Not enough information. There's a lot more information that's required to answer this question correctly. Let's start with which public clouds. How much data? What applications will be pointed at the flash, which ones at the HDDs, and which ones at the public clouds? What capacities of SSDs, HDDs, and S3 object are you looking at for support? What protocols are you needing on the hybrid storage system? Is the hybrid storage system located on-premises or cloud adjacent? What features are you looking for? Do you need data in the public cloud capable of being read directly and not having to be recalled to the hybrid storage system? Is the data structured, unstructured, and/or semi-structured? As you can see there's a lot of information that's needed in order to provide an effective answer. Heck, you could go with a middleware data management type solution that moves data to-from different storage systems on-premises or in the cloud. Feel free to elaborate on the need or requirements.
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Enterprises need malleable storage options for data. There are different types of business data, workloads, and applications, and a single cloud or on-prem environment often won't meet all those needs effectively. Multiple tiering options and latencies, and cold or archival storage, for data in particular, are among the varying needs of many enterprise operations. Those are just some of the reasons hybrid cloud environments are in play.
Many of the well-known all-flash providers support hybrid and multi-cloud environments through their respective management software solutions. The following is a partial list (in no particular order).
NetApp AFF supports hybrid cloud through its ONTAP data management software allowing for data movement between on-premises and cloud environments.
Pure Storage FlashArray enables hybrid cloud environments through its Cloud Block Store solution. It has integrations with AWS Migration Services, Azure Migrate, and Azure Site Recovery, allowing for data mobility between on-premises and cloud environments, including migration and replication.
Hybrid cloud support from Dell Unity is done through Dell's CloudIQ management platform. This provides real-time monitoring and analytics across on-premises and cloud environments.
HPE gets into the act with Nimble Storage and its InfoSight predictive analytics platform for hybrid cloud. It correlates what HPE calls "trillions of sensor data points" to diagnose problems and help prevent them across your infra.
IBM's Spectrum Virtualize allows for data mobility and management across on-premises and cloud environments. Spectrum Virtualize and Spectrum Virtualize for Public Cloud together can mirror data between multiple cloud-based data centers or can do so among on-prem and cloud data centers.
Flash storage is a data storage technology that delivers high-speed, programmable memory. It is called flash storage because of the speed at which it writes data and performs input/output (I/O) operations.
Not enough information. There's a lot more information that's required to answer this question correctly. Let's start with which public clouds. How much data? What applications will be pointed at the flash, which ones at the HDDs, and which ones at the public clouds? What capacities of SSDs, HDDs, and S3 object are you looking at for support? What protocols are you needing on the hybrid storage system? Is the hybrid storage system located on-premises or cloud adjacent? What features are you looking for? Do you need data in the public cloud capable of being read directly and not having to be recalled to the hybrid storage system? Is the data structured, unstructured, and/or semi-structured? As you can see there's a lot of information that's needed in order to provide an effective answer. Heck, you could go with a middleware data management type solution that moves data to-from different storage systems on-premises or in the cloud. Feel free to elaborate on the need or requirements.
Enterprises need malleable storage options for data. There are different types of business data, workloads, and applications, and a single cloud or on-prem environment often won't meet all those needs effectively. Multiple tiering options and latencies, and cold or archival storage, for data in particular, are among the varying needs of many enterprise operations. Those are just some of the reasons hybrid cloud environments are in play.
Many of the well-known all-flash providers support hybrid and multi-cloud environments through their respective management software solutions. The following is a partial list (in no particular order).
NetApp AFF supports hybrid cloud through its ONTAP data management software allowing for data movement between on-premises and cloud environments.
Pure Storage FlashArray enables hybrid cloud environments through its Cloud Block Store solution. It has integrations with AWS Migration Services, Azure Migrate, and Azure Site Recovery, allowing for data mobility between on-premises and cloud environments, including migration and replication.
Hybrid cloud support from Dell Unity is done through Dell's CloudIQ management platform. This provides real-time monitoring and analytics across on-premises and cloud environments.
HPE gets into the act with Nimble Storage and its InfoSight predictive analytics platform for hybrid cloud. It correlates what HPE calls "trillions of sensor data points" to diagnose problems and help prevent them across your infra.
IBM's Spectrum Virtualize allows for data mobility and management across on-premises and cloud environments. Spectrum Virtualize and Spectrum Virtualize for Public Cloud together can mirror data between multiple cloud-based data centers or can do so among on-prem and cloud data centers.