Website monitoring refers to any activity that tests a website or web service for functionality, availability, and performance. A Website Monitoring service verifies that the site works as it should and allows site visitors to use it as they expect.
Website monitoring refers to any activity that monitors the performance and availability of websites or web services. The term “Website Monitoring” is usually used to refer to automated testing, and Real User Monitoring (RUM), although some sites still rely on employees performing periodic checks. Manual testing can be unpredictable and not reliable due to the many variables that affect a site’s performance, availability, and function. This article focuses primarily on Synthetic Monitoring.
What Is Website Monitoring?
Automated Website monitoring relies on a network computer located close to the site’s users. This network of computer checkpoints interacts with a website or service to verify that it works as intended. The site is monitored by the Linkascope website uptime monitoring, which designates a checkpoint. This checkpoint can go through multiple steps to verify that the service works as expected.
The Monitoring Service Is Notified Of Its Findings
If there are errors in the results or slow response times, the service might restart the check from another checkpoint to confirm a persistent error before alerting website support.
Data from actual users of the website and service may also be used for monitoring. Real user monitoring (RUM) is a system that uses script files, agents, and cookies to monitor the performance of the website as every site visitor visits it. RUM gives real user insights but RUM depends on the user interaction with the site to obtain data, making it a less viable method of tracking down uptime.
What Are The Different Types Of Website Monitoring?
Website monitoring involves checking websites for functionality, availability, and performance and notifying support staff when it doesn’t work. A monitor type will typically fall under one of these categories. However, more advanced monitors can cover all three.
Availability refers to website and service uptime. Web services, domains, and pages can all be considered available.
The basic website, HTTP monitoring – These basic monitors can check for a successful response from websites or APIs that support HTTP protocol and may also perform basic authentication. Basic availability monitors can be used to measure response time and alert for slow responses. HTTP(S) monitors don’t load the content into browsers, but the monitoring service might check the response for specific words, phrases, or regular expressions.
Server availability A monitoring service can check the availability of selected ports and servers as long as they recognize TCP/IP protocol. Monitoring services can verify availability at a rate of one per minute, preventing costly downtime or lost productivity behind firewalls.
Advanced Access – These automated monitors are specialized and can verify DNS records, check the configuration of SSL certificates, query databases as well as log in to email servers. They can also download files from FTP servers.
Performance monitoring monitors a website or service’s speed. Performance monitors measure the connection speed (frontend, backend), and browser load times. Performance monitors can use Synthetic Monitoring or RUM technology. The Full Page Check and RUM provide the most complete performance data. The Full Page Check provides detailed performance data for each element of the page. Performance monitors alert you for page errors, slow performance, and missing content.
Website Application Monitors and transaction monitors are used to testing a website’s functionality. These monitors are specialized and use script files to interact with forms, shopping carts, payment systems, and site searches. Transaction monitors work with web applications in the same manner as regular users. They verify that the task is completed according to the “happy paths”. The system will alert support staff if there is an error or performance drop. Users may be prevented from accessing a web app for many different reasons that availability and performance monitors are unable to detect.