Life Sciences

RAID Inc. Delivers a Storage Solution Ideal for Life Sciences to Better Perform Genome Sequencing and in Manage Big Data

In this 30 page white paper, Dr. Ercan Kamber of RAID Incorporated illustrates how labs can benefit from parallel file systems, further focusing on the differences in storage architecture between Lustre and GPFS.

RAID Inc. accelerates time to market in DNA, genome and protein research by customizing solutions that exceed performance and scalability concerns for the most demanding environments.

Today, life sciences organizations have computational requirements that involve massive amounts of data and are increasing at a geometric rate. From biotechnology firms to research institutions, activities including accelerating DNA identification and other molecular-level modeling and simulation have led to a burgeoning demand for processing, managing, storing and sharing these large datasets. This requires these scientific organizations to have high-performing and scalable storage solutions.

RAID Inc.'s scalable data management solutions have accommodated the demands of this intensive computing environment in many instances. In all cases, RAID Inc. has enabled these organizations to benefit in I/O performance, scalability and in the ability to share data by allowing a variety of storage technologies and high-speed, low-latency interconnects to obtain the desired performance.

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