Inspired by John Conner with this Atari Portfolio and a ribbon cable in Terminator 2? http://imgur.com/5AVTMHV
We've had a number of US-based law enforcement bodies over
the year try to get hold of our data without going via the
appropriate Australian bodies, and it doesn't work out for
them. In the end, they have always ended up submitting a
request for cooperation via the Australian Federal Police,
as they are required to do, and we respond to that request
in line with Australian law.
Even so, as an Australian I decided to use a hosting company whose servers are physically hosted in Australia. In any case, the phone network firmware in an Android
device is not equivalent to a circuit, because the
hardware allows installation of new versions and this
is actually done. Since it is proprietary firmware, in
practice only the manufacturer can make new versions
– users can't.
Putting these points together, we can tolerate non-free
phone network firmware provided new versions of it won't
be loaded, it can't take control of the main computer,
and it can only communicate when and as the free operating
system chooses to let it communicate. In other words, it
has to be equivalent to circuitry, and that circuitry must
not be malicious.
0. http://www.guardian.co.uk/technology/2011/sep/19/android-fre... The marketing plan is that the because router
vendors are unwilling to say ‘has less memory!’ as a
marketing tactic, maybe they’d be willing to say
‘drops more packets!’ instead. That seems implausible.
Yet he concludes by suggesting the router should drop all the packets. The best way to solve that is for a router to notice
when the queue has too much data in it for too long,
and respond by summarily dropping all data in the
queue. /snip/ Of course, I’ve never seen that proposed
anywhere…
Based on his earlier reasoning, that would also be implausible.