Cyber Development Group

Cyber Development Group Methodology

1.	The Cyber Development Group Methodology design is based on building a complete data center infrastructure to support a five 9's uptime environment.
	Designing complete data center solutions supporting “High Density Blade Server” installation (8 kW to 24 kW per rack), a mission critical infrastructure platform can be delivered to the client which meets both current and future power and cooling demands. The Cyber platform is based on a 2N power solution supporting the delivery of the 2N electrical platform directly supported by a “In Row” CRAC system provides the industry's leading solution for cooling high density (over 10 kW per rack) continuous data center facilities.

2.	World Class Network / WAN Access Point (“NAP”) a complete Network Operations Center (“NOC”) supporting 247365 monitoring for all MEP/FP/ Security and Network infrastructure.
	Cyber Continuity Center is deploying a state of the art Network Access Point (“NAP”) for direct ultra high bandwidth (10 Gb Ethernet scalable to 40 Gb Ethernet) connectivity to the World Wide Web (“WWW”) and key financial markets. The Cyber NAP will support multiple 10 Gb Ethernet and OC192+ fiber rings with 100% diverse carrier cross-connection and transport. The Cyber NAP has been designed) to support both metro and “long haul” Wide Area Network (“WAN”) connectivity scalable from 100 mbps to 10 / 40 Gb Optical Transport. The Cyber NAP provides a minimum 35% of IP (“Internet Protocol”) transport external to the near metro core.

3.	The Cyber Continuity Center 2N Critical Load Template provides for a completely customizable and scalable data center facilities solution.
	Micro-Data Center Fully demised and secured data center facilities from 1000 to 15,000 SF within a completely shared under raised floor infrastructure. Significant economies of scale and operations are provided with long-term flexible growth capability. “Town House” Attached data centers fully demised with no shared under floor infrastructure but with significant savings with regard to economies of design / build / scale / foot print and ongoing operations / maintenance / upgrades. Campus Development Individual stand-alone data centers designed and built within a fully planned campus development. No shared infrastructure but with significant savings with regard to economies of design / build / scale and operations / maintenance / upgrades.