Re: In 20 years, US bots will fight wars against whom?
"So what mutual destruction risk is there?"
As individual nations, perhaps. But what about as a bloc?
16605 publicly visible posts • joined 10 Jun 2009
I think the problem is that this comes too close to a question for which there is likely only one answer, and it's an answer we'd rather avoid:
What do you do against an opponent for whom MAD is an acceptable scenario?
IOW, what do you do against someone who would sooner destroy the world than surrender? The uncomfortable answer everyone is trying to avoid is, "Nothing." Meaning if someone's willing to destroy the world, then we're basically screwed.
The idea I think was to identify the system by Latin names (Sol, Terra, Luna) for formality's sake, given we identify external bodies more formally as well and also because the thought was that in future we would genericize the term "sun" as the star in which a life-bearing planet orbits and "earth" as ground matter rather than a planet. I think if we ever did leave the system and colonize other worlds, then we'd be more likely to reterm our sun Sol for the sake of identification.
"The term is applied very liberally in the States to anything beyond basic schooling."
Not true. There's a very specific definition involved. While it is true you can find colleges just about everywhere (that offer baccalaureate education), universities cannot be called such unless they offer post-graduate (masters and up) education. For example, Longwood College in central Virginia only became Longwood University when they started offering a Masters program.
Perhaps this might interest you.
Two effects seem to be in play here. First, people see the signals and try to game the system. Second, in the absence of controls AND the knowledge they can be T-boned at any time (the Sword of Damocles effect, I call it), drivers act more cautiously (thus my reference to the spike in the steering wheel).
Wikipedia provides a good-enough rundown and provides enough sources for further reading. I believe one of the references is the wine study mentioned previously.
The term "Tivoization" springs to mind. The kernel can be GPL and its source code distributed, but anything on top of that kernel is fair game; thus, someone provided an example of how Tivoization is impossible to prevent, not even if the kernel were converted to GPL3 (they can black-box the proprietary bits in a VM and still not violate GPL3).
By "green screen" he means something like a Network Computer: basically, all the grunt work isn't done on the device but on a remote server (aka "the Cloud"). A ChromeOS device doesn't do a lot of local work; thus why it relies on an Internet connection.
IOW, you don't expect a device that depends on an Internet connection for even basic operation to be a status symbol.
As I read it, the two work slightly differently.
In a Veblen good, the perceived value of a good (its "status symbol" value) rises WITH the price, precisely BECAUSE it's expensive. Something like a Rolls Royce or a very old bottle of single-malt Macallan.
In a Giffen good, the price itself (and alone) determines its desirability. When it goes up, so does the demand. This goes to the other end of the price scale, where low prices get instantly perceived as "cheap" or even "substandard". Best way to see this is in common consumables like fresh produce (where a cheap product would be seen as marked down because they're trying to move it before it goes bad). Or, another way, it's something that people will ONLY buy because they can't afford anything else; IOW, people don't substitute the Giffen good because the GIffen good IS the substitute for something they'd rather have but can't afford anymore.
I was just thinking about that. I used to call it the Midas Touch, but now I've read about Veblen goods. In its heyday, iPhones were Veblen goods, which is why they sold like crazy in spite of their high price: perhaps because they sold because of their high price and their status symbol effect. These days, the effect is a bit blunted after Apple had a few missteps and the tarnish started to set in.
"AND FOR THE KICKER.....Modern Spyworks have gotten sooooo SOPHISTICATED that I can embed a whole signals intercept, storage and communications chip within those fake shiny red woman's fingernails that many women get for cosmetic looks!"
PROVE IT. Where's the example?
Probably because there's a lot more involved than you think. Not only do you need the right modem chip (and last I checked, only Qualcomm's chips tick all the boxes), but you also need specific antenna design to cover the bases (physics gets in the way there). Also remember, US LTE bands and other LTE bands are mutually exclusive due to prior allocations. The biggest hangup is that 1.8GHz--LTE Band III, the most universal one--was already taken by the US government (the military, I think) long before LTE was ever a thing.
