DataCore Launches Large Scale, Automated Infrastructure-as-a-Service Enhancements

SANsymphony-V 9.0 introduces new storage virtualization features, licensing options.

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DataCore Software, a storage virtualization software provider, has updated SANsymphony-V 9.0, adding features for better managing enterprisewide storage and quickly rolling out agile, scalable cloud storage infrastructures.

The new capabilities are driven by organizations planning private cloud deployments, large data centers seeking responsive, cloud-like services, and cloud service providers (CSPs) developing public, private and hybrid cloud offerings.

Storage has long been managed as static, motionless hardware. Each request for capacity requires IT specialists to manually intervene anytime new applications or users demand new storage. That means provisioning space using complicated, device-specific procedures and permanent connections.

In contrast, self-service requests for cloud storage come in unpredictable patterns. Resources across multiple, purpose-built devices with tiered levels of protection must be quickly reserved and subsequently released to make room for the next subscriber. Manual intervention, especially in large scale systems, is overwhelming and simply not an option. It is made even more difficult by the sheer number of devices and the variety of equipment necessary to satisfy the different classes of service.

“IaaS modules supported by SANsymphony-V 9.0 orchestrate the dynamic coordination between the catalog choices subscribers see and the storage devices enlisted to meet their needs,” said George Teixeira, president and CEO, DataCore Software. “It’s what makes cloud storage work unattended.”

CSPs can programmatically call the IaaS functions in SANsymphony-V 9.0 to satisfy each client’s individual storage needs. The DataCore storage hypervisor’s capabilities can be centrally managed and work across the infrastructure. Storage devices can be profiled and organized into tiers and optimized dynamically to maximize the efficient use of more expensive and higher performance assets.

The software dynamically sets up or tears down virtual disks on cue, reclaiming space when done. For complete control and visibility of the infrastructure, SANsymphony-V 9.0 offers IaaS modules that integrate with popular server hypervisors from VMware and Microsoft, as well as broad systems management products such as Microsoft Systems Center Operations Manager and VMware vCenter.

Variable size is an intrinsic property of cloud infrastructures, dictating that storage pools be segmented, readily expandable, and shrunk according to the changing needs of users. SANsymphony-V 9.0 scales up and scales out, automatically adapting to new requirements quickly and without disruption. That means key storage elements beyond disk space - including the horsepower to multiply IOPS, throughput and caches - can be harnessed quickly for added performance when demand calls for it. The SANsymphony-V 9.0 centralized management console scales accordingly, supporting operations on large groups of related objects for convenience and synchronization, yet allowing experts to troubleshoot and tune on a granular basis.

The storage hypervisor excels at pooling distributed storage assets regardless of vendor make or model, whether co-located or many miles away. The hardware-agnostic design harnesses the value of purpose-built storage devices (solid state disks, external storage systems, internal server drives and public cloud storage) while eliminating management confusion and complexity. Automatic storage tiering combined with automatic load balancing results in optimal use of disk space and the ultimate I/O performance. These features are key to fulfilling the dynamic and variable needs of users, applications and the business at a reasonable cost.

Scale, Resiliency, and Performance Expansion

In large scale scenarios, SANsymphony-V 9.0 uses N+1 redundant grids to ensure necessary performance expansion and to make cloud storage continuously available. The storage hypervisor anticipates equipment periodically being taken out-of-service for planned and unplanned reasons, redirecting suitable storage resources to take their place in accordance with service level agreements. In effect, a configuration that requires two storage virtualization nodes to handle peak workloads is configured with an active third node to which information is mirrored. The third node is able to take over transparently for any of the others. As the cloud expands, additional nodes can be seamlessly inserted to add performance and facilitate growth.

Unlike traditional data centers, clouds don’t just expand at the core, they expand at the periphery, particularly to remote locations. The satellite locations provide extra safeguards against regional disasters and bring the data closer to distant subscribers. SANsymphony-V 9.0 stretches outwards to connect these sites with 1-to-many and many-to-1 replication options. Disaster recovery procedures can be periodically tested and verified without disturbing production activities at other points in the cloud. Similarly, the software allows rapid resynchronization and resumption of a temporarily suspended site.

Licensing, Pricing and Availability

SANsymphony-V 9.0 is available in five virtualization models, spanning from very large deployments to small pilot programs and branch applications. Customers can upgrade across levels without any software “throw-away,” disruption or retraining, ensuring maximum ROI. A special licensing program has also been created for Hosters and CSPs.

SANsymphony-V 9 is generally available now. More information is available at

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