DataCenter One: SoftLayer: WhiteHat servers are housed in the world class Softlayer Datacenter in Dallas, Texas. The Datacenter features redundant UPS systems, generator backup, VESPA detection systems, closed circuit monitoring of all areas and entrances, card key access, 24 hour guard manned security, redundant a/c systems, and more. The SoftLayer network consists of multiple connections to the main U.S. internet backbone utilizing five different providers which maximizes uptime, reliability, and speed.

The data centre offer us complete redundancy through multiple GigE, OC3 and DS3 lines with total bandwidth over 13000 Mbit/s. This make our data centre one of the fastest in the United States of America.

Lightening fast Servers: We use only top-of-the-line DELL Dual XEON based servers. Each server has SCSI hard drives connected in RAID configuration and at least 2GB of system memory. Our hardware is chosen specifically for its reliability and interoperability with Windows Server 2003 Enterprise, our preferred high-performance operating system.

DataCenter Two: NAC: We operate out of the world class NAC datacenter with multiple tier one backbone providers including Level3, AboveNet, UUNET, InterNAP, Genuity and over 300 peering points and transit providers spanning three countries within North America and Europe.

Intel Dual Xeon Servers
Our servers run Dual Intel Xeon processors with 2-4GB of RAM and RAID protected hard drives providing the power, versatility, and reliability required for high end servers. The combination provides outstanding performance and headroom for peak workloads, resulting in faster response times.

Raid Disk Mirroring
RAID is short for Redundant Array of Independent Disks and used to mirror data on two disk drives simultaneously to ensure data integrity. Disk mirroring protects from loss of data by instantly switching to the other disk with no interruption in service if one of the disk drives fail without requiring data restoration from a backup.

RAID also provides twice the read rate of a single disk to increase performance. When multiple requests are made for the same data, demand can be distributed between two disks therefore decreasing response time for data access.