
Authoritative.
Strategic.

VMware has acquired Wanova, a developer of software used to centralize and simplify image management on physical and virtual desktops, the company said Tuesday.
In a BYOD world, this approach is compelling. By hosting the desktop, IT owns a virtualized generic hardware environment yet can supply that environment to a variety of hardware devices-smartphones, tablets, Linux PCs and even smart TVs, which could be used more readily for high-end, off-site conferences in rented facilities or as a cheaper alternative to more expensive conference room solutions.
Late last year, VMware launched a new bring your own device (BYOD) plan under which every one of its 6,000 U.S. employees was required to use his or her personal mobile phones for work. The mandate was more than a cost-saving measure. VMware appears serious about establishing itself as a leader in post-PC era enterprise computing, and getting intimate with the benefits and challenges of BYOD is essential to that plan.
Improved virtualization security protection and network training are needed if Australian enterprises are to avoid potential attacks via the virtual machine (VM) layer in the future, delegates at the AusCERT 2012 conference on the Gold Coast have heard.
The latest version of Cupertino-based Xangati's virtual dashboard product will boast a new performance management engine and the ability to work with eight instances of VMware vCenter, instead of just one.
Motorola announced the Atrix smartphone at the Consumer Electronics Show, and while many have been concentrating on its 4G connectivity and clever desktop dock that lets it run a cut-down Linux desktop on a full-sized monitor, nearly everybody has missed something very important.
Virtualizing x86 infrastructure isn't just a one-step process -- as servers change, the whole data center must change as well. While server hypervisors such as VMware's ESX, Microsoft's Hyper-V and Xen can make IT more efficient and cost-effective, many of the virtualization advantages can be canceled out when data centers rely on technology and processes that haven't been updated for the virtualization age.
More than halfway through what vendors and many analysts predicted would be the year virtual desktops would replace enormous numbers of the physical kind, sales of desktop virtualization products are growing at a rate "that looks about the same as in 2009," according to Ian Song, analyst for International Data Corp.
Surveys showing the spending and hiring picture for IT as bleak for at least the first half of 2010 seem to reflect more the caution of IT managers and CIOs than their real hiring plans.
In just a few short years, storage virtualization, also known as block virtualization, has proven its worth in the large enterprise and traveled that well-worn path from pricey boutique solution to affordable commodity. As a standard feature in all but the most modest mid-tier storage arrays, storage virtualization soothes a wide range of storage management woes for small and mid-size organizations. At the same time, dedicated solutions from top-tier vendors deliver the greatest ROI to large shops managing large SANs with intense data availability requirements.
Virtualization has evolved rapidly since it first began to be used on x86 servers in 2003, mainly for test and development. By 2007, the second generation, Virtualization 2.0, was under way, and the focus was consolidating production applications. Read on.
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