The most widely deployed mobile virtualization solution
The phone is going to replace the PC right? Well, we all believe that will happen in the long run, and it could be that something like the Nirvana phone, developed by Open Kernel Labs and Citrix Systems, is one of the evolutionary stages
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A mass-market smartphone is a new category of mobile device that offers a smartphone OS at a featurephone price point. Mass-market smartphones integrate significantly less-expensive components than the high-end hardware used in current smartphones. Download the white paper to learn more: http://www.ok-labs.com/landing/mmsp/.
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A mass-market smartphone is a new category of mobile device that offers a smartphone OS at a featurephone price point. Mass-market smartphones integrate significantly less-expensive components than the high-end hardware used in current smartphones. Download the white paper to learn more: http://www.ok-labs.com/landing/mmsp/.
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Josh Matthews, Field Engineering Manager for OK Labs, shows a demo of Secure VoIP with Android.
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The nirvana phone concept goes beyond traditional smart phones by allowing users to access their corporate virtual desktop and applications from a single device, in any location. Learn more: http://www.ok-labs.com/whitepapers/sample/the-nirvanaphone-concept-spec-and-reference-architeture
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Sneak Peek of Citrix Receiver for Android. Check out 2:57m for information about OK Labs.
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The first mass-market smartphone. The demo illustrates two applications running on separate OSes, working seamlessly together on a single low-cost ARM processor, with no performance degradation.
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The nirvana phone concept goes beyond traditional smart phones by allowing users to access their corporate virtual desktop and applications from a single device, in any location.
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This webinar examines how the OKL4 Microrvisor enables a system architecture that dramatically eases migration to Android by enabling developers to maintain existing investments, reduce development overhead, speed time-to-market, satisfy customer demand, and do it all on a lower cost, single core device.
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OKL4 reduces cost and development time, while providing security without effecting performance.
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In today's connected mobile devices, the OKL4 open source microkernel can provide security, virtualization, and a host of other benefits with absolute minimal memory and performance overhead.
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Patrick Gray of Risky.biz interviews Gernot Heiser about OK Labs mathematically perfect microkernel. Full podcast available here.
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February 25, 2009: What makes OKL4 Different? What are Capabilities? What is Formal Verification? and more . . .
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OKL4 2.1 vs. KVM with Jonathan Sokolowski
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Nelson Tam on the OKL4 Driver Model
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Ram Sarabu gives a tour of the OK Labs Community Portal and Wiki and shows us how to get started with OKL4.
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Tutorial on how to download, install, and run OKL4
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February 24, 2009: What can the OKL4 SDK do for you. Download the OKL4 SDK.
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OK Linux is a pre-built and paravirtualized version of the Linux kernel and base libraries.
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Learn about the relationship between an embedded hypervisor and security as applied to the mobile handset.
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Learn about the application of virtualization as an enabling technology for more advanced energy management on multicore ARM processors. From ARM techcon3.
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February 25, 2009: Learn about Full Virtualization and Paravirtualization. Read more . . .
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February 25, 2009: Learn why a small Trusted Computing Base is important. Read more . . .
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