There's a StackExchange discussion about this.
"They're obliged to provide source code for all the GPL stuff but not for anything they've added."
Plus ODM drivers are always blobbed because the market there is cutthroat and no one wants to Give Information to the Enemy. And because all 4G-and-up tech and most 3G tech is still under active patent, opening modem chips up (the most important part of the cell phone) ain't gonna happen for any length of time that would be practical.
When it comes to cell phones, it can't be helped. It's expected to receive communications: a basic part of its function. Without a unique identifier like an IMEI, there's literally no way for cell phone providers to tell phones apart and address them individually: and before you start with broadcasting, bandwidth is precious over the air due to the Shannon-Hartley Theorem. It's basically a part-and-parcel problem: you either have both or neither.
"Doing all that dramatically improves emails and security."
AND makes it practically useless. And before you say to tell your correspondents to just sent plain text, try doing that to someone over your head. And before you say to find another job, one may not be forthcoming, and those that are will likely have the same problems: jumping from one sinking ship to another, IOW.
And what about some of the older ones already out there? Is there something wrong with Sailfish? Meego? System 60? App assortment isn't a priority, so there goes Android's chief advantage, and the older OS's were built with weaker CPUs and batteries in mind, meaning they'll sip the power better by necessity.
"The US has established a national ID card in the form of a uniform drivers license and in the process trod solidly on common law practices dating to Blackstone."
Well, answer me this. Without SOME form of uniform identification, how can you tell citizens from noncitizens (which is important in many respects)?
"In fact to really upset the entry people say oh well now I am here and the machine is open and you have seen it I will now change it!"
Wouldn't matter. The thought is that, now that it's open, they'll inject something into the device so that they can regain access to it at any time, even IF you change the code. Who knows? It may even be firmware-based and thus nuke-proof.
Reputation, yes, but someone REALLY hungry wouldn't give a rat's rear end about reputation. OK, at least kangaroos are too dangerous to approach and koalas are iffy due to their diet. But if that starving sees a sheep, regardless of origin, they see mutton which means dinner. Try and stop them.
"Each time someone does something stupid... its going to cost your friend."
So you sue to get your court costs paid back. It's easier if there are grounds for getting the guy declared a Vexatious Litigant. That way the more times he tries to sure, the more likely he'll (a) have to pay double: his AND yours, and (b) get declared Vexatious and get all your cases tossed out AND be locked out of suing further on penalty of criminal charges.
"It is long past time we abandoned passwords and 4-digit PINs for anything of any real importance, and time to recognize and build protections into our sourcing systems against spyware hard and soft."
Ever heard of the phrase "the cure is worse than the disease"? At least the "big" loss isn't a guarantee, but killing ourselves trying to guard ourselves from a risk may well be a certain death. In which case, it's better to just roll the dice. After all, we've been fapping around with passwords for decades...because there just isn't any better alternative that employs nothing but the human brain, especially for faulty brains. AFAIK, it's a physical impossibility: what man can create, man can re-create. It's a problem that's been known since before World War II (based on the writings of E. E. "Doc" Smith, who had to resort to science fiction to find a foolproof solution).
"It wouldn't go through customs. A server manufactured in China/Taiwan gets sent to Australia and used for something $agency wants to receive, and it hasn't gone through a U.S. controlled customs."
Explain. What kinds of things DON'T go through US customs upon entering the US unless they US trust the intermediary? Isn't that exactly why there are limited Ports of Entry?
As for any other country, wouldn't that be the job of their Customs or equivalent to check for contraband?
Most of them don't blare. They just start giving short chirps every so often: intended to just be annoying and eventually get your attention. Given your average 9-volt gives the thing 5-10 years of normal use, it's infrequent enough that it hasn't given manufacturers many black marks in the past.
Even if it's your wife calling from a stranger's phone because hers is dead (happens all the time where I work: people desperate to make a phone call because they were ditched and their phone's dead--why is everyone's phone dead?)? Or you block a call from a hospital you don't recognize?
Be careful of unintended consequences.