Business

We have managed to update the data bandwidth up to as much as 10 Gbit/s in order to ensure enhanced Internet connectivity and much quicker web site loading speeds, to provide additional web hosting servers that will simplify server maintenance tasks and reduce performance disturbances and network downtimes, and to move all user accounts to solid–state disks, which boast considerably faster data execution speeds and a far better durability in comparison with the standard disk drives.

Our shared website hosting platform is entirely scalable, which implies that you can benefit from the available web hosting resources even if the server is under maintenance or stress. Because all vital services are handled by a couple of servers instead of just one, you will also enjoy much faster site loading speeds and a guaranteed stability of performance. What’s even more, you can further improve your hosting pack with more hard disk drive space, monthly traffic, MySQL database space, CPU utilization, etc. quotas, or migrate to a more powerful hosting plan at any time.

Our shared website hosting services allow for faster site loading speeds as well as a much better scalability. The server load is distributed across a couple of physical servers instead of one, so you’ll not be affected by server load problems or any routine maintenance procedures. Every single cloud hosting package comes with a point & click Web Site Control Panel available in over 10 languages and with a Web Application Installer tool, using which you can build personal journals, community portals, online photo galleries, etc.. If you’re not content with the actual service quality, simply make use of our thirty–day money–back guarantee.

We’ve designed our very own highly customizable shared website hosting system using the most recent avant–garde technology. Having every service (DNSs, email messages, databases, web applications, etc.) dealt with by a different server, your site content will operate in the cloud and will be fully protected against unexpected network downtimes and performance disruptions.