Advancing Life Science Research with Multi-tiered Flash and Object Storage - Seguridad Mania.com - España y América Latina

From sequencer to archive, the genomics data lifecycle can be characterized by brief periods of intense parallel computation, followed by an eternity of relative data at rest. Ever since the mapping of the first human genome, single-tier scale-out NAS and parallel file systems have been the predominant types of storage used in genomics because they were best at providing both high performance when needed — and capacity forever. But they are expensive because that single-tier provides both high performance and capacity all the time, even though high performance is only briefly needed during the genomics data lifecycle. This webcast will demonstrate how HGST innovations in flash and object storage can target and optimize the two genomics lifecycle regimes, delivering extreme performance for computation with flash on the IBM Spectrum Scale parallel file system — and cost effectively keeping genomics data protected and accessible over increasingly longer retention periods with HGST ActiveScale object storage, with the ability to transparently migrate data between flash and object tiers.