Abstract: Systems and methods for providing business continuity services after a disaster or other loss of data are provided. The system and methods include accessing, replicating, and storing customer data. In the event of a disaster or other loss of data, the stored data is used to create fully recovered systems. The systems and methods provide for a remote data center that offers protection against physical disasters. The systems and methods include providing a virtual recovered operating system environment identical to the source operating system environment in less than 8 hours after notification of a disaster.
Abstract: Systems and methods for providing business continuity services after a disaster or other loss of data are provided. The system and methods include accessing, replicating, and storing customer data. In the event of a disaster or other loss of data, the stored data is used to create fully recovered systems. The systems and methods provide for a remote data center that offers protection against physical disasters. The systems and methods include providing a virtual recovered operating system environment identical to the source operating system environment in less than 8 hours after notification of a disaster.
Type:
Grant
Filed:
September 16, 2010
Date of Patent:
April 2, 2013
Assignee:
Strategic Technologies, Inc.
Inventors:
George B. Wall, Jerry M. Overton, Geoffrey L. Sinn, Paul S. Penny, Steven R. Bulmer
Abstract: An apparatus for supporting and accurately positioning a massive article, such as a commercial aircraft landing gear, under a second separately supported second article, such as a commercial aircraft, to facilitate attachment of the articles is disclosed. The apparatus includes a main frame having a rectangular floor assembly defined by an array of spaced apart, uniformly distributed ball transfer elements and a border formed by raised end rails and side rails. A rectangular interior frame having a length and width less than that of the floor assembly and having a flat floor plate with raised end rails and side rails thereon is movably supported on the ball transfer elements. A first pair of aligned, oppositely coacting fluid cylinders, each being connected between a different interior frame end rail and a corresponding main frame end rail, operates for selective longitudinal movement of the interior frame between main frame end rails.