Share processes and data securely on a need to know basis without the need for reconciliation it combines a permissione.

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WINDOWS VPS HOSTING PLANS

We offer our BASIC WINDOWS VPS plan as an inexpensive Windows RDP solution powered by the latest Intel hardware with extremely fast SSD drives.

Windows VPS Hosting

WIN 2GB SSD

Intel Xeon E5-2620v2
1 x 2.4GHz vCPU
2 GB RAM
20 GB SSD
1 Gbps Shared Uplink Port
500 GB Bandwidth
1 IP Address
Location: Chicago
OS: Windows Server 2012 Evaluation

$12.99

Linux KVM VPS

WIN 4GB SSD

Intel Xeon E5-2620v2
2 x 2.4GHz vCPU
4 GB RAM
30 GB SSD
1 Gbps Shared Uplink Port
1TB Bandwidth
1 IP Address
Location: Chicago
OS: Windows Server 2012 Evaluation

$17.99

Dedicated Servers

WIN 6GB SSD

Intel Xeon E5-2620v2
2 x 2.4GHz vCPU
6 GB RAM
45 GB SSD
1 Gbps Shared Uplink Port
1.5TB Bandwidth
1 IP Address
Location: Chicago
OS: Windows Server 2012 Evaluation

$25.99

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WIN 8GB SSD

Intel Xeon E5-2620v2
3 x 2.4GHz vCPU
8 GB RAM
60 GB SSD
1 Gbps Shared Uplink Port
2TB Bandwidth
1 IP Address
Location: Chicago
OS: Windows Server 2012 Evaluation

$32.99

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WIN 12GB SSD

Intel Xeon E5-2620v2
4 x 2.4GHz vCPU
12 GB RAM
80 GB SSD
1 Gbps Shared Uplink Port
3TB Bandwidth
1 IP Address
Location: Chicago
OS: Windows Server 2012 Evaluation

$52.99

Common questions and answers asked regarding our services.
  • Daily backups
  • 24/7/365 Support
  • Instant Setup

KVM - True Emulation Virtualization Technology

What are KVM Virtual Private Servers?

KVM (Kernel-based Virtual Machine) is a hardware-level virtualization technology. This means that the main OS on the server simulates hardware for the other OS running on top of it. It also acts as a hypervisor, managing and distributing the resources, disk and network IO / CPU time, on the server.

KVM does not support burst resources - these are all either shared or dedicated. This means that resources, such as RAM or diskspace, are much more difficult to overcommit without putting all of the user's data at risk. The disadvantage with KVM virtualization is that, in case the resource limits are hit, the VPS must swap, which would lead to a major performance penalty, or it's processes must be killed. Unlike OpenVZ, KVM VPS cannot 'borrow' unused resources from other VPS on the node, as it is completely isolated.

Because KVM simulates hardware, you have the possibility of executing any kernel you'd like on it ( within limits ). This means that KVM isn't limited to only Linux, which is installed on the node. KVM can also run x86 OS such as BSD and Microsoft Windows. Having the kernel completely independent means that the VPS can make changes to the kernel or load it's own modules.