The CPU load depends on the time period a hosting server spends executing a script any time a visitor opens a page on a specific script-driven site. Static HTML Internet sites use barely any CPU time, but this is not the situation with the much more sophisticated and functional scripts, that use a database and display dynamic content. The more individuals open this kind of an Internet site, the more load will be generated on the web server and if the database is very large, the MySQL server shall be loaded as well. An example of what could cause high load is a web-based store with tens of thousands of products. If it is popular, a lot of people shall be browsing it concurrently and if they search for items, the whole database containing all of the products shall also be continuously accessed by the script, which will result in high load. In this light, having CPU and MySQL load stats will provide you with an idea of how the website is doing, if it needs to be optimized or if you simply just need a more potent hosting solution - if the website is very popular and the established setup cannot handle the load.

MySQL & Load Stats in Cloud Web Hosting

If you host your sites in a cloud web hosting account with us, you'll have access to in depth CPU and MySQL statistics that will enable you to keep tabs on their performance. You could see the statistics with a few clicks within your Hepsia CP. The CPU Load section can tell you the total time the web server spent on your scripts and how much memory was needed, as well as the time it took for the scripts to be executed. The daily view is the default one, but you may also see the stats from the previous months. The MySQL Load section give you more details about the number of queries to every single database that you have set up in the account. Once again, you are able to see per month, daily and per hour statistics, which will give you data that is different from the traffic or the number of visitors that you get. That way, you can determine if the websites need some optimization.