Your customer is a New York based law firm, operating a single office, with 300 attorneys. It offers
a complete business law service across the full range of legal specialization to both US-based and
international clients, with cases often spanning many jurisdictions.
The law firm has implemented HP servers and storage solution at its primary and disaster
recovery sites for several years. With the increased volume of cases handled by the firm, data
volumes are reaching their maximum capacity.
The primary site consists of HP BladeSystem with ProLiant server blades an dHP Storage 4000
EVA, approximately 5 TB of tier one data and 11 TB of tier two data. The secondary site has
similar servers, but direct-attached storage. The network infrastructure consists of HP and thirdparty switches and routers.
The existing server environment lacks the performance and scalability to support existing and new
applications. Furthermore, the primary site doesn’t have the space to accommodate additional
load. The future decision requires automating the complete operational lifecycle of the entire
infrastructure.
Refer to the scenario.
The law firm is focused on cloud computing, and they have multiple sites. You have a
conversation with the firm’s IT Director about a DR Plan for three RedHat Apache Web server
farms in the NewYork City data center. What should you CloudSystem proposal focus on to
ensure disaster recovery for these critical web-based applications in the primary and secondary
site?
A.
HP CloudSystem Matrix Starter Kit with HP P6500 EVA and Continuous Access
B.
HP CloudSystem Matrix Starter Kit with HP P4000 G2 with RAID 5, remote replication, and
Snapshot software.
C.
HP CloudSystem Matrix conversion service, HP P4000 G2 Storage and remote replication
D.
HP CloudSystem Matrix Expansion Kit with HP EVA 4400 and Continuous Access