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Comment Re:Right to Privacy in One's Backyard? (Score 4, Insightful) 1197

Bullets? Yes. Shotgun pellets? I doubt that's ever happened. They're too light and they spread too far. They're supposed to be shot in the air.

There's a risk of falling drone debris (which would be on him, as it was above him when he shot it, and I would assume he'd have told his kids to get out of the way), but there's zero chance of danger to anyone from the shotgun discharge.

Comment Re:Most people won't care (Score 1) 107

Oh, you're absolutely right. I'm definitely not saying it would be impossible to hide a backdoor in an open core design. Absolutely could. Same thing with FOSS...just see the Underhanded C Competition.

But today you could have (and probably do have...) explicit backdoors in silicon, besides debugging interfaces, and you'd never know. With an open core design, you'd have to hide it.

Comment Re:Unregulated speech, must stop at all costs! (Score 1) 298

They can if they believe that performer will incite violence, which I believe was their reasoning here as the performer is from one of the gangs involved in the violence. The concert was a fund raiser for a kid killed in the getaway after another gang shot one of Keef's gang members.

I don't think that's unreasonable.

Comment Re:Most people won't care (Score 1) 107

I disagree. Saying "people couldn't understand the hardware" is the same as people saying "open source software is irrelevant because you can't understand the software."

Some people can. I have an electrical engineering degree and specialized in computer architecture in grad school. I could understand it. And just like anything else...it's not that hard when you know what you're looking at.

Comment Re:Most people won't care (Score 2) 107

Eh. When laying out silicon, you generally use libraries of simple parts you chain together. You make a register once, and then you replicate it each place you need a register. A TON of those transistors are cache, which is the same pattern repeating over and over again.

I'm not saying there's anyone who's looked at every transistor, but there's probably somebody who's looked at the layout of a cache cell, a register, an ALU, standard multiplexers, etc.

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