Analysts predict that the global
software-defined storage (SDS) market will grow at a CAGR of 35.2
percent over the period 2015-2019, in response to the need for more
flexible, scalable architectures to manage the current data explosion.
Compuverde today announced that it supports web-scale,
hyperconverged and hyperscale storage architectures with its software-defined and horizontally designed storage platform.
Compuverde is a comprehensive hardware-agnostic, hyper-converged and fully flash-enabled web-scale vNAS solution, offering:
- A flexible future: A platform that is fully
flash compliant, the Compuverde web-scale architecture enables the
flexibility critical to the future of storage and the rise of the
Internet of Things.
- Synchronized storage: Compuverde delivers a
hyper-converged storage solution that enables users to run the
hypervisor and VMs in the same server as storage, with synchronized
cache for fast live migration while being synchronized to storage for
redundancy and availability.
- Cost savings with commodity servers: Organizations are able to save money by using commodity servers.
- Options for growing at scale: Using the
Compuverde platform, data center architects can employ hyperconverged or
hyperscale infrastructure, or a combination of the two, depending on
their needs.
- Operating system choices: The entire
software stack with storage, cache, protocol integration and support for
Windows and Linux in a completely converged solution with unparalleled
quality.
Stefan Bernbo, CEO and founder, Compuverde, said:
"Supporting
the Internet of Things demands unprecedented flexibility from storage
architectures for companies everywhere. Web-scale, hyperconverged and
hyperscale are the next generation of enabling the flexibility needed to
scale at a massive rate. Compuverde distributes load evenly to all
storage nodes instead of just the one entry point, achieving the lack of
bottlenecks demanded by web-scale systems. This enables very large
distributed systems as well as more efficient and cost-effective smaller
systems."