I'm pretty sure this is just incorrect. According to the linked report[1], they tested it for compatibility with OpenDrop, so I think they simply implemented AWDL.
That might also explain the limited Pixel 10 rollout, if it required a specific WiFi chipset/firmware.
> Close-range wireless file transfers: this feature allows to access the same iOS-controlled features as Apple’s services in third-party file sharing apps, creating, for example, alternatives to AirDrop.
> Under pressure from the EU’s Digital Markets Act (DMA), Apple is being forced to ditch its proprietary peer-to-peer Wi-Fi protocol – Apple Wireless Direct Link (AWDL) – in favor of the industry-standard Wi-Fi Aware, also known as Neighbor Awareness Networking (NAN). A quietly published EU interoperability roadmap mandates Apple support Wi-Fi Aware 4.0 in iOS 19 and v5.0,1 thereafter, essentially forcing AWDL into retirement. This post investigates how we got here (from Wi-Fi Direct to AWDL to Wi-Fi Aware), what makes Wi-Fi Aware technically superior, and why this shift unlocks true cross-platform peer-to-peer connectivity for developers.
That's what was confusing to me. It's one thing for Apple to add wifi aware by force, it would be another for them to completely reimplement Airdrop with it