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DevOps Monitoring Tool

DevOps Monitoring

Elevate your DevOps practices with continuous DevOps monitoring

Ensure smooth application operation and maximized business value with real-time visibility across your production environments with DevOps monitoring. Applications Manager empowers DevOps teams with comprehensive monitoring through real-time data, customizable dashboards, and smart alerts. It integrates seamlessly with existing tool-chains, fostering collaboration and data-driven decision-making. Applications Manager empowers DevOps and SRE teams to proactively identify and resolve issues which translates to enhanced reliability, improved efficiency, and accelerated application development cycle for your organization.

By implementing Applications Manager's DevOps monitoring solution, organizations can:

  • Guarantee application reliability for a positive user experience.
  • Optimize resource utilization and streamline operations.
  • Fuel continuous improvement through data-driven insights.

Why do you need DevOps monitoring in your observability strategy?

DevOps monitoring is indispensable when it comes to observability. It equips organizations with the necessary insights to manage and operate their IT infrastructure and applications within the dynamic digital landscape. Incorporating DevOps monitoring in observability strategies ensures that organizations meet strategic objectives and mitigate operational risks.

DevOps Monitoring - ManageEngine Applications Manager


DevOps monitoring tools empower teams to:
  • Gain deep visibility into infrastructure, applications, and services.
  • Seamlessly integrate with existing tool-chains.
  • Make data-driven decisions for continuous improvement.
  • Ensure application reliability and deliver a positive user experience.

The three processes involved in DevOps monitoring are:

Infrastructure monitoring

DevOps Monitoring Tool - ManageEngine Applications Manager

An infrastructure monitor is an absolute necessity in any organization that employs technology to back its business. As part of DevOps application monitoring, it acts as a sentry that detects unsteady performance and ensures that the organizations can prevent surprise downtime. It helps guarantee the availability, performance, and reliability of the underlying components that power software delivery pipelines and applications. This includes servers, cloud services, containers, networks, databases, IaC, and storage.

A good infrastructure monitoring tool must be able to do the following:

  • Discover and map the dependencies of the applications automatically in an IT infrastructure.
  • Monitor the general availability (uptime) of all the applications in the domain.
  • Fetch and aggregate performance metrics in real-time.
  • Analyze faults and send out timely alerts.
  • Send specified alerts that are automated based on thresholds to avoid false alarms.
  • Gauge the trends in performance by analyzing the historical data.
  • Prognosticate resource usage and growth through AI-assisted analytics.

ManageEngine Applications Manager's infrastructure monitoring capabilities exceed most tools available in the market, as it supports over 150 technologies spanning servers, cloud, containers, websites, web servers, applications, databases, VMs, converged infrastructure, services, big data elements, middleware & messaging components and ERP applications. It also fulfills all the prerequisites mentioned above, making it the ideal monitoring solution for IT infrastructure.

Application performance monitoring

DevOps Monitoring Metrics - ManageEngine Applications Manager

Another aspect of DevOps monitoring is application performance monitoring (APM). It serves as a vital instrument within the DevOps toolkit, ensuring optimal application performance, availability, and user experience throughout the software delivery lifecycle. Application performance management enables DevOps admins to track and monitor all facets of an application.

Modern APM tools like Applications Manager's DevOps application performance monitoring extend beyond basic metrics, offering advanced features like transaction tracing, code-level instrumentation, and real-user monitoring. These features provide granular insights into application behavior and user interactions, enabling a comprehensive understanding of the user experience. Its application management capabilities enable DevOps teams to monitor DevOps applications, analyze their performance, and identify imminent problems such as slow-running queries, saturated resources, and high latency.

With Applications Manager's APM tool, DevOps admins can:

  • Track and monitor application resource consumption metrics such as memory, CPU, and Disk.
  • Trace requests end-to-end across distributed systems.
  • Quantify user satisfaction levels by measuring response times, throughput, requests, errors, Apdex scores.
  • Monitor communication between applications to determine the source of issues.
  • Diagnose complex problems in production by profiling threads instead of thread dumping.
  • Keep an eye on database operations.
  • Detect and diagnose various elements behind slow transactions.

Synthetic Monitoring

Synthetic monitoring empowers DevOps teams to proactively identify and fix performance issues before they impact users by simulating the user's journey through applications and websites. Applications Manager features Real Browser Monitor(RBM) which empowers you to gain deep insights into user behavior through its customizable DevOps monitoring dashboard. This allows you to understand how users interact with your applications and identify potential areas for improvement. It helps measure metrics like response times, availability, and functionality of apps and websites before deployment to address potential issues that may arise.

