I think china tried both prohibition and non-prohibition, sometime back. The latter didn't work out so well for them.

Try putting a load balancer (Cisco ACE, Citrix NetScaler) on a virtual IP and load balancing the UDP packets across several nodes behind the balancer.

No, I don't think so. RMS worked at MIT for over a decade.

Here's the current list of the top 5 most read articles on the New York Times:

1. Jetliner Explodes Over Ukraine; Struck by Missile, Officials Say

2. Obama Points to Pro-Russia Separatists in Downing of Malaysia Airlines Plane

3. Fallen Bodies, Jet Parts and a Child’s Pink Book

4. Maps of the Crash of Malaysia Airlines Flight 17

5. World Leaders Match Anger With Calls for Inquiry Into Ukraine Plane Crash

I'm going to really go out on a limb say that Putin has already lost the propaganda war here...

" Very useful! "
- Mr. McAfee and friends

Planes and runways have lights.

As another pointed out, Russia isn't anywhere near the first country to do this; in fact, doesn't the European Union require it Union-wide?

Anyway, I'm most curious how the Kremlin defined "personal". Being that a lot of us are software industry programmers, product managers, etc., it'd be useful to know what kind of changes we need to make to our respective companies' international back-end infrastructure.

A lot of families have more than one car. You could have a large, gasoline powered car to go visit Aunt Mabel or on a camping trip in the Grand Canyon, and a smaller electric car for commuting, runs to the supermarket, etc. The hope is that eventually electric vehicles will have the range, rapid recharge rate, and charging infrastructure that they can compete with and replace gas engines; in the meantime the technology may already be mature enough to compete in particular niches. The nature of disruptive technology is that it initially plays to its strengths and gets a foothold in a market where conventional technology does not perform as well, and as it improves it eventually moves in and takes over from the conventional technology.

That being said, we are a long way away from a fleet that is all-electric or even substantially electric. It's growing rapidly compared to where it was a few years ago (basically, no electric cars), but it's still a tiny segment of the automobile market. According to Wikipedia, .62% of all cars sold in 2013 were electric. Even if that were a much higher figure- say, one-third of all cars sold each year- the average car is around 10 years old. So assume we replace ten percent of the fleet every year, then it would take years to reach a fleet that was one-third electric. Internal combustion engines are not going to go away any time soon. Tesla's stock price is soaring but GM, Ford, and Chevrolet still sell a lot more internal combustion engines than Tesla sells electrics.

No, this bio-robot, a hybrid cyborg construct made from genetically engineered muscle tissue and 3-D printed materials, does not truly walk as such. It does, however, whisper "kill me! kill meeee!!!!" late at night in the lab when the lights are turned out.

They're both big-game hunters, but had a very different approach to it. Neanderthals had stabbing spears; they basically ran up to their prey and stabbed at it. The problem with this approach is that you have to get very close to the prey. It's hard to get close enough to a horse to kill it with a stabbing spear. It might be easier to get close to a slow-moving animal like a mammoth or wooly rhino, but then you face the problem that if it's in range of you, you're in range of the tusks/horns/feet. It's possible to kill large animals this way- saber-toothed cats did- but dangerous.

When Homo sapiens show up, they've got an entirely new technology- the atlatl, or spear-thrower. They can throw a dart 60 feet with enough force to impale a large animal. This means they don't need to get as close to strike. It also means that when they do strike, the prey can't hit back. The difference in build between Homo sapiens and Homo neanderthalensis seems to reflect this different hunting strategy. Neanderthals are short and stocky, like wrestlers. Homo sapiens are long and lanky, like basketball players. For the one, strength is key. For the other, speed, agility and long-distance throwing are key.

This may also explain the different effects that the two had on the fauna. When Neanderthals show up, we don't see any major extinctions. When Homo sapiens show up in Eurasia, we see the disappearance of mammoths, wooly rhinos, Irish elk, etc. The run-up-and-stab it hunting approach of Neanderthals wasn't that different from the hunting strategy of saber-toothed cats from the prey's standpoint. Raining sharp sticks of death down from dozens of meters away was radically different than anything the local fauna had ever faced before.

So basically what happened is that someone started typing an email to "Joeblow@gs.com" and got as far as "Joeblow@g" before the autocomplete helpfully added "gmail.com". And then they hit "send". Through a combination of carelessness and cluelessness, this employee managed to put hundreds of millions if not billions of dollars of customer funds at risk. Well, given what happened the last time Goldman made a mistake of this magnitude, it's clear that there's only one course of action for the company. And that's to give this employee a massive bonus.

Actually, I read that the proceedings were _ex-parte_ ... No-IP wasn't even informed that there were any proceedings. Consequently they had zero chance to defend against this forfeiture. And that's exactly how Microsoft wanted it. There's more going on here than malware. My guess is that Microsoft's big media buddies want to use Microsoft as a front for domain seizures under cover of "protecting the public", without having to get their hands dirty or take any PR hits.

You know Russell Peters is a comedian, right? :-) I'll wait for the meta-episode where Peters makes fun of people who got suckered into believing what he said.

It's unquestionable that the U.S. has let this thing loose; the U.S. has perhaps the most advanced cyberwarfare capabilities (at least in terms of offense) as any country on earth, having developed these weapons and techniques they can't complain too much if other countries start using them as well. However the idea is that cyberwarfare, just like conventional warfare, can and should be governed by a code of conduct. The idea would be that targets that would be considered off-limits to conventional attacks would also be off-limits to cyber-attacks. So it would be considered acceptable to attack the enemy's command-and-control network, their radars, their weapons systems, or military shipping and transport... but not to attack civilian infrastructure such as electricity, water supply, trains, banks, the stock market, etc. etc. So far, U.S. actions are consistent with this policy; we have attacked Iran's nuclear facilities but haven't tried to take down their banks or power plants, even though we probably could. You can see this policy in action where the U.S. recently accused a number of Chinese soldiers of engaging in cyberwarfare against the U.S. The issue wasn't that they engaged in cyberwarfare, which we expect the Chinese to do. It was that they were attacking civilian targets for corporate espionage, and the U.S. wanted to send a message that while they expect the military to be attacked by the Chinese, and it's a legitimate target, it's not OK to target U.S. companies.

In the current case, it would appear that Russia doesn't accept the U.S. argument that civilian infrastructure should be off-limits. Whether the U.S. can complain here or not is debatable. The U.S. has targeted civilian infrastructure during conventional operations; they knocked out the power in Serbia during actions in Kosovo, for example. So the Russians could easily argue- and not without merit- that if it's OK to take out the power in Serbia using a stealth bomber and a conventional bomb, it ought to be OK to turn out the lights in the U.S. using a logic bomb.