The Real Truth About Ubiquitous Computing and the Future of Gaming [Hoke]. Published June 23, 2015. A couple of questions: Could the Linux kernel be powered by the same kind of new, pure, and abundant computing power that we possess, or could it be powering the same kinds of things running on our computer through a chip that is programmed on all desktop device platforms? My view of proprietary computing is that they’re probably the most viable and sustainable technology. Like all semiconductor systems, very few truly open-source components and infrastructure are developed and managed by a vendor. One could argue that this would mean proprietary computing systems that are ultimately open-platform only.
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So let’s see if that pans out – will open source be the key? Some may say: yes. However, software development and deployment mostly stands on its own, while open source has a real, defined history of contributing code and other implementation options for any open-source target platform. So given that there’s a very high probability that operating systems, development, and implementation on pure silicon can, by and large, simply come from some proprietary architecture, it makes sense to have the kind of software development and deployment from a pure open-source programming platform without creating a new proprietary stack of libraries or code. On the other hand, commercial open source ecosystems are generally hard-to-service with tools for testing things out. The idea that software can be developed and deployed on proprietary infrastructure is disheartening at the same time that proprietary data and software systems remain virtually invisible in our complex technology grids that would be tough to deal with.
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Another problem with the Linux kernel is that it is also a hardware and software platform which often violates all of the specific intellectual property rights, licensing and similar things at a very low price. Back in 2010 I think it should be pointed out from some readers that some of the recent open source technology innovations are in the Linux kernel itself. How can someone ever find a place on that same level of abstraction in a closed-source kernel that has no legal or regulatory obligations whatsoever? This could potentially not only be true for some open source development and use, but may also continue in some ways even when the full force of software and network issues such as NAT, GIGABYTE, Routing and some such straight from the source removed. I have no good answers on this, but I would say this – a standard C++ or POSIX address space, like one may say Unix or
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