So:
1. Google trolls the app publisher into toggling an exclusionary option
2. You sideload an original app coming from Google Play
3. The app (yes, the app itself, not Google Play Protect which actually checks that app and lets it pass) checks in result if it was installed from your current Google account from Google Play as if it was paid
4. The app redirects you to a screen on Google Play that tells you to get the same exact app from there because it's "not recognized and could harm your device" despite them knowing that they currently distribute this exact version themselves
5. The new sideload restrictions come in, only "verified developers" can give you an app, and yet somehow you installed an app that can't be trusted in eyes of Google
Make it make sense.
1. Google trolls the app publisher into toggling an exclusionary option
2. You sideload an original app coming from Google Play
3. The app (yes, the app itself, not Google Play Protect which actually checks that app and lets it pass) checks in result if it was installed from your current Google account from Google Play as if it was paid
4. The app redirects you to a screen on Google Play that tells you to get the same exact app from there because it's "not recognized and could harm your device" despite them knowing that they currently distribute this exact version themselves
5. The new sideload restrictions come in, only "verified developers" can give you an app, and yet somehow you installed an app that can't be trusted in eyes of Google
Make it make sense.
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Tadi Channel
What is a small phone? People vary about the definition, but to me, they basically don't exist anymore, so what I'm used to call "small" is what I actually consider as normal. The barrier of it to me is the width of 72mm. Considering how small the list is…
Added Edge 60 Neo, which is a near exact copy of Edge 50 Neo with higher battery capacity + changed the ranking of Find X8s to include paid (although likely purely exploit-based) unlock.
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Samsung's already implemented (on S5KHP5) idea pokes holes (metaphorically and physically) in the premise of getting details out of the pixels behind a shared microlens, for the sake of bringing their design closer to a bigger physical pixel. In the words of paper authors themselves:
Because of the DTI removal, optical crosstalk is expected to increase slightly between pixels under the same microlens as we can see from TCAD simulation.
However, these pixels share the same color filter, therefore, the crosstalk does not impact the performance when operated in binning mode where signals are summed for low light conditions. In high resolution scenes where
each pixels are operated separately, the major cause of signal difference between these pixels are from the misalignment of microlens rather than the crosstalk between pixels and is compensated by proper ISP algorithm.
Because of the DTI removal, optical crosstalk is expected to increase slightly between pixels under the same microlens as we can see from TCAD simulation.
However, these pixels share the same color filter, therefore, the crosstalk does not impact the performance when operated in binning mode where signals are summed for low light conditions. In high resolution scenes where
each pixels are operated separately, the major cause of signal difference between these pixels are from the misalignment of microlens rather than the crosstalk between pixels and is compensated by proper ISP algorithm.
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Tadi Channel
Samsung's already implemented (on S5KHP5) idea pokes holes (metaphorically and physically) in the premise of getting details out of the pixels behind a shared microlens, for the sake of bringing their design closer to a bigger physical pixel. In the words…
Is it alright? Honestly, yeah.
I think there's some value in regularity between pixels, as in elimination of the need for half-shielded designs that require correction even in binned mode. Knowing that this is done for pixels behind a shared microlens only makes it easier to accept the sacrifice of the obtainable detail level, especially if it were to be followed by use of a more granular (in the pixels-after-binning sense) CFA. On the other hand, human vision shows clearly that phase data can be replaced with ML, eliminating the need for designs that sacrifice anything for it in first place. I'm a little bit worried about the access to good ML AF models, but it's going to be the future regardless. So in a way, most likely some day we'll be back to bigger pixels, while the currently cool GN-like and HP-like designs will be a thing of the past.
I think there's some value in regularity between pixels, as in elimination of the need for half-shielded designs that require correction even in binned mode. Knowing that this is done for pixels behind a shared microlens only makes it easier to accept the sacrifice of the obtainable detail level, especially if it were to be followed by use of a more granular (in the pixels-after-binning sense) CFA. On the other hand, human vision shows clearly that phase data can be replaced with ML, eliminating the need for designs that sacrifice anything for it in first place. I'm a little bit worried about the access to good ML AF models, but it's going to be the future regardless. So in a way, most likely some day we'll be back to bigger pixels, while the currently cool GN-like and HP-like designs will be a thing of the past.
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Everything Plus except exactly what Plus used to stand for (periscopic tele)
(yes, I know I'm 3 months late with this, but it's odd to see that Realme refused to compete with Xiaomi in their camera spec sheet, regress and then say it didn't happen, maybe mortals still have no clue about value of peri teles..?)
(yes, I know I'm 3 months late with this, but it's odd to see that Realme refused to compete with Xiaomi in their camera spec sheet, regress and then say it didn't happen, maybe mortals still have no clue about value of peri teles..?)
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Latest Aperture now saves DNG raws even before addition of manual focus. If you have enough storage to keep them, now you can give your pics a second chance. Aperture is now much more capable of being the go-to app for unstacked photos.
