SAM can also be used to optimize common application performance management processes, which can be tedious or time-consuming to perform manually, saving you time and allowing you to devote your attention to more critical tasks and concerns. In addition, SAM’s intelligent alerting system can help weed out false positives and keep you notified when web server performance metrics reach warning and critical levels, allowing you to quickly respond when resources are low. SAM also comes with more than 1,200 monitoring templates designed to help you efficiently monitor your web server assets and generate intuitive reports when the application is up and running. SAM includes robust web server performance monitoring tools designed to give you the ability to detect and resolve issues and potential problems before they affect the end-user experience. How does web server monitoring work in SAM?. Tracking data like site activity and session duration can be valuable for organizations looking to expand their sites, streamline the functionality of their applications, or incorporate additional services to meet the demands of increased traffic. Web server monitoring also provides insights regarding the popularity and changes in traffic for various websites, applications, and services. Web server monitoring tools are designed to detect errors and failures and send alerts to network administrators, so potential server downtime can be averted. Slow servers can directly impact a company’s finances, as end users are quick to leave slow web pages. Web server monitoring is important because it enables availability and scalability for your online resources, which supports business function as well.Īll end-user requests for content are handled by web servers, which makes web server monitoring an essential part of ensuring the function and efficiency of applications and services a company requires for everyday business operations. Why is web server monitoring important?.Web server monitoring should also include metrics like user load, security status, and overall performance speed. Threads, or the total count of threads the server is using to respond to requests.Cache, or how much disk space is taken up by pre-generated responses.Memory usage, or the amount of RAM the server is using, which can be used to monitor slowdowns and prevent server crashes.CPU usage, or how near to the server is to capacity, which can affect the server’s responsiveness.Uptime, or how long the server is active, which can be used to track server reboots or outages.Host metrics, on the other hand, track the health of the devices hosting the web servers, and include: Active connections, or the number of requests the server is fulfilling at a given moment, which can be used to determine the server’s overall load.Response size, or the number of bytes of data returned with each response.Response time, or how long it takes the server to respond to a request.Request rate, or the number of requests the server receives over a given period, which can be used to monitor spikes in network traffic.Connection metrics relate to the status of the connections between the server and users, including: There are two kinds of metrics web server monitoring tools track: connection metrics and host metrics. Web server monitoring tools assist in this process by collecting certain performance metrics from each server, which can then be used to determine the overall health and performance of the device. The primary goal of monitoring web server performance is to protect the server from potential failure.
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