Web Application Monitoring Services

Protecting Web Application Infrastructure Through Monitoring Services

Layered defence

When you look at modern applications, and compare them to applications of the past, there are several glaring differences. While the structure and capabilities of modern applications are far greater than its predecessors, all current changes are based upon one dynamic different – infrastructure complexity. Due to the wide array of applications and its modern uses, the infrastructure that supports these elements are far greater in terms of tiers and components than in years past.

Although the advanced-nature of Web application infrastructures are essential to complete the various tasks these elements are taxed with doing, this advanced-nature also requires powerful daily monitoring to ensure the various components are operating at the highest-degree of efficiency and performance. If you’re looking for a means of safeguarding your applications through powerful monitoring techniques, then you must adopt a monitoring solution built to withstand the demands of your modern applications.

Web Hooks – The Most Powerful Means to Application Infrastructure Monitoring

While the basis of many Web application monitoring solutions is monitoring specific metrics and the performance of the application as a whole – and notifying administrators should the operation metrics dip below or above established thresholds – the only way to effectively monitor your complex Web applications is by integrating Web Hook application monitoring.

In the most fundamental sense, a web book is simply an event-based API. For example, a specific event occurs at some point within your infrastructure. Immediately upon its execution a series of sub-events are triggered to address the issue. In the realm of infrastructure monitoring, Web Hooks are essential to become notified of a critical error and then to determine what happens should this error arise. For example, when you use a Web Hook and an operation threshold is reached, an alert is sent out to the system administrator and IT department. This notification triggers a help ticket, which automatically generates a report so the administrator (or assigned party) is capable of tending to the error within a moments notice.

The primary role of a Web Hook in terms of Web application infrastructure monitoring is to decrease the duration between an error and its correction. Because modern application infrastructure’s are so complex, these elements are essential to swiftly identify an error or issue and implement a correction. Without such a feature, a deep-level error could go uncorrected for hours, which may mean serious end-user errors and issues. Therefore, when you’re seeking out a powerful Web application monitoring solution, it’s essential to select one capable of implementing Web Hooks at various points within your application infrastructure, so the physical and virtual components of your application are continuously monitored for stability and performance. There are a variety of solutions that can accomplish this, such as the web application monitoring from EveryStep (which is free), as well as a number of paid solutions. You just need to take some time and decide what’s right for you.

Best Practices for Modern Application Monitoring – An Exploration


Regardless of your website or business, the use of Web applications for critical communication or business transactions is ever-growing. Because of the importance and influence applications have on digital reputations, and even business revenue, it’s essential that these applications are continuously monitored for performance, stability and availability. In order to establish a stable and high-performing environment, it’s imperative that you adhere to several application monitoring best practices.

Number of Applications

Perhaps one of the most damaging mistakes system administrator’s make is utilizing an application monitoring solution incapable of effectively monitoring their entire application library. With more than one-third of online businesses supporting over 10 internal applications, it’s imperative that your enterprise utilize an application monitoring solution capable of supporting this large number of applications. On the other hand, if you’re only hosting a handful of applications, then you may not need the scope of monitoring offered by select solutions.

Application Hosting Location

For years, Web applications were hosted locally on private or shared servers. However, as the complexity of applications grew, the need for equally complex/dynamic hosting also grows. Because of this, many application developers chose to host their applications on the cloud. Therefore, traditional monitoring solutions designed to monitor locally hosted applications may not be a viable option. While the latest research suggests 58 percent of applications are hosted on local servers, a staggering 56 percent of applications are hosted on private cloud systems. However, there is a unique trend among cloud-based applications. Out of the all applications hosted on non-local servers, 46 percent of applications have moved from private cloud services to the public cloud, which introduces a whole new set of unique monitoring requirements.

Integrated Monitoring Solutions

The use of integrated monitoring solutions is among the most effective ways to effectively monitor and manage your Web applications. In fact, 80 percent of application developers who utilize integrated solutions are able to correct errors before it has time to affect the end-user experience. When you compare this to only 48 percent of standalone monitoring solutions, it’s clear that integrated monitoring solutions offer faster error recognition as it learns and grows within your infrastructure, not alongside it.

Moreover, when you compare the actual time it takes from an error report to be sent to a correction being implemented, the difference between integrated and standalone monitoring solution is staggering. In fact, 52 percent of error reports sent via an integrated solution were corrected within one hour, while only 32 percent of standalone solutions were able to correct errors within the same time window.