Why Monitoring Your Application So Important?

Why Monitoring Your Application So Important

Understanding why monitoring your application so important can be the key to ensuring optimal performance, user satisfaction, and the early detection of issues before they escalate.

Have you ever played a video game or used an app on your phone or tablet and it just stopped working? That’s so frustrating, right? Applications can run into all sorts of problems if they aren’t properly monitored. In this post, we’ll explore why Monitoring Your Applications is So Important for keeping them running smoothly.

What is Application Monitoring?

Why Monitoring Your Application So Important
Why Monitoring Your Application So Important

Application monitoring is the process of watching over the applications on computers, websites, smartphones, and other devices to make sure they are working properly. Special software tools are used to constantly check on the applications and look for any issues or mistakes happening.

Reasons Why Monitoring Your Application So Important

Prevents Application Failures

The main reason monitoring is so important is to prevent applications from failing or crashing. If an issue is detected early by the monitoring tools, it can be fixed before it causes the whole application to stop working properly. This keeps users happy by making sure the apps don’t freeze up or quit unexpectedly.

Ensures Good Performance

In addition to preventing total failures, application monitoring helps ensure the applications run at peak performance. The monitoring looks at how quickly the apps load, how responsive they are, and how much capacity they have. If performance starts to degrade, the issues can be addressed right away.

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Troubleshoots Problems Faster

Troubleshoots Problems Faster
Troubleshoots Problems Faster

When there is an application problem, monitoring data is crucial for figuring out what went wrong. It provides details on the error, which parts of the application were impacted, and any events that led up to the issue. This makes it much easier to troubleshoot the root cause and get it resolved quickly.

Saves Money and Resources

Applications that run into frequent crashes, freezes or slow performance can hurt a business’s bottom line. Customers get frustrated and may stop using the product or service. But with monitoring, those issues get addressed promptly which protects the company’s reputation and revenue stream.

What Gets Monitored In Applications

So what exactly do those monitoring tools watch over? Pretty much every component that makes up a modern application!

Application Code

At the core, the monitoring checks the code that makes the application run – things like scripts, programs, algorithms, and datasets. Issues in the code itself can cause errors, memory leaks, excessive resource usage, and more.

Web Services/APIs

Most applications today connect to web services, APIs, and cloud platforms. The communication links and data flowing between the application and those external services need to be monitored.

Computing Resources

Applications rely on utilizing resources like CPU, memory, disk space, networks, and servers to function properly. If there aren’t enough of those resources available, applications can dramatically slow down or fail.

User Activity

User Activity
User Activity

In web and mobile apps, the monitoring also tracks real user interactions like clicks, transactions, and traffic volumes. This data provides insights into actual user experiences.

Security Threats

Cybersecurity is another crucial area where monitoring comes into play. It watches for any suspicious activities, unauthorized access attempts, data policy violations, and more that could threaten the application.

Types of Application Monitoring Tools

There are a variety of specialized tools that work together to fully monitor all aspects of an application:

Application Performance Monitoring (APM)

APM directly monitors the code, processes, and performance metrics of an application itself. They detect issues like crashes, errors, bottlenecks, etc.

Infrastructure Monitoring

These tools keep tabs on the IT infrastructure components that support applications – like servers, networks, databases, etc. Any resource constraints get flagged.

Real User Monitoring (RUM)

RUM tools recreate and monitor the actual user experiences and journeys when accessing applications. They look at aspects like load times, responsiveness, usability, and more.

Synthetic Monitoring

While RUM uses real traffic, synthetic monitoring uses automated scripts and bots to frequently test applications from the outside in a controlled way.

Security Monitoring

These specialized security tools analyze activities for potential threats like hacking attempts, data leaks, unauthorized actions, and policy violations.

Log File Monitoring

Most components of an application generate log files with records of operations and errors. Log monitoring collects and scans all these files for helpful diagnostic info.

How Application Monitoring Works

While application monitoring may seem complicated, most modern tools make it pretty simple by automating the whole process:

  1. Discovery – The first step is for the monitoring tools to automatically discover and map out all the different components, resources, and services that make up the application environment.
  2. Monitoring Deployment – Next, monitoring agents or taps get deployed to each component to collect data streams, logs, and other telemetry details.
  3. Data Collection – As the application runs, the deployed agents continuously gather all the performance data, user activity logs, security events, and more.
  4. Data Analysis – The collected data gets transmitted back to a centralized monitoring system. Analytical engines analyze the data flows looking for any anomalies, issues, or deviations from normal operations.
  5. Alerting – If any problems are detected, the monitoring system automatically triggers alerts to notify the IT teams. This allows them to quickly troubleshoot and remediate issues.
  6. Reporting – Monitoring data also gets compiled into reports and dashboards giving teams visibility into the application’s health and performance over time.

