The Virtualization Practice

Data Center Virtualization

Data Center Virtualization covers virtualizing servers, networks, and storage delivering server consolidation, CAPEX savings, IT agility, and improved management. Major areas of focus include the tradeoffs between various virtualization platforms (VMware vSphere, Microsoft Hyper-V and Red Hat KVM), the evolution of hypervisors into data center management platforms, ...
VMware’s Software Defined Data Center strategy, and how the SDDC is spurring innovation in storage, networking and server hardware. Covered vendors indlude VMware, Microsoft, Red Hat, CloudPhysics, Hotlink, Tintri, and VMTurbo.

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The 5/31 Virtualization Security Podcast we spoke to High Cloud Security about encryption as a defense in depth, and where to place encryption within the virtual environment. This lead to an intriguing discussion about what is actually missing from current virtual environments when it comes to encryption. We can encrypt within each VM and we can encrypt within the networking fabric, as well as within the drives themselves, but currently that leaves several vulnerabilities and unencrypted locations that can be used as attack points. While we concentrated on vSphere, what we are discussing applies equally to all hypervisors.

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At Dell Storage Forum 2012, Dell introduced a new converged infrastructure that features an Equallogic Array that takes up 2 slots of a new blade enclosure. Moving storage closer to the workloads running within the blades. This is a very interesting and powerful play by Dell, but I kept asking myself is this really a converged infrastructure? Or it is just an integrated blade enclosure that others have at this time?

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If Dell in fact buys Quest then Dell will Transform Virtualization Management. Dell’s presence in the market, customer base, and market reach combined with its product set will put Dell in a strong position to compete not only with VMware, but also to create serious pain for IBM, HP, CA, and BMC. Furthermore, the opportunities to integrate the various Dell solutions look to be able accelerate private and public cloud adoption which will in turn benefit Dell’s core server and storage businesses.

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How do we measure success? This seems like it should be an easy question to answer but is it? Success itself is a dynamic variable that can be defined in several different ways from a promotion or even recognition from your peers. Now what about a successful cloud implementation or implementation in general? How would you define success? The true definition of implementing is to fulfill; perform; carry out: or to put into effect according to or by means of a definite plan or procedure. For the design and implementation team, success could be defined by the completed installation design, deployment and verification testing of all functionality as defined in the statement of work.

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There is a class of applications that is extremely difficult to virtualize. This group consists of graphics intensive applications such as ProEngineer, Photoshop, and pretty much anything that requires a GPU to perform well. Graphics intensive applications make up a list of applications that are usually too big or expensive to virtualize. The last mile so to speak. This is NO longer the case. With NVIDIA’s announcement of the NVIDIA VGX Cloud Platform. This and other classes of applications can now be virtualized.

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There seems to be a myriad of definitions of who is a tenant when it comes to secure multi-tenancy. This debate has occurred not only within The Virtualization Practice as well as at recent Interop and Symantec Vision conferences I attended. So who really is the tenant within a multi-tenant environment? It appears multiple definitions exist and if we cannot define Tenant, then how do you build secure applications that claim to be multi-tenant?