Farid

What is this about even? What kind of install requires calls?

If I wasn’t dead, I would hate being a person in Middle English era either way.
But thanks for the interesting article.

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In my experience, these mistakes are made primarily by native speakers. Because they learned it by hearing and can’t tell the difference. Those who learned English as a second language learn through books and are explicitly taught the difference.

On Reddit I always assumed that so many people can’t be that stupid uneducated and make these obvious mistakes for engagement bait.
But now that we are on Lemmy, and engagement gets you nowhere, I’m losing faith in humanity at a faster pace.

I’m surprised I haven’t seen the “Adstronaut in Ad Space” joke anywhere else.

I don’t follow. No I don’t think that most people think that Apple and Samsung are spying on them. But a lot of people are concerned about NSA and the likes having access through the cellular service. Which is what the encryption is for.

If it’s the encrypted transfer protocols that you’re talking about, then it’s just for the transfer of data. It was never meant to make things secure on the endpoints. Encrypting your whatsapps, signals and so on just ensures the ISPs and mobile operators can’t read your messages. Also prevents an occasional MITM attack. Once the data reaches your device it’s not encrypted anymore, as you can read it and copy it.

Not really, it can make sense. By “reading” your messages/notifications they could just perform semantic search/categorization, or now, run a local LLM. It doesn’t necessarily mean they send that data to servers or make people actually read it.
Encryption just means the data stored on your device is not saved in plaintext. So if somebody gets their hands on your phone, they won’t be able to hot-wire the memory chip and directly read all the data.

I’m pretty sure it wasn’t on-device before. At least not all the time. But I have some good news for you, they added the ability to type your requests to Siri 😆
And to be fair, some certain things are definitely faster by voice than doing manually, like setting a timer and stuff. It’s just daunting when the assistant misunderstands you or takes ages to respond. If they fixed all that, it could actually be useful.

Based on their claims Siri also works primarily on-device. It wasn’t entirely clear if you can manually prevent the usage of their AI infrastructure, but they definitely implied it. So if that’s true, there’s no real reason to avoid just Siri while still using other AI stuff, cause they are one and the same. And since it runs locally, they can’t even store the voice clips.

It’s weird to assume that OS doesn’t “read” the notification content, because how else would it categorize them by priority, and provide smart replies and stuff.

I’m pretty sure they mean how Apple won’t let you install 3rd party apps and stuff, under the guise of pRiVAcY.

They don’t, actually. Most of AI stuff is processed on device, few go to their private infrastructure, and only certain Siri requests go to ChatGPT, if you give explicit permission.

I’m sorry if I made the false impression that I know what I’m talking about. I’m just discussing and learning as I go. But I went back to the article and looked for the specific figures, and you were right, they are amplifying 1550-nm wavelength, which is NIR. And average glass is usually opaque to wavelength at around 2500nm, so it shouldn’t get blocked. At least not much.

I can’t say I have any experience with PVS-14 or any Night Optical Devices, but from what I see online, it amplifies certain visible spectrum as well as near-IR. It doesn’t seem to rely on IR much. And red dot sights aren’t even IR are they? At least not entirely, cause you can see them with the naked eye.
Regarding glass being opaque to IR, apparently, it depends on the type of glass. I just remembered it from a Vsauce video (IIRC) where it was demonstrated to be opaque. But since term IR is vague and doesn’t have super defined borders, and there are different types of glass, yeah, it’s not a certain statement.

Fair enough, I was being too vague with my statement. I was implying that they don’t emit much IR, as all bodies above 0 Kelvin do emit it. And LED/laser headlights almost don’t, in comparison to xenon and stuff. I looked up some Xe emission graphs and some even straight up show the peak in near-IR, while laser/LED starts flatting out way before NIR.

Well, IR isn’t heat, but it’s associated with it. And since laser and LED lights heat up a little bit, yes, they of course produce a miniscule amount of IR. But it’s pretty much negligible in comparison to their visible spectrum emissions. If you’re already being blinded by the visible range of the laser, the IR part isn’t gonna do much.

Yeah, it’s absolutely clear that nothing is clear about its operation.

If I understood correctly, it captures visible light to use it for the amplification of the IR spectrum.