So in summary, application monitoring continuously watches over all components, collects enormous amounts of data, analyzes it for issues, alerts on problems, and provides rich insights – all in an automated, low-effort manner.

The Benefits of Application Monitoring

Taking a proactive application monitoring approach provides some huge benefits:

Improved Uptime and Availability

By quickly detecting and resolving issues, monitoring maximizes the uptime and availability of applications – keeping users happy.

Better User Experiences

Monitoring ensures optimal performance for end users by eliminating problems like slowdowns, freezes, errors, and more that diminish experiences.

Enhanced Security Posture

Security monitoring actively looks for threats and policy violations to better protect applications and data.

Increased Efficiency

Issues get resolved much faster with monitoring compared to reactive methods, maximizing team efficiency.

Optimized Resource Usage

Through visibility into capacity and usage, monitoring helps optimize resource allocation and spending.

Proactive Planning

Historical monitoring data assists with proactive planning for scaling, migrations, and maintaining application health.

The 6 Best Application Monitoring Platforms

Navigating the vast array of application monitoring tools can be daunting. Our curated list focuses on services that excel in leveraging the latest technologies and offer predictive alerts to avoid potential setbacks effectively.

1. AppOptics: Comprehensive Cloud-Based Monitoring

Key Offerings:

  • Integrated Monitoring: Offers Infrastructure and Application Monitoring for a holistic view of app performance.
  • Advanced Features: Includes hybrid system support, distributed tracing, and code profiling.
  • Technological Versatility: Excellently handles a mix of languages and platforms, providing deep insights into complex, multi-language applications.

Why AppOptics? It’s the go-to for its seamless ability to monitor, alert, and drill down into the specifics of application performance issues, backed by a robust SaaS platform.

Try It Out: A 30-day free trial is available at AppOptic’s Official Site.

2. ManageEngine Applications Manager: In-Depth Application Insights

Key Offerings:

  • Comprehensive Tracing: Distributed tracing and application dependency mapping for pinpoint accuracy in issue detection.
  • Developer and Operator Tools: Facilitates module verification and real-time application performance monitoring.

Why ManageEngine? It stands out for its detailed tracking and analysis capabilities, essential for both development and operational excellence.

Explore More: Test its capabilities with a 30-day free trial.

3. Site24x7: Cloud-Based Full-Stack Monitoring

Key Offerings:

  • Extensive Monitoring Capabilities: From application discovery to full-stack observability, including third-party component tracking.
  • Predictive Alerts: Enables proactive issue resolution with advanced dependency mapping.

Why Site24x7? Its cloud-native approach offers versatile monitoring for web applications and infrastructure, ensuring performance and reliability.

Get Started: A 30-day free trial is available at Site24x7.

4. Datadog APM: Evolving Cloud Monitoring

Key Offerings:

  • Flexible Monitoring: Offers a blend of application and infrastructure monitoring with a focus on distributed tracing and performance tracking.
  • Deployment Tracking: Ideal for dynamic application environments requiring constant adaptation.

Why Datadog? For its constantly evolving platform that adapts to the latest tech trends and monitoring needs.

Try Datadog: Start with a 14-day free trial to explore its comprehensive features.

5. Dynatrace: AI-Powered Monitoring Solutions

Key Offerings:

  • AI and Automation: Leverages AI for predictive alerts and root cause analysis.
  • Full-stack Observability: From infrastructure to application monitoring, ensuring a seamless operational experience.

Why Dynatrace? Its AI-driven insights and full-stack monitoring capabilities make it a powerhouse for preemptive problem-solving.

Experience Dynatrace: Visit Dynatrace for more information.

6. New Relic: All-in-One Observability

Key Offerings:

  • Full-Stack Observability: Comprehensive monitoring from application performance to network insights.
  • Predictive AI Alerts: Advanced alerting mechanisms for immediate issue identification and resolution.

Why New Relic? Offers an expansive set of tools for detailed monitoring and analysis, backed by AI-driven insights.

Discover New Relic: Check out their free user account for an initial assessment.

Application Monitoring Is Essential

As you can see, comprehensive application monitoring is critical for any organization running important applications. Monitoring provides the visibility, diagnostics, and intelligence needed to consistently deliver reliable, high-performance, and secure application experiences.

Without it, applications are sure to suffer frequent issues and unhappy customers. Implementing robust monitoring may require an investment, but it quickly pays off through enhanced productivity, efficient operations, and projected revenue streams.

So next time you’re playing a game or using an app and it works great without any hiccups or slowdowns, you can thank application monitoring! It’s one of the unsung heroes allowing our digital world to function smoothly.