Discover the power of cloud cost intelligence.
Give your team a better cost platform.
Give engineering a cloud cost coach.
Learn more about CloudZero's pricing.
Request a demo to see CloudZero in action.
Learn more about CloudZero and who we are.
Explore by feature
Build fast with cost gaurdrails.
Drive accountability and stay on budget.
Manage all your discounts in one place.
Organize spend to match your business.
How SeatGeek Decoded Its AWS Bill and Measured Cost Per CustomerRead customer story
Enable engineering to make cost-aware development decisions.
Give finance the context they need to make informed decisions.
Decentralize cloud cost and mature your FinOps program.
Discover the best cloud cost optimization content in the industry.CloudZero Advisor
Compare pricing and get advice on AWS services including EC2, RDS, ElastiCache, and more.
Browse helpful webinars, ebooks, and other useful resources.Cloud Cost Assessment
Gauge the health and maturity level of your cost management and optimization efforts.
Learn how we’ve helped happy customers like SeatGeek, Drift, Remitly, and more.
Guide: How To Overcome Tagging And Accelerate Cloud Cost AllocationSee guide
These top Azure monitoring tools will help you optimize your Azure cloud costs, infrastructure configuration, application performance, security posture, networking, and more.
Microsoft Azure is the most popular cloud computing platform after Amazon Web Services (AWS). With over 200 services and resources available, there are plenty of ways to use Azure. This means the Azure public cloud allows for hundreds, if not thousands, of unique configurations.
This flexibility is ideal for tailoring Azure to your workload’s requirements, but it also makes cloud management more challenging.
In this guide, we’ll cover the ins and out of Azure monitoring, including why you should monitor your Azure costs, best practices, and the top Azure monitoring tools available today.
Table Of Contents
In the Azure Cloud, monitoring involves capturing, analyzing, and interpreting metrics and logs generated by your Azure-based services, resources, and processes.
This is an essential cloud computing best practice that includes, among other aspects:
It is crucial to monitor Azure for several reasons.
Your Azure environment is constantly changing. Likewise, you need to continuously monitor your Azure infrastructure, applications, services, and more components to ensure their health and performance are optimal.
Monitoring Azure continuously has the following specific benefits:
These are just a few of the benefits of Azure monitoring. Yet, to achieve these goals, you need to implement and maintain Azure monitoring best practices.
Azure monitoring best practices are a set of principles you should follow to maximize the effectiveness of your monitoring efforts. Here are some of the most important Azure monitoring best practices to deploy right away.
See, it is nearly impossible to manually manage all your Azure cloud services. The task becomes even more challenging when you have dozens or thousands of dependencies to manage at any given moment.
Using the right Azure monitoring tools for your workload enables you to monitor, interpret, and remedy issues before they disrupt your operations and undermine your SLAs.
Here are more than two dozen of the best Azure monitoring tools you can integrate and use right away.
If you're adopting a multi-service, best-of-breed cloud strategy rather than a mere multi-cloud deployment, CloudZero supports cost monitoring in virtually any cloud or software spend.
You can now combine, interpret, and understand your unit economics across Microsoft Azure, AWS, and Google Cloud Platform (GCP) — along with software, from New Relic and Databricks to MongoDB and Snowflake.
The CloudZero platform:
The CloudZero platform also offers budgeting and forecasting, real-time cost anomaly detection, and more.
Schedule a demo here to see how CloudZero customers are optimizing their Azure costs without endless tagging.
Azure Monitor is Microsoft’s native monitoring tool designed to help you monitor your Azure public cloud infrastructure, applications, and network continuously. It does this by analyzing metrics and logs. The tool stores metrics as numerical data in a standardized structure, unlike log data, which it stores in a variety of types, each with a unique structure. Thus, Azure Monitor Logs use queries to analyze data.
Azure typically consists of virtual machines (VMs), application components, database services, networking components, and web services. To ensure high availability, optimal performance, and seamless customer experience, Azure Monitor tracks the performance and overall health of these system components at all times.
To accomplish this, Azure Monitor works with other native monitoring tools, including Azure Advisor, Azure Application Insights, and:
One more thing. You can also use Azure Monitor to track your AWS and Azure resources in one place, making it ideal for an Azure-AWS hybrid cloud setup.
Moreover, Azure Monitor integrates with many other tools, enabling you to link your favorite tools, from Grafana (data visualization) and JIRA (alerts and team collaboration) to CloudZero (modern cloud cost monitoring) and PagerDuty (incident management).
Serverless360 aims to provide end-to-end Azure monitoring. For this purpose, it offers a set of monitoring tools to track and interpret your Azure health and performance data. It also applies business process mapping across your Azure subscriptions.
This means you can conveniently monitor multiple Azure services in a single tool, including combinations of services and other platforms. Serverless360 comes as a SaaS package, a virtual machine for on-premises deployment, or an Azure cloud service.
AppOptics is SolarWinds’ application performance monitoring tool. The AppOptics platform provides you with a variety of capabilities to optimize your app's performance, including root cause analyses, live code profiling, transaction tracing, and exception tracing.
