Comment Re:Breaking Headline : (Score 1) 162
A similar thing has been known to happen with airline passengers' luggage. The criminal gangs involved are probably delighted with "TSA approved" locks.
Probably the future of wearables is the personal hub.
The problem with wearables is that a radio capable of sustaining a connection to the outside world - be it 4g or wifi - needs a fair bit of power and consequently quite a lot of battery. So devices have to be fairly chunky, or else have to be recharged more often than you'd like. But your bluetooth mouse probably goes months on one charge - mine certainly does. So the solutions is to have a device mounted discreetly on your belt or in your handbag, or carried in a pocket, which just acts as a personal hub/firewall, doing backhaul for your wearables. It doesn't need a screen. It doesn't need apps. But once it's paired with your wearables, you can use a device which has no backhaul capability to make phone calls or to access any service on the Internet.
This is an extension of how Google Glass or your Pebble watch already uses your smartphone. The smartphone acts as a personal hub. But if the display you actually use is the one on your Glass or the one on your Pebble, you don't need the big, fragile, power-hungry screen on your smartphone any more; so the personal hub can be cheaper and much more durable than any smartphone.
Once you've got that concept, there are other services that a personal hub can supply to your wearables, for example storage.
Everyone knows that the year of wearable computing is the year after the year of Linux on the desktop.....
The only problem with that is I have now had Linux on my desktop for TWENTY-ONE YEARS.
Ain't going to happen, sadly. As the temperate zone moves closer to the world's poles, and the regions we're currently growing cereal crops on become progressively more arid, there is simply less area of land (square miles or kilometres or however you want to measure it) on which crops can be grown - and that's ignoring the costs of clearing and draining that land, and all the effects of ecocide.
At the same time as this is happening, of course, all our critical infrastructure will become unusable unless we make huge new investments in flood walls. For example, I work for a major international bank, which, obviously, has its critical data infrastructure replicated in seven cities across the globe. Only one problem: in six of those seven cities, our data centres are within ten metres of current sea level. Most major financial centres are old port cities, and all old port cities are on the coast. So over the next fifty years we have to either all relocate our trading infrastructure, or else abandon it. What I expect will happen is that we'll delay and dawdle until it's too late, and then our whole civilisation will collapse under the combined pressures of hunger, refugees, and rising water levels.
We're already past the point where there's any hope of the planet being able to support even half its current population in 100 years time. The real policy question is how we now radically reduce the population without war, pestilence, famine and death.
"Unibus timeout fatal trap program lost sorry" - An error message printed by DEC's RSTS operating system for the PDP-11