Well it has to go somewhere, you can’t just take in water forever with nowhere for it to go. So either it’s non-potable water being returned to its source, or it’s closed loop. In either case, it’s not really a problem.
pup_atlas
joined 1 year ago
It doesn’t use water in the sense that it is consuming it. It “uses” water in the sense that it is temporarily in a datacenter, gets a little hot, and then leaves the datacenter. I don’t even think a lot of datacenters use actual drinking water, instead taking water directly from a river, warming it slightly, and putting it back in said river.
Not to say I like AI, or think it’s a good thing. But this phrase that’s been going around just bugs me, because it’s really misleading. We should be focused on the ridiculous amount of energy it consumes, not the water it temporarily uses.
The answer to this question is quite simple, because Google (excluding the Pixel line) isn’t making the actual phones, just the software. The actual manufacturers (Samsung, Motorola, Huawei, etc) are taking Google’s OS and putting it on their phones. This case mostly hinges on Googles behavior being monopolistic to them, not to the end consumer.
On the other hand, Apple make both the OS and the Hardware, there’s no manufacturer they’re forcing the app store on, so the same rules don’t apply here.
Sure, but the difference here was that all those companies were offering something different. Some had better results than others, a better ui, more accuracy in certain niches, etc. But 99% of AI companies now are all effectively reselling the OpenAI API. They aren’t making an effort to differentiate themselves at all. It’s as if Google was the only shop in town, and everyone bought all their search data an algorithms to slap their logo on. That’s just simply not sustainable at anywhere near the scale it is now. This won’t be a 3-5 year decline, it’ll be a 2 month crash.
I van totally believe that it detects AI generated content 99% of the time, that’s trivial. What I really wanna know is the false positive rate. If I write a program that flags everything, it’d have a 100% hit rate. It’d also however have a crazy high false positive rate.
Curved screens are often significantly harder (and more expensive, even at independent shops) to replace than standard flat screens.
It’s not just random jitter, it also likely adds context, including the device you’re using, other recent queries, and your relative location (like what state you’re in).
I don’t work for Google, but I am somewhat close to a major AI product, and it’s pretty much the industry standard to give some contextual info to the model in addition to your query. It’s also generally not “one model”, but a set of models run in sequence— with the LLM (think chatGPT) only employed at the end to generate a paragraph from a conclusion and evidence found by a previous model.
Relaying a key signal 20 ft when you know the key is there isn’t too tricky, like when you’re home. But I would propose that trying to relay a signal across hundreds of feet, like a busy mall or store, when you’re not even sure the owner is there is quite another thing. You can also require that the IR blaster is in the car before starting. There’s also a technology Google has been using for a while now where the device (car) would emit a constant ultrasonic signal for the other device (key) to pick up on to determine if they are close to each other. Something that could be done through clothing, but not easily relayed.
Potentially better idea, add a gyroscope to the key fob, and stop broadcasting after the fob is perfectly still for some threshold. That way when you set it down inside it can’t be relayed, but if it’s in your pocket, it won’t remain perfectly still, and will start transmitting. Could also add an IR blaster to detect if you set it down in the car. Battery life would start to become a bigger issue, but I think solutions to these problems could be engineered.
Actually, Windows does allow you to use an alternate “compositor”— a feature which is used quite frequently in the industrial/embedded space. Windows calls them “custom shells”. The default is Explorer, but it can be set to any executable.
https://learn.microsoft.com/en-us/windows/iot/iot-enterprise/customize/shell-launcher
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There are multiple other browser startups in development that are not Chromium based. Like LadyBird (which is completely independant), and Zen browser (which started as a FF fork)