Server and Application Monitoring, on the other hand, helps you to track servers in Azure and other environments. This means you can use it to monitor your Azure resources alongside other infrastructure to get a complete picture of your system’s health.
New Relic’s Azure monitor runs natively in the Azure public cloud. The platform focuses on quickly identifying, triaging, and delegating infrastructure and app issues among ITOps and developers. Once you activate your New Relic integration, the tool queries your Azure platform services based on a predefined polling interval.
But note that New Relic does not collect monitoring data for resources in Azure Government or those you created using the classic deployment model.
Sematext is a real-time Azure metrics, events, and logs monitoring platform for enterprises. Once you install the Sematext Agent in your Azure cloud, it’ll go to work monitoring multiple Linux infrastructure metrics, including CPU, disk utilization, memory, package inventory, and events.
To get started, Sematext provides dashboard templates, a split screen function for comparisons, and an alerts management feature to notify engineers of critical issues quickly. Better yet, Sematext Monitoring covers containers, databases, transaction tracing, servers, and inventory monitoring.
This platform aims to be your all-in-one Azure monitoring tool. As one example, the Microsoft Azure Virtual Machine sensor tracks the status of all Azure VMs in your Microsoft Azure account and reports CPU utilization for both used and remaining CPU credits. Its partner, AutomonX, distributes a suite of 18 Microsoft Azure sensors for PRTG.
You connect them to your Azure management environment using REST API, empowering you to collect metric values and other metadata. In addition, it reports relevant metrics to PRTG, providing custom error limits in a form that the EXE/Script Advanced sensor can understand. Monitoring your Microsoft Azure cloud with PRTG is also possible on the go using its mobile tools.
AppDynamics in Azure delivers enterprise-grade application performance monitoring with business analytics. This serverless monitoring tool for Azure Functions enables you to monitor the performance of apps running as functions on Microsoft Azure. AppDynamics’ .NET Agent includes support for Azure Functions running on App Service plans.
The agent automatically discovers your business transactions in Azure Functions once you install it. This means you can create callgraphs, get snapshots, and connect functions with End User Monitoring.
Site24X7 is an all-in-one, AI-powered monitoring service that integrates seamlessly into an Azure environment. Its monitoring capabilities cover over 100 Azure cloud services and resources. That means you can observe and measure the performance of your IaaS services, including VMs and Kubernetes.
You can also monitor your PaaS services, such as Event Hubs, SQL database, and App Service. The platform also lets you use historical data, machine learning models, and conventional time series forecasting approaches, like exponential smoothing, to forecast Azure performance patterns for resources like VMs, Databases, Sites, and App Service Plans.
LogicMonitor supports monitoring Azure metrics. You’ll need to install a collector on a server or VM in your Azure instance to use LogicModules out-of-the-box to monitor your Azure-hosted infrastructure metrics. You’ll be able to build out custom dashboards to visualize, analyze, and understand your IT operations data.
Its Service Limits Utilization for VMs, storage, network, and other resources alerts you when you near Azure limits you’ve pre-configured. Then you can request service limit increases to ensure your infrastructure and application components remain highly available.
Consider using BMC’s TrueSight Operations Manager if you need a platform that supports enterprise-level on-premises and Azure cloud monitoring. The tool delivers infrastructure, application performance, and network monitoring, as well as alerts and events management — all in one place. It does that through its TrueSight Infrastructure Management suite.
For log analytics and service resolution, the tool provides BMC Helix ITSM for event intelligence and machine-assisted analysis function for metrics, events, incidents, logs, and change data.
Perhaps you want to monitor and respond to changes in your Azure cloud from Linux, Windows, or macOS environments. Maybe you want a tool that integrates all your favorite Azure explorers using a single interface.
With Cerebrata, developers can do this in a secure, code-free manner. As one example,the Azure Service Bus enables you to collect details on messaging issues. You can also resubmit messages from one queue to another, improving your Azure Service Bus management. Besides monitoring your Azure resources, you can also perform tasks like migrations and data cleanups with it.
Dynatrace aims to be the end-to-end Azure monitoring platform by providing tools to track the health of your Azure VMs, containers, servers, network, devices, etc, with metrics, events, and logs. Its AI-powered monitoring engine can continuously analyze billions of dependencies, making the tool ideal for monitoring enterprise environments in Azure — at scale.
Broadcom’s CA Unified Infrastructure Management (CA UIM) designed its Microsoft Azure monitoring probe to generate Quality of Service (QoS) metrics. It based those metrics on indicators like the health status of your data services and VMs, requests to the storage services, and your CPU utilization.
CA UIM also delivers detailed usage metering and intelligent alarms and automation so you catch issues before they affect customer experience.
With DataDog, you can monitor a variety of infrastructure, application, and system security components for issues and optimization opportunities.