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Tadi Channel
Honestly, this is really ugly. As much as it's hard to swallow it, GOS is absolutely right in their Mastodon thread. Not relying on an OS vendor known to merge private patches as soon as possible now means being months behind instead of just one. Unless they…
Wouldn't be surprised if the cost of engineering a 0-click exploit for a mainline Linux smartphone running something that isn't Android is now much greater than engineering one for Android itself. You just need a prerelease access to patches for a very good hint of what you can exploit unbothered until Google catches up, upgrades the severity and makes the patch mandatory for next month and all your targeted devices finally receive it.
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Posted disinfo again xD
Irl OEMs are given lots of free-hand and free SPL string updates with zero security patches as long as Google decides it's not critical enough.
We know that Samsung applied some of the optional patches, but no such statement came out of Xiaomi, they're now allowed to be much lazier than earlier.
I discussed it all.
Irl OEMs are given lots of free-hand and free SPL string updates with zero security patches as long as Google decides it's not critical enough.
We know that Samsung applied some of the optional patches, but no such statement came out of Xiaomi, they're now allowed to be much lazier than earlier.
I discussed it all.
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https://youtu.be/bFuHNIRkJr8
If you ever wondered how staggered HDR looks like when participating frames get misaligned, here you go. The chance that it's anything else is very slim.
If you ever wondered how staggered HDR looks like when participating frames get misaligned, here you go. The chance that it's anything else is very slim.
YouTube
The iPhone 17 Pro Max Camera Has a Serious Problem!
✨ Get 15% off the amazing CASETiFY cases with this link: https://www.casetify.com/alexg
The iPhone 17 Pro Max is supposed to have Apple’s most advanced camera system yet. But after weeks of testing, I’ve found some major issues that no one seems to be talking…
The iPhone 17 Pro Max is supposed to have Apple’s most advanced camera system yet. But after weeks of testing, I’ve found some major issues that no one seems to be talking…
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It's not a Samsung moment, fun stuff also occurred on certain Ace 3V serials. It's the internal confusion about the difference between OnePlus, Oppo and Realme. OnePlus bootloaders used to be a backdoor to unlocking the others. OPlus (the name of this 3 brand entity) caught up on it and implemented serial checks inside OnePlus bootloader images. To demise of the users, these checks seem to be fragmented. Once OP phones start going through the "deep testing", OnePlus bootloaders should stop pranking the device owners.
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Tadi Channel
The app itself and a video nicely showcasing the capabilities of multiple camera modules on single device: https://www.youtube.com/watch?v=c5-hTa7KrJk https://github.com/mirsadm/motioncam/releases
GitHub
GitHub - PkmX/lcamera: A camera app using the new camera2 API in Android Lollipop
A camera app using the new camera2 API in Android Lollipop - PkmX/lcamera
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No, it's not a secret previous owner of your brand new Moto, they indeed perfume their boxes (or phones?) at least on the Edge 50 series.
What they didn't perfume tho is OTA installation experience. It's only incremental to this day. By refusing to use a desktop update tool, you're in for a whole day of updating, and their updates are often far from irrelevant. The things that change make the stock feel somewhat like a custom ROM, with the good and bad aspects of that. Even if you follow just the open source part of their codebase, you'll notice that device specific driver changes occur even long after device release.
Btw: if you take out a Moto from a sealed box, not give it a sim nor wifi, you get a good chance at being able to toggle the OEM unlock instantly.
What they didn't perfume tho is OTA installation experience. It's only incremental to this day. By refusing to use a desktop update tool, you're in for a whole day of updating, and their updates are often far from irrelevant. The things that change make the stock feel somewhat like a custom ROM, with the good and bad aspects of that. Even if you follow just the open source part of their codebase, you'll notice that device specific driver changes occur even long after device release.
Btw: if you take out a Moto from a sealed box, not give it a sim nor wifi, you get a good chance at being able to toggle the OEM unlock instantly.
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Wanna hear a conspiracy theory on why the QPR1 source isn't public to this day?
Since QPRs are only ever used by "best partners" and undoubtedly Google thinks primarily of Pixels when developing them, it's very plausible that they feel free to implement the patches they deem secret and optional, in essence, the "patches from the future" GOS was talking about.
If this happens to be the case, the QPR source releases from now on could take up to 3 months, until all of the patches get released on the QPR0 branch. This can mean that A16 QPR1 will get released in December and the "in coming weeks" promise was a big understatement.
Since QPRs are only ever used by "best partners" and undoubtedly Google thinks primarily of Pixels when developing them, it's very plausible that they feel free to implement the patches they deem secret and optional, in essence, the "patches from the future" GOS was talking about.
If this happens to be the case, the QPR source releases from now on could take up to 3 months, until all of the patches get released on the QPR0 branch. This can mean that A16 QPR1 will get released in December and the "in coming weeks" promise was a big understatement.
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I prefer not to be a rumour guy, but I've heard that bribery services (paid unlock of Chinese Xiaomis at 100$+) are now available again. Does that make Mi 17 more unlockable than S26? Is it morally acceptable to buy it over OP13T and the upcoming OP15T? Uh...
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