Databases are evolving faster than ever, becoming more fluid to keep pace with an online world that's becoming virtualized at every level.
In many ways, the database as we know it is disappearing into a virtualization fabric of its own. In this emerging paradigm, data will not physically reside anywhere in particular. Instead, it will be transparently persisted, in a growing range of physical and logical formats, to an abstract, seamless grid of interconnected memory and disk resources; and delivered with subsecond delay to consuming applications.
Real-time is the most exciting new frontier in business intelligence, and virtualization will facilitate low-latency analytics more powerfully than traditional approaches. Database virtualization will enable real-time business intelligence through a policy-driven, latency-agile, distributed-caching memory grid that permeates an infrastructure at all levels.
As this new approach takes hold, it will provide a convergence architecture for diverse approaches to real-time business intelligence, such as trickle-feed extract transform load (ETL), changed-data capture (CDC), event-stream processing and data federation. Traditionally deployed as stovepipe infrastructures, these approaches will become alternative integration patterns in a virtualized information fabric for real-time business intelligence.
The convergence of real-time business-intelligence approaches onto a unified, in-memory, distributed-caching infrastructure may take more than a decade to come to fruition because of the immaturity of the technology; lack of multivendor standards; and spotty, fragmented implementation of its enabling technologies among today's business-intelligence and data-warehouse vendors. However, all signs point to its inevitability.
Case in point: Microsoft, though not necessarily the most visionary vendor of real-time solutions, has recently ramped up its support for real-time business intelligence in its SQL Server product platform. Even more important, it has begun to discuss plans to make in-memory distributed caching, often known as "information fabric," the centerpiece middleware approach of its evolving business-intelligence and data-warehouse strategy.
Read up on the latest ideas and technologies from companies that sell hardware, software and services. Zones provide focussed content from Computerworld and leading technology partners.
Unisys Real Time Infrastructure solutions embody Unisys “less is more” approach to IT infrastructure, freeing IT organisations to deploy a simplified, more easily managed IT infrastructure that allows them to spend less time on routine management activities and more time on strategic initiatives that advance the business.
Virtualisation Knowledge Centre supported by Unisys and Intel
Video
Click on the link below to see Real Time Infrastructure defined and an explanation of its key benefits. You can also hear how Unisys has embraced RTI in its own IT infrastructure.
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Podcast
Click on the link below to hear Unisys RTI expert Al Bender discuss virtualisation trends and issues.
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Whitepapers
The Virtualisation Landscape to 2010
This white paper provides insights on the further evolution of virtualisation now and through to 2010, what it will do to IT infrastructure, its role within business for those who embrace it and the detrimental impact on those who don’t.
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Good for Business - Virtualisation in Perspective
Data centres are a critical component of modern business strategies, and their importance is continually growing. But so is the cost of running and supporting them. This paper looks at the urgent challenges facing organisations and their data centres, and explores some of the ways in which technology can help to address them.
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Unisys Infrastructure Management Suite
The Unisys Infrastructure Management Suite helps your organisation overcome the challenges of creating an optimised IT infrastructure with cutting-edge technology and services. As such, it is an integral component of the Unisys Real-Time Infrastructure – a long-term vision of what business and IT can achieve together.
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Comparing Multi-Core Server Virtualisation
Intel IT tested servers based on select Intel multi-core processors to analyse the potential role of each in data center server virtualisation strategies. Each server provided significant potential benefits in performance, power consumption per workload, and operating costs over older servers running non-virtualised workloads.
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Comparing Two & Four Socket Platforms for Server Virtualisation
Intel IT tested servers based on select Intel multi-core processors to analyse the potential role of each in data center server virtualisation strategies. Each server provided significant potential benefits in performance, power consumption per workload, and operating costs over older servers running non-virtualised workloads.
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Implementing Virtualisation in a Global Business-Computing Environment
Intel IT planned, engineered, and has begun deploying a virtualised business-computing production environment at several data centers, a rollout that will continue through 2008. The initiative has already confirmed anticipated virtualisation benefits such as faster, more automated deployment. Intel are initially consolidating older servers running applications that are not mission-critical; with opportunities to achieve 16:1 consolidation ratios using two-socket virtualisation hosts based on Quad-Core Intel® Xeon® processors.
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For more info on Unisys RTI services, click here
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