The platform built its tools to scale at the speed of your Azure environment, continuously tracking, analyzing, and reporting any issues in a dynamic environment before they significantly affect customer experience. It supports advanced root cause analysis and real user monitoring.
This platform provides Azure cloud, on-premises, and hybrid IT infrastructure monitoring. EG Innovations merges application and infrastructure health monitoring to provide complete visibility across all IT layers and tiers - spanning application code and bare metal, user experience and business transactions, network and cloud, as well as virtualization and storage.
The tool delivers by revealing deep availability metrics, performance insights, and resource utilization patterns. You can then use its historical analyses to pinpoint and fix operational issues that may negatively affect your business.
Splunk Observability provides real-time visibility into Microsoft Azure hybrid cloud environments. You do not need to use separate platforms to collect and interpret health data for your Azure, GCP, Kubernetes, OpenTelemetry, and SAP environment — in whichever combination.
More importantly, you get contextual insights across your Azure infrastructure, apps, and customer experience so you can predict potential issues before they occur, including pinpointing the root causes and resolving them as quickly as possible.
Netreo’s CloudMonix Azure monitoring service covers most Azure Cloud Services, with thousands of metrics to choose from. It is replacing AzureWatch, promising deeper insights into your infrastructure and application performance indicators.
For example, it is providing real-time visibility as you auto-scale your Azure resources.
In Azure, you can use this tool to collect, interpret, and act on telemetry relating to infrastructure, apps, and digital experiences. ManageEngine leverages Azure APIs to do that. No collectors or agents are required. The platform supports both real-time and historical analyses, including cloud resource utilization so you can optimize it.
Opview’s Opspack provides several Host Templates, enabling you to manage multiple Azure Cloud Resources, among them VMs, load balancers, and storage accounts. You can choose from over a dozen Host Templates to ease your getting started.
Azure Express Scan provides a configuration wizard to guide you through and quickly discover Microsoft Azure objects (Hosts) within a given Azure subscription and automatically import them into Opsview.
With Nodinite, you can bypass the Azure Web Portal when troubleshooting and resolving standard, support-related tasks. It also offers Nodinite auto-healing which automatically resolves detected issues without your intervention to ease your workload. Security-wise, Nodinite leverages role-based, self-service, and audited access.
One license and one instance of the Azure agent will suffice for all your Azure Storage containers and Web Jobs, irrespective of your region.
Typically, they extend Zenoss with new monitoring targets. Zenoss developed zenpacklib to streamline the process of building custom ZenPacks. Meanwhile, the Zenoss Service Dynamics (ZSD) tool facilitates holistic health and performance monitoring using granular and adaptive infrastructure relationship models.
With Science Logic's Azure Monitoring tools, you take advantage of Azure APIs to troubleshoot issues, monitor availability, map dependencies between onsite vs Azure Cloud environments, and track workload migrations — along with everything in-between.
The platform manages any technology, anywhere. That enables you to monitor your Azure deployments at scale, ensure security, leverage automation, and boost resilience.
The Zabbix monitoring platform for Azure tracks metrics from hosted or sourced Azure servers, VMs, and network devices in real-time. It includes support for vendor monitoring templates and reading diagnostic data for Azure VMs. You can also monitor the health of your Azure services using a Python script but also integrates with Azure API for deeper monitoring.
In addition, you can request custom integrations based on Zabbix's best practices and your preferences.
Logz.io enables your DevOps teams to observe and set alerts for latency, errors, traffic bottlenecks, resource saturation, and other Azure Cloud metrics. The tool sets up a new Logz.io account from your Azure client interfaces, such as Azure Portal, Azure PowerShell, and SDK.
It then configures your Azure services to forward logs to Logz.io — a fully managed offering that doesn't require customers to set up and maintain any infrastructure. You can then unify all of your data from Azure to on-premises and AWS to GCP workloads in a single interface.
Azure provides plenty of cloud computing capabilities to meet all your workload requirements. Azure is a natural alternative to AWS, GCP, and other major cloud providers. The Azure platform also provides a capable pairing platform for organizations exploring a hybrid cloud strategy.
With one of the Azure monitoring tools featured here, it's easier to identify performance issues, security threats, and cost concerns in the public cloud. By analyzing the data you get from your workloads, you can improve your operational efficiency in Azure.
CloudZero's cloud cost Intelligence approach helps you collect, monitor, and understand your unit economics, with granular, actionable insights like cost per customer, per feature, per product, per team, per project, and per environment.
For simpler chargebacks, showbacks, cost allocations, and forecasting, CloudZero accurately maps your Azure costs to the exact people, products, and processes that generated them — all without endless tagging.
Also, CloudZero monitors cost-related metrics, traces, and events in real-time and alerts engineers and FinOps teams of any issues before they become costly problems.
to see for yourself how CloudZero customers make smarter decisions, like pricing their products profitably, knowing the most profitable customer segments to target, and increasing their gross margins with cloud cost intelligence.
CloudZero is the only solution that enables you to allocate 100% of your spend in hours — so you can align everyone around cost dimensions that matter to your business.