Web Server Monitoring Tool

What is Web Server Monitoring?

Web server monitoring is the term used for tracking the performance, health, and metrics of the web servers to ensure the high-level operation of the servers. By keeping an eye on the web server performance metrics, network administrators will be able to identify and resolve the problems before they impact the end-users.

Web servers are the place where all the applications, services, and sites are hosted, and we can access them online whenever we need them. Cloud computing is becoming the new norm nowadays as more applications and services are moving to online spaces. That means monitoring web servers becomes even more crucial to ensure the security and approachability of the servers.

The overall health and performance of web servers is imperative for the well-being and availability of your business-critical apps. Well, the question is how do we ensure good health and performance of the web servers all the time? This is when web server monitoring comes into play. Web Server Monitoring is essential for enterprises as their IT infrastructure grows and includes numerous elements that keep running network operations.

Therefore, it is important to monitor web servers to ensure they are always up and running. Motadata AIOps helps you do just that with advanced monitoring features. With Motadata ObserveOps, you can perform

Web Server Monitoring Applications

The metrics can be collected from various web server applications such as Apache HTTP, Tomcat, Lighttpd, Microsoft IIS, Nginx, etc.

The detailed and out-of-the-box reports provided by Motadata ObserveOps help you gain insights into the trends of the servers with key web server monitoring metrics.

The web server monitoring solution also offers statistical reports with performance graphs for key performance metrics like IOPS, Thread Pool details, session statistics, etc. These reports help you visualize the performance data and analyze overall web server performance.

Monitor Web Server Performance

Monitoring web server performance ensures you get deeper into the details, analyzing metrics like requests per second, average and peak response times, session time and more. All such performance metrics help you get insights on the efficiency users receive while interacting with the application.

After monitoring such metrics, let’s say you identify slow response time, then with Motadata ObserveOps you can find out the root cause of the issue, ensuring whether the web server is performing seamlessly or not.

In addition, metrics like the session statistics, Thread Pool , Hit Ratio Percentage, and the used and free memory provide complete visibility into web server activities and performance.

In addition, regular web server performance monitoring alerts you whenever there’s a performance issue so that you can resolve the problems based on priorities and severity, saving your server from inevitable damage. Monitoring Web server also helps network admins configure dynamic baselines for the performance metrics for anomaly detection.

For example, you can set a threshold to key web server performance metrics, detect the bottlenecks as they occur, and configure automation to take actions automatically and resolve them before they disturb web server performance.

Transaction-related KPIs

You can know the overall performance of your web servers through all the transactions that take place in your web server. This will help you get a faster access to your end-users.

List of Important KPIs for Web Server.

Sr. No.	Counter	Description
1.	apache.traffic.volume.bytes	Traffic volume in bytes
2.	apache.traffic.bytes.per.sec	Traffic bytes per second
3.	apache.requests.per.sec	Requests per second
4.	lighthttpd.requests.rate	The rate of requests in Lighthttpd.
5.	lighthttpd.traffic.volume.bytes.rate	The rate of traffic volume in bytes in Lighthttpd.
6.	iis.traffic.volume.bytes	Total volume of traffic in bytes handled by IIS.
7.	iis.active.connections	Number of active connections to IIS.
8.	iis.bytes.per.sec	Rate of total bytes (sent + received) per second.
9.	Rate of total bytes (sent + received) per second.	Rate of file transfers per second by IIS.
10.	iis.app.cache.hit.ratio.percent	The percentage of cache hits for the IIS application.
11.	iis.app.active.requests	The number of active requests for the IIS application.
12.	iis.app.sessions	The number of sessions for the IIS application.
13.	iis.app.requests	The total number of requests for the IIS application.
14.	iis.app.transactions	The total number of transactions for the IIS application.
15.	Nginx Active Connections	The number of currently active connections to the Nginx server. These connections represent clients that are currently sending or receiving data.
16.	Nginx Requests Rate	The rate at which requests are being made to the Nginx server. This metric indicates the incoming request load on the server.

Dashboards and Reports

Motadata ObserveOps is designed on a Deep Learning framework with AI-ML capabilities that offers a wide range of features and out-of-the-box monitoring tools for web applications.

For example, the built-in dashboards let you monitor the availability and performance of web applications across your server and provide real-time status data.

Get Motadata ObserveOps and ensure healthy server operations across your enterprise’s IT infrastructure.