Scality announced RING9 - the ninth generation of its
leading RING scale-out file and object
storage software - a
solution that allows IT teams to build and run a modern hybrid-cloud data
storage infrastructure with higher performance and efficiency.
RING9 is built on major investments in
Scality's flagship RING solution that enables IT teams to:
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Fully leverage flash media through tiering and
dynamic data protection policies.
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Modernize monitoring stack with Prometheus tools
and APIs
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Streamline integration with API extensions to
ecosystem partners such as Veeam and VMware Cloud Director (VCD)
With these new capabilities, RING9
further enhances and simplifies scale-out file and object storage for
enterprises building private and hybrid cloud storage services with
comprehensive AWS S3 and IAM compatibility.
"Scality is a strategic object storage
provider we trust to house our customer's data. Over the last several years, we've
partnered closely with Scality to build a scalable and sovereign cloud
service," explained Laurent Cheyssial, CTO at Jaguar Network. "With the
comprehensive AWS-compatible S3 API and user security management in RING9, we
now have the flexibility to offer our customers cloud backup services for a
wide variety of workloads while keeping data secure."
"Scality continues to innovate in scale-out object
and file storage as evidenced by its new multi-tiering capability. This new
feature enables high performance with low-latency flash and increases storage
efficiency with tiering as data ages. This will improve usages such as backups
and medical imaging, as well as new latency-sensitive workloads in media by
automatically optimizing data placement," said Randy Kerns, senior strategist
and analyst at Evaluator Group.
Building on proven world-class
enterprise and service provider deployments since 2010, RING9 enhancements are
focused on:
High
performance and storage efficiency: RING9 augments its use of
the latest generations of flash media through the Storage Accelerator (SA), a
powerful multi-level tiering capability. This enables dynamic tiering and data
protection policies for ultra-fast IO to hot storage tiers via low-latency NVMe
flash - with automated
movement of data to increasingly more cost-effective tiers on lower-cost flash,
such as quad-level cell (QLC), or on traditional hard disk drives (HDD).
These enhancements expand the addressable markets and use cases for RING9, and
enable IT teams to address Tier 1, latency-sensitive workloads in media
streaming, medical imaging and big data analytics that previously required a
separate resource.
Modern
stack administration: RING9 brings monitoring into the modern
cloud-native data center, with the integration of a new stack based on
Prometheus and AlertManager, a new comprehensive UI dashboard with user
actionable alerting. In addition, the Scality Cloud Monitor now enhances remote
monitoring and observability for both customers and Scality's premium Scale
Care Services support offerings.
Ecosystem integration:
RING9 streamlines the integration of its ecosystem partner products into a
customer's architecture, with support for:
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New APIs for enhanced monitoring, reporting and
data placement in solutions from ecosystem partners such as Veeam and others
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Enhanced VMware vCloud (vCD) integration,
including production use in existing real-world service provider deployments
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More comprehensive AWS IAM-compatible bucket
policies to tighten security and access control
Paul Speciale, chief marketing officer at Scality, said: "As IT teams embrace the modern stack architecture, they need
solutions that eliminate challenges in enterprise data management and storage
in the hybrid cloud. Scality RING9 represents a major step change for
the entire storage industry. Users gain improvements in storage efficiency
through internal flash-to-disk tiering and dynamic data protection policies.
For modern cloud-based data centers, RING9 fits naturally into the monitoring
and observability ecosystem with support for Prometheus and Elastic Cloud.
RING9 expands the addressable market and use-case workloads for RING further
into the high-performance arena."