Introducing data protection through HPE GreenLake

HPE GreenLake brings the cloud experience to apps and data everywhere, from edge to cloud. Self-service, pay-per-use, and elastic scale simplify operations and free up capital, enabling you to focus on business priorities.

Today, we are happy to introduce new cloud services for data protection through HPE GreenLake, allowing seamless recovery of data so you can put it to use on-premises, at the edge, or in public cloud. These new services are designed to meet ever-demanding SLAs across a spectrum of recovery point objectives (RPOs) and recovery time objectives (RTOs) where compliance and retention are key. From rapid recovery to long term retention, data protection through HPE GreenLake makes backing up and recovering data effortless and automated, through a simple point-and-click experience. Customers have the flexibility to modernize their data protection and meet every SLA at the right stage of the data lifecycle at the right cost.

Rapid recovery on-premises

For workloads demanding fast recovery, HPE is delivering backup as-a-service through our proven, on-premises data protection solution, HPE StoreOnce. Customers get rapid recovery with cloud consumption and elastic scaling in a pre-configured system. Through HPE GreenLake, customers deploy Cloud Services for Local Data Protection with HPE StoreOnce on-premises. The true pay-as-you-protect cloud model makes it simple to order, monitor, and scale on-demand, and you pay for consumption based on usage. HPE StoreOnce has deep integration with a rich ecosystem of ISV partners, providing customers the flexibility to deploy their preferred backup software for edge-to-core workloads. 

Extending data protection to the cloud

To modernize data protection in the cloud, we are introducing HPE Cloud Volumes Backup, a new enterprise cloud backup service, which delivers a simple, efficient, and flexible way to store backup data. This on-demand service lets customers backup seamlessly to the cloud from any HPE or non-HPE primary storage arrays.

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