Many organizations are seeing the need to transform their IT infrastructure through cloud computing to overcome new business challenges and the need to access data and applications from anywhere at any time. The cloud offers a flexible and scalable environment by utilizing virtualization for end users to access data and applications on demand.
Most financial services organizations (FSOs) are utilizing private clouds to become better overall businesses and to meet their biggest need – quickly and easily serving the customer.
Built from years of experience, HP’s approach to storage transformation follows a model that leverages a range of consolidation and virtualization solutions and delivery models to improve upon distributed storage limitations.
With the introduction of cloud computing, the IT industry has a new path for applying Shared Services business models to better utilize a company’s financial and operational resources.
Everyone wants to move their IT toward a more flexible, efficient future state. This has driven recent years’ data center modernization projects. Organizations are modularizing with blade servers, consolidating workloads onto virtualized environments, moving to scale-out storage, and adopting service-oriented management and delivery strategies—all part of forward-looking IT convergence and evolution.
Everyone wants to move their IT toward a more flexible, efficient future state. This has driven recent years’ datacenter modernization projects. Organizations are modularizing with blade servers, consolidating workloads onto virtualized environments, moving to scale-out storage, and adopting service-oriented management and delivery strategies—all part of forward-looking IT convergence and evolution.
In order to survive in today’s “instant gratification” world, even the largest organization needs to respond quickly to a challenging and capricious marketplace, while at the same time delivering value to its customers.
This ESG Lab review documents hands-on testing of HP 3PAR Peer Motion Software’s distributed volume management with a focus on federated workload balancing, asset management, and thin provisioning.
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