If you were to analyze and dissect application monitoring, you would see that there really is no single answer to the question about what influences it. When undertaking monitoring, it is important to remember that most applications do not work in isolation. There is an interdependent maze that most applications operate within. This maze includes other applications as well as the software platform used.
Application monitoring may need to take into consideration the hardware details of the system as well. Factors such as hardware performance, capacity and speed can affect application performance. Further, if the platform on which the application runs, develops a problem, application monitoring alone may not be able to help.
Application monitoring, thus, is not just about the state of the application; it is equally about optimal performance. Optimized performance is not just about the functioning of a single application, it is about how all the different elements related to an application interact and engage to finally enable the application to perform.
Application monitoring may need to go as in-depth as the levels of coding. At times, comprehensive application monitoring may take into account the kind of coding undertaken in writing the application. Apart from coding, application performance monitoring will also take into account the loads that the application will handle. Load testing is a significant aspect of comprehensive application monitoring.
As networked environments grow in complexity, workloads are increasing at an unprecedented rate. The widespread adoption of different devices such as smart phones and other handheld communication devices is also aiding in increased virtualization. As a result, application monitoring now has greater grounds to cover.
When undertaking monitoring, it is worthwhile taking everything that touches the application into consideration.
Application monitoring may need to take into consideration the hardware details of the system as well. Factors such as hardware performance, capacity and speed can affect application performance. Further, if the platform on which the application runs, develops a problem, application monitoring alone may not be able to help.
Application monitoring, thus, is not just about the state of the application; it is equally about optimal performance. Optimized performance is not just about the functioning of a single application, it is about how all the different elements related to an application interact and engage to finally enable the application to perform.
Application monitoring may need to go as in-depth as the levels of coding. At times, comprehensive application monitoring may take into account the kind of coding undertaken in writing the application. Apart from coding, application performance monitoring will also take into account the loads that the application will handle. Load testing is a significant aspect of comprehensive application monitoring.
As networked environments grow in complexity, workloads are increasing at an unprecedented rate. The widespread adoption of different devices such as smart phones and other handheld communication devices is also aiding in increased virtualization. As a result, application monitoring now has greater grounds to cover.
When undertaking monitoring, it is worthwhile taking everything that touches the application into consideration.
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