RAM–caching as a substitute for data base requests

If you’ve got a busy database–driven site or app, it could have problems running quick for the customers because of the different requests sent to the data base. To let you solve the page running difficulty, we have incorporated the Memcached tool inside the Web Control Panel.

Memcached is a powerful memory–based object store, which caches information and objects in the server’s memory in order to avoid the data base from getting queried each time a visitor opens up a particular web page. Using this method, your web site pages are going to load a lot faster for website visitors and definately will boost the possibility for them to return.

RAM–storing as a substitute for HTTP calls

Should you have content–heavy active web sites with many different photos as well as video clips, you will most certainly have to be sure that your pages run really fast for the visitors. A very good tool you could use is the Varnish HTTP accelerator that will help you quicken your websites without requiring that you have any special computing skills.

Varnish caches all queries towards the server in the server RAM and provides the pages speedily to the customer by making unnecessary new requests to the web server. That way, the pages on your website will be loaded 300 – 1000x times faster to your visitors. Additionally, you can pick if the inbound calls will be managed by Varnish, or by the web server, and so forth.

An effective way to create flexible apps

If you want to establish an application, you ought to have all the tools you may need readily available at once, without needing to browse, arrange and have them set up. Sheephostingbay’s Web Control Panel will save you both cash and time, by supplying you with the tools you will need right at your fingertips.

The Node.js application will allow developers, regardless of whether they’re experts or otherwise, to develop flexible network programs and websites. It’s based on the Google V8 JavaScript engine along with the libUV. Node.js utilizes an event–driven, non–blocking I/O model that makes it compact and also reliable, suitable for data–intensive real–time apps running over distributed devices.