I thought the point is you can have an entire computer as plug and play in what would be the same form factor as an SD slot. It introduces the concept of a portable computer. If you have X portable device, You snap in a computer for it. When your device is too slow for the current standards, you spend $50 for the newer, model and snap it right in. You can upgrade your device in 5 seconds flat. That's pretty groundbreaking. Fast forward a few years, and all our devices could in essence be just shells, and we pop whatever computer we want right into any device.
That's an interesting concept, but it's exactly what happens in a much larger scale with a desktop PC. When was the last time it took you 5 seconds to be up and running when you swapped out your PC motherboard? Such a system would require absolute standardization between processor modules and peripheral devices, or be relegated to canned configurations as part of a large rollout. And when the processing power goes beyond the pipeline technology of the parts interfacing these modules to their periphery, you are back at square one. Even
Intel didn't make such grandiose projected uses, rather focusing on "wearable" devices.
The concept you are talking about is possible, albeit ultimately self-limiting, but this device isn't going to get you there any more than any other "plug-in" stand alone processor module.
Earlier ark stated that the device had two cores, which each needed an independent version of Linux to utilize. The reason for this seems more clear now (from the release);
"Krzanich stated that Intel is the first microprocessor company to support devices that combine the best of Windows* and Android* operating systems in a single device."This makes it sound like each was intended for a different OS.