Technically IoT, but usually these systems use a hub that uses some other tech to connect to the labels as wifi is really power hungry, even if you just wake up every once in a while to ask for updates, and you don’t want 10000 wifi iot things polluting the bandwidth.
The standard elabels cost around $5 in quantity plus some for the hub that updates them, but you get it back eventually as nobody has to print and swap price labels any more.
IPv6 is big enough to give 10 billion unique addresses for every grain of sand on earth and still have some left over. Just in case we need to, I guess.
All the revenue that the Crown Estate generates is given directly to the UK government to use, so they get plenty of tax from it already. ~$400 million in 2022 for example.
Turing tests aren’t done in real time exactly to counter that issue, so the only thing you could judge would be “no human would bother to write all that”.
However, the correct answer to seem human, and one which probably would have been prompted to the AI anyway, is “lol no.”
It’s not about what the AI could do, it’s what it thinks is the correct answer to appear like a human.
I assume this was planned from the beginning
Not planned, but expected. Sony said nuh-uh.
IIRC It was an april fools joke, from the people who made the Bloodborne PSX demake, hence the branding.
I remember back when the Citroen C1/Peugeot 107 had just a speedo and the tachometer was an optional extra you could buy if you wanted to.
Entirely removing them all and not even offering them as an option - when you clearly have them available - is just mental.
For ghost of tsushima, all of them, as it has fsr3 and dlss 3 support.
Heh, I actually started my replay on the Deck yesterday. Bind guard (b iirc) to a back button so you can do it while shooting without accidentally dashing all the time.
R5 is always dodge, B/circle, mostly so I don’t have to claw grip. Rest depend on the game, but usually some mix of face buttons so I can keep thumbs on the sticks while picking up items or changing weapons/items/spells etc, and sometimes with a “hold to use” added in for the same reason.
I use qttabbar, tabs are one of the many improvements it adds.
Yes. Android for example has an option to allow starred contacts or certain conversation notifications to always ignore do not disturb, as well as letting any calls through if the same number calls twice during 15 minutes.
They went just a teeny tiny little bit overboard with the address space. Ipv4 is four groups between 0 and 255, ipv6 is eight groups of four digit hex, 0000 to ffff - e.g the Google DNS ipv4 address is 8.8.8.8. the ipv6 one is 2001:4860:4860:0:0:0:0:8888 (thankfully at least some devices allow using :: to skip all the zeroes, so it’s “just” 2001:4860:4860::8888)
But we now have enough ipv6 addresses to give more than 10 billion ipv6 addresses to every single grain of sand on earth, and still have some left over.
Which is doubly funny when you remember Elon claimed at one point the Cybertruck could be used as a boat.
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There isn’t one.
There probably really has never been one after the initial “three day” special military operation failed - the entire war is a massive exponential sunk-cost fallacy with the need for Russia to win simply because Putin cannot afford to give up or lose after all the losses the war has caused.
That’s exactly what it is. I previously had Intel hardware for a few generations, but I got seriously pissed off that every time I wanted to upgrade, they had come up with a new incompatible socket and discontinued everything older so I had to also buy a new motherboard.
I think they might be a bit better at supporting older sockets these days, but still, too many sockets and incompatible chipsets.
There is a soundcard in the bluetooth headphones and wires are dirt cheap, it’s not about that. Proper lightning headphones require getting your product certified by apple ($$$) and a special apple chip added in ($$$) because iPhones refuse to connect to devices that aren’t.
But they will connect to all bluetooth devices.
Sure. But the IPv6 implementation is a bit like if we went “you know the y2038 problem of 32 bit numbers, and how goin under 1970 is sometimes hard? Lets solve it by making it start from the big bang and store time as a 256 bit integer so we don’t run out until year 3.1 x 10^69”.
IPv6 is big enough for 340,282,366,920,938,463,463,374,607,431,768,211,456 unique addresses. Are we expecting to create an universe consuming army of exponentially replicating paper clip converting robots that each need an IPv6 address or something?