Access your Pro+ Content below.
Maximize cloud storage benefits with cloud-native data
This article is part of the Storage issue of October 2018, Vol. 17, No. 7
Every data center's storage architecture should include cloud storage. How that architecture integrates or uses it will vary from organization to organization. Strategies to maximize cloud storage benefits shouldn't focus on just one aspect or capability, but instead should consider the whole picture and what cloud storage would actually mean to the enterprise. Typical initial cloud projects, such as backup, migration, archive and disaster recovery (DR), tend to limit long-term cloud storage benefits and use of cloud resources. For example, a cloud backup application that stores data in the cloud using a proprietary format means an enterprise can't subsequently use that data with another cloud-based application. Migration approaches, on the other hand, typically transfer and transform data, making it cloud-native and useable by cloud applications in general. Most migration services perform one-way only, however. They don't enable the seamless movement of data back and forth between cloud and on premises and across clouds. The ...
Access this PRO+ Content for Free!
Features in this issue
Perpetual hunger for better and faster application performance often requires reducing latency by either moving the data to the compute or the compute to the data, but which one?
Data, software and hardware migration projects should, but don't always, fully exploit the features and settings of the new environment and minimize application downtime.
Cost and scaling limits mean planar NAND flash as we know it will slowly cede its pre-eminent place in the memory hierarchy to emerging technologies such as 3D XPoint.
News in this issue
Forget everything you've heard about private cloud storage and start over with a true set of building blocks designed to let you create a public cloud-like infrastructure.
Columns in this issue
StorOne's TRU Storage technology raises the bar for software-defined storage by gathering together universal pools of storage across disparate hardware that any workload can use.
A cloud storage strategy must acknowledge that storage is but one part of cloud use and involves storage and compute, as well as data that's accessible to all cloud resources.