ManageEngine Applications Manager showing the Synthetic monitor dashboard in DevOps monitoring tool

This wing of DevOps monitoring increases the perception into the underlying operations and provides a comprehensive view of the application performance. By mandating synthetic monitoring in your DevOps monitoring strategy, you can vastly improve the performance, reliability, and uptime of your applications. Furthermore, synthetic monitoring integrates seamlessly with CI/CD pipelines. This enables validation of application changes and deployments, ensuring new releases are free of performance regressions or functional issues.

By proactively identifying issues before they impact real users, synthetic monitoring empowers DevOps teams to:

  • Pinpoint performance bottlenecks through data-driven analysis.
  • Expedite troubleshooting efforts by identifying root causes efficiently.
  • Guarantee applications consistently meet SLOs and SLAs.

Benefits of DevOps monitoring:

The main aim of DevOps monitoring is to make sure the DevOps pipeline remains unhindered by external factors. Continuous improvement, efficiency, and reliability are hallmarks of a successful DevOps practice.DevOps monitoring empowers development and operations teams to work collaboratively by providing real-time visibility into the entire software delivery pipeline.

With the aid of a DevOps monitor software, you reap benefits such as:

  • Better visibility into the underlying operations
  • Early detection of errors
  • Accurately pinpoint the root cause of errors
  • Improved user experience
  • Reduced MTTR
  • Minimal downtime
  • Increased coordination between teams

Leveraging the insights garnered from comprehensive DevOps monitoring translates to gains in the form of business value. Here's how:

  1. Accelerated time to market: Traditional software development methodologies often encounter roadblocks due to late detection of bugs or performance issues. DevOps monitoring tool shines a light on these problems early in the development lifecycle allowing DevOps teams to "shift left" to earlier stages in development and reduce broken production changes. By proactively identifying and resolving potential glitches, development teams can iterate and deploy code faster.
  2. Delivery of high-quality software: DevOps monitoring continuously monitors code performance for potential quality concerns. This allows for early intervention and remediation of issues. This way, teams can ensure the delivery of high-quality software that meets user expectations and cultivates trust.
  3. Improved collaboration and streamlined workflows: DevOps monitoring plays a crucial role in fostering collaboration among teams by providing real-time visibility across all aspects of the software delivery pipeline. Teams gain a holistic understanding of the development process, which enables them to communicate effectively and work together seamlessly.
  4. Optimized resource utilization: Inefficient resource allocation can hinder software delivery timelines and strain valuable resources. DevOps monitoring paints a clear picture of resource utilization across your development infrastructure, including servers, containers, and applications. This allows you to identify areas for optimization and ensure an efficient allocation of valuable resources.
  5. Enhanced disaster recovery preparedness: DevOps monitoring extends its reach beyond performance optimization to also provide insights into potential system vulnerabilities. By proactively identifying and addressing these vulnerabilities, organizations can strengthen their disaster recovery preparedness.

Summary of DevOps monitoring

  • What is DevOps monitoring?

    By definition, Application Performance Monitoring enables organizations to monitor the performance metrics of their business critical applications, receive timely alerts in case of performance issues, and generate reports for periodic performance analysis.

  • How to monitor DevOps?

    The goal of DevOps is the rapid delivery of software. In order to ensure a smooth development cycle, it is imperative to identify and resolve potential issues quickly. Since various teams are working collectively, an insight into all the underlying operations at all times is indispensable. Continuous DevOps monitoring pipeline helps admins identify and solve crucial problems instantaneously with the help of various monitoring operations that constitute DevOps tracking or observability.

Start monitoring DevOps processes in just a few minutes!

Looking to find the best DevOps monitoring tool in the market? Look no more; choose Applications Manager to perform continuous DevOps monitoring efficiently. It's free for 30 days and is easy to install.


Summarizing DevOps monitoring:

What are DevOps monitoring responsibilities?


Why monitoring is important in DevOps?


What are the types of DevOps monitoring?


What is the need for DevOps monitoring?


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It allows us to track crucial metrics such as response times, resource utilization, error rates, and transaction performance. The real-time monitoring alerts promptly notify us of any issues or anomalies, enabling us to take immediate action.

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