http://www.businessinsider.com/uber-iphone-app-secret-access...
Apple always refuses to comment on bugs, security holes and basically anything they can not use for marketing. You WANT to believe that Apple is better.
They signed on to PRISM https://en.wikipedia.org/wiki/PRISM_(surveillance_program) , they happily work with the government over user privacy in articles all the time, and those are just the things we know about. I'm sure there are more PRISM-like back room government deals that we haven't heard of out there, and I haven't seen anything that would make me believe that Apple wouldn't sign on to them.
It is completely unrelated.
Intel ME is about a remote servicing interface that exists on all current Intel processors. While it has some usages for managing computers in a corporate setting or managing servers (keyword to look for: Intel Active Management Technology (Intel AMT), which needs Intel vPro), it exists on nearly all current Intel processors (except, I think, Intel, Quark; but this processor is built for completely different purposes). Thus there are rumors that it is a backdoor for, say, 3-letter agencies. I don't want to spread any rumors here, but just say: Because Intel ME is very large and complicated (according to https://www.youtube.com/watch?v=iffTJ1vPCSo 5 MB in size) it is a real concern that lots of security gaps will be found (and some have been found in the past), which, because of Intel ME's structure (according to https://schd.ws/hosted_files/osseu17/84/Replace%20UEFI%20wit... it runs on ring -3) can easily lead to really dangerous security holes. Just for this reason alone any responsible admin should try to disable Intel ME so that this security liability does not have to stay open.
PRISM is a surveillance program by the NSA.
And yet, making the actual switch is a tremendously difficult task. On the software side alone, it requires recompiling every application you want to run on your platform. That doesn't even touch the cost of rolling the actual hardware. There are more than a few examples of this: Intel's Itanium, Oracle's SPARC, Berkeley's MIPS, Transmeta's Crusoe, etc. Sure, these all had niches (embedded systems, research hardware, a few high-end servers) -- but breaking out into the mainstream (a.k.a. like x86-64 and ARM/ARM64) is damn near impossible.
- Less bugs
- Potentially better applications since the lower layers are stable and don't require you to fight it (as an example, pre vulkan drivers were hell, linux software has to circle around that)
Nobody expects RISC-V to beat i7 or Ryzen in any benchmarks.
IMO its purpose is to be the in hardware what GNU/Linux was in software.
edit: GNU/Linux, not just Linux :)
Crusoe and ARM were not about the promise of better performance, but of being much more energy-efficient for the intended purpose (though since a few years ARM tries to get into a (more) high-performance field).
What I wanted to say is that the major selling point of RISC-V would be its open-ness rather than anything performance (or power) related. In that respect it has already captured the attention of interested parties, regardless of that the actual performance will be.