Three foundational components of Maginatics' cloud storage platform

Three foundational components of Maginatics' cloud storage platform

Maginatics Integrates Cloud Storage Platform With EMC’s ViPR

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Distributed enterprise storage provider Maginatics launched Cloud Storage Platform (MCSP) version 3.0, targeted at enterprise and service provider customers. New features include enhancements to the Maginatics Virtual Filer, or MVF, and the introduction of two new performance features – Content Delivery Cache and Site Cache.

MVF also now integrates with an EMC ViPR object storage system. ViPR is EMC’s software-defined storage technology announced in 2013.

“With the addition of support for EMC ViPR object storage in particular, customers deploying an EMC-Maginatics solution will be able to seamlessly migrate their legacy applications to a software-defined cloud environment,”  Jay Kistler,CTO and co-founder of Maginatics, said. “The combined platform delivers the vastly enhanced agility enterprises demand.”

MCSP 3.0 provides enhanced multi-layer adaptive caching for performance optimization over greater distances. To reduce WAN traffic and speed access for LAN-connected users who share constrained WAN pipes, a new Site Cache feature allows data to be cached at a local branch office.

Augmenting Site Cache, the new Maginatics Content Delivery Cache capability gives customers the ability to directly utilize a Content Delivery Network (CDN), without sacrificing data consistency. This enables them to provide an efficient read-cache experience for users who are continents away from their data.

Maginatics says it has also improved flexibility and control while enabling the manipulation of shares and MVFs from the IT admin’s tool of choice. It introduced enhanced security and audit control capabilities with support for multi-user-name admin accounts, ensuring that all actions performed on the virtual filer are attributed to the user invoking the action.

The new version also introduces improved disaster recovery and virtual machine healing functions aimed at reducing the number of steps required by admins during DR and fail-over scenarios. This ensures business continuity at all times despite major disasters.

 

About the Author

John Rath is a veteran IT professional and regular contributor at Data Center Knowledge. He has served many roles in the data center, including support, system administration, web development and facility management.

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