Enterprise

We have created our very own cloud web hosting platform where stability of performance is a top concern. Since the load is evenly distributed between a few physical servers, your sites will continue to load amazingly fast even if the web hosting server is overloaded. This also suggests that the web hosting platform is much less prone to hack and distributed denial–of–service attacks.

Defend all your web applications (Wordpress, Joomla^™, PrestaShop, etc.) against hack attacks using ModSecurity. ModSecurity is a firewall program built to guard web applications against hacker assaults. We’ve set up the firewall in such a way as to stop all typical site assaults instantly. By default, ModSecurity is enabled for all domains, but you can disable it for any website that you want.

All our cloud web hosting machines sport solid–state drives rather than traditional hard drives. Solid–state drives boast much faster read and write speeds, which implies that your web sites will open considerably faster. Absolutely no further site modifications are required.

By result of the outstanding connectivity options provided by all our cloud web hosting Data Center Facilities, your website will begin to open much faster the minute you turn to our hosting services.

At Silverwell e-Solutions, we give a ninety–nine point nine percent network uptime guarantee. This implies that, come hell or high water, your site will be accessible online and people will be able to visit it. All this is possible because of the custom cloud web hosting system that we have developed. It’s based on a heavily tweaked version of SELinux (Security–Enhanced Linux) so as to ensure optimum server uptime for all cloud web hosting clients.

Generally, a database can only be accessed by web sites that are hosted in exactly the same account as the database. But using our Remote MySQL solution, you are able to enable database access to another hostname. This can be quite useful in case you have several electronic stores and wish to share a customer database among each one of them.