving your application based on these metrics include:
You don’t need to monitor metrics in Azure manually. You can implement tools to track these metrics across your Azure infrastructure and help you gain a more holistic view of your infrastructure and application performance.
Azure Monitor is the Azure service for collecting metric data, logs, and traces. It aggregates metrics into a time-series database and provides the Metrics Explorer tool to analyze the collected metric data interactively. For example, Azure Monitor’s Application Insights, Container insights, and VM insights help you diagnose issues with your application and connect infrastructure issues.
Alternatively, you can utilize a third-party monitoring solution like Site24x7’s Azure monitoring tool. It offers full-stack monitoring on all Azure resources, providing alerts and out-of-the-box reports. With its intuitive out-of-the-box dashboard and reports, Site24x7’s Azure monitoring tool identifies performance issues before they reach the production environment.
Site24x7’s Azure monitoring tool provides metrics and insights into the entire digital experience of your application — not just its cloud performance. It also includes monitoring for other cloud-based Microsoft software, including Office365.
This article explored the importance of monitoring in Azure cloud environments, the metrics to monitor, and how these metrics directly reflect your environment and application’s performance. Metrics provide observability and insights into the state of your Azure cloud infrastructure. When properly tracked and analyzed, they help you predict and prevent downtimes and resource failure.
Monitoring tools like Azure Monitor and Zoho Site24x7’s Azure Monitoring tool make it easy and sustainable to track the metrics. These AI-driven analyses will guide you to better decisions and actionable, metric-driven steps to improve your application’s performance.
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