She absolutely is a trash person. I agree. I’m not defending her to be clear.
People who let their dogs off leash in public are assholes and deserved to be confronted and shamed. She was a piece of shit well before their conversation started.
to the downvote brigade I highly recommend go watch the full video and decide for yourself
Yeah it’s obvious she’s weaponizing the police against a guy who she doesn’t like, by knowingly playing directly into the “police will overreact against a black guy” card, and faking panic in her voice. This is violent escalation to a non-violent situation. The faked panic is straight up sociopathic.
People who don’t leash their dogs are assholes, and his response to that was relatively tame.
I don’t see how you can watch this and respond the way you have, unless you’re also the type of asshole who feels entitled to walk dogs without leashes, or generally dislike black people, or are completely oblivious to the social context in which police in New York interact with black people.
The escalation of Starlink not complying comes from that, not the other way around.
I’ve looked closer (at other articles, too). You’re right - the freezing of the SpaceX accounts came from the same order that ordered that Twitter be blocked, and before SpaceX announced it would refuse to comply.
The proper thing to do is to recognize the legally distinct personhood of SpaceX, which isn’t part of Twitter, even if Twitter/X itself is wrong on the law.
The order to block Twitter went to all Brazilian ISPs, and Starlink is the only one that didn’t comply on Saturday. So the escalation stems from the disregard of an order that everyone was required to obey, but the intertwined nature of both companies being controlled by Musk is both part of the reason why SpaceX would even consider not complying with local law in a country it operates in, and why the Brazilian courts seem to be willing to aggressively enforce their own orders.
Edit: I’m convinced. This comment as originally written presented the facts out of order.
Why are you sticking with a specific spectrum? You made it hard to read in service of a requirement that doesn’t make any sense.
When the machine costs 350 million euros, what’s a few hundred thousand in saved shipping costs?
One time pads are perfect encryption, but the problem is that the key length needs to be longer than the message length. So if you have the ability to get the symmetric key to the recipient securely, then you had the ability to get the whole message to the recipient securely.
And that introduces a specific type of supply chain threat: someone who possesses a computer can infect their own computer, sell it or transfer it to the target, and then use the embedded microcode against the target, even if the target completely reformats and reinstalls a new OS from scratch.
That’s not going to affect most people, but for certain types of high value targets they now need to make sure that the hardware they buy hasn’t already been infected in the supply chain.
The TZ database doesn’t tell us what the offsets will be in the future. Only the past.
I think the comment is specifically talking about storing future times, and contemplating future changes to the local time zone offsets.
If I say that something is going to happen at noon local time on July 1, 2030 in New York, we know that is, under current rules, going to happen at 16:00 UTC. But what if the US changes its daylight savings rules between now and 2030? The canonical time for that event is noon local time, and the offset between local time and UTC can only certainly be determined with past events, so future events defined by local will necessarily have some uncertainty when it comes to UTC.
This meme format works best to absurdly overstate the uselessness of something you find mildly annoying. That’s when it’s funniest, because the criticisms are grounded in something real, and the low-stakes controversy makes the aggressive tone funny in context.
They did, eventually. The first PlayStation was relatively easy to pirate for (with a mod chip), but it took a while for that stuff to become available. Someone had to go and manufacture the chips, or reverse engineer the check.
By the time that scene matured, Sega released the Dreamcast right into a more sophisticated piracy scene that could apply lessons learned to the Dreamcast right away.
On paper, Sega had more sophisticated copy protection than the first PlayStation did. But it also released 4 years later.
you could go to your local library and carry a USB stick.
I don’t remember it this way. Nothing else came close to the portable storage capacity of CD (and thus CD-R and CD-RW). The iomega zip drive was still a popular medium, allowing rewritable 100mb or 250mb cartridge. That was the preferred way to get big files to and from a computer lab when I was an engineering student in 2000.
USB flash drives had just been released in 2000, and their capacity was measured in like 8/16/32mb, nowhere near enough to meaningfully move CD images.
Then again, as a college student with on-campus broadband on the completely unregulated internet (back when HTTP and the WWW weren’t necessarily considered the most important protocols on the internet), it was all about shared FTP logins PMed over IRC to download illegal shit. The good stuff never touched an actual website.
Oh don’t worry, malicious .exe files were all over the forums back then.
Um, nobody is talking about chemically converting the released carbon dioxide back into chemical compounds with stored chemical energy, like hydrocarbons and graphite. They’re talking about physically sequestering CO2, or binding the carbon into materials that aren’t combustible (like calcium carbonate).
Put another way: if I burned some hydrocarbons in a fireplace and put a balloon over the flue, I’d capture some carbon dioxide (and probably some water) in that balloon, and the carbon in that balloon would’ve cost me less energy to capture than was released in burning the hydrocarbons to begin with. So long as I could keep the balloon from leaking or deflating.
Unless you can capture 1 ton of carbon using less energy than is extracted by burning 1 ton of carbon, you can not capture carbon.
Is this not already the case that these processes are net negative in carbon released? How much does it currently cost, in energy, to capture carbon at these smokestacks?
I’ve seen it for keypads that have to send a signal to an actuator located elsewhere, but I think the typical in-door deadbolt (where the keypad is mere millimeters from the motor itself) wouldn’t have the form factor leaving the connection as exposed to a magnet inducing a current that would actually actuate the motor.
Most of LPL’s videos on smart locks just defeat the mechanical backup cylinder, anyway. I’d love to see him take on the specific Yale x Nest model I have, though.
Yup. The backup for battery failure on this model is that the bottom of the plate can accept power from the pins of a 9V battery, held there just long enough to punch in the code.
Things might be different by now, but when I was researching this I decided on the Yale x Nest.
It’s more secure than a keyed lock in the following ways:
It’s less secure than a physical traditional lock in the following ways:
It’s basically the same level of security in the following ways:
Overall, I’d say it’s more secure against real-world risk, where the weakest link tends to be the people you share your keys with.
Racists would pay quite a bit of money to be able to target certain ethnic groups.