SDS allows storage hardware to be easily replaced, upgraded, and expanded without uprooting familiar operational procedures or discarding valuable software investments.
If you contrast modern SDS principles with hardware-bound designs that inextricably tie storage operations to a specific device or manufacturer, you’ll find that each make and model performs similar functions but implements them differently so as to render them mutually incompatible.
Such incompatibilities turn minor hardware refreshes into major operational overhauls delayed by painful data migrations, resulting in costly storage silos.
In their most versatile form, SDS solutions hide proprietary hardware idiosyncrasies through a layer of virtualization software.Unlike hypervisors that make a single server appear to be many virtual machines, SDS combines diverse storage devices into centrally managed pools.
The scope of an SDS product may be confined to a small selection of hardware and a short list of functions, especially when offered by a hardware manufacturer consciously limiting where it can be used.
More flexible alternatives from independent software vendors, such as DataCore, support a variety of hardware choices and a rich set of data services.
Isolated Storage Capacity Across Unlike Storage Systems
Without Software-Defined Storage
- Monolithic and siloed storage architecture
- Rigid, hardware-bound storage infrastructure
- Can run into vendor lock-in
- Storage refresh and data migration are tedious
- Premium devices are stressed with overload
- Add more hardware when low on capacity
With Software-Defined Storage
- Centrally pooled and fluid storage architecture
- Flexible and hardware-independent storage infrastructure (hardware is decoupled from storage software)
- Ultimate freedom to choose any storage vendor/model/type
- Non-disruptive storage refresh and data migration
- Balance capacity and load uniformly across diverse and unlike storage systems
- Optimize unused capacity intelligently and defer new hardware expenditure
- Exponential data growth
That’s exactly where storage virtualization through software-defined storage comes in. SDS is a mature, proven technology, benefitting IT organizations and services providers across verticals and use cases.
Regardless of what storage hardware you own, the software is the brain and layer of intelligence that determines which functions, features, services, and benefits you will be able to offer to your hosts, applications, and end users.
If you find yourself losing sleep at night due to existing SAN/NAS challenges, then it is time to evaluate software-defined storage solutions. Your organization cannot afford to continue depending on traditional storage and keep throwing hardware at the problem every time you run out of capacity. It is time to modernize your storage architecture and optimize your investments.
To the degree that your SDS product can remove device-specific dependencies and be re-configured for different deployment/topology models, the more readily you can adapt to new hardware innovations from competing suppliers.
Consider as well the level of automation and policy-driven intelligence offered. This is particularly important when balancing loads and distributing hot, warm, and cold data across various tiers of storage systems, on-premises and in the cloud.
Central Storage Pooling
Imagine mixing arrays from your Pure, NetApp, Dell/EMC, IBM, or any SAN or NAS inside your data center and consolidating them into a single virtual pool.
What if you could stripe your application data across all of them regardless of how fast or slow the devices may be? Well, you can with SDS.
Automatic Data Placement
SDS solutions also offer the capability to automatically move data based on how hot, warm or cold the data is and place them on the most appropriate storage devices such as premium storage for hot data, secondary storage for warm data, object storage for cold/archival data, etc.
Scale, Migrate, Refresh with Ease
Add, change, remove storage with ease using SDS. You are not bound by any choice of storage or budget constraint.
If you ever need to replace any of the expensive traditional storage gear, you will have the freedom to find more cost-effective alternatives.
Our customers point to improved:
DataCore customers experience enhanced services and service levels when software innovations extend the capabilities of existing devices without having to replace them. The software layer is the secret sauce that makes all the magic happen. Our software-defined storage platform truly provides an unfair advantage over traditional NAS (network-attached storage) and SAN (storage-area network) devices. When software is decoupled from hardware, customers win. It’s that simple.
SDS for File and Object Storage
- Offload inactive data from file to object storage (on-premises or cloud) and lower storage costs
- Make data search operations faster and efficient with global namespace
- Pool NAS devices and file servers and unify management across sites
DataCore SDS Takes You Further and Beyond
The promise of SDS technology doesn’t stop with just virtualizing storage. In addition to the above-mentioned benefits, DataCore SDS solutions offer broad support for data services including mirroring, snapshots, replication, deduplication, data protection, integration, and orchestration delivering a combination of patented performance enhancement technologies to enable fast and seamless data operations. Virtualize your block, file and object storage environments and centralize control from a single control plane.
DataCore SDS solutions are extensible and agile, enabling data access via known and/or published interfaces (APIs or standard file, block, or object interfaces) that can extend the capabilities of SDS to integrate with existing and new technologies.
Ultimately, data matters the most to the application, end-user, and business. While virtualized and optimized data storage helps increase storage efficiency, out-of-the-box data services offered by DataCore SDS solutions take you further in your pursuit to maximize the value of your current and future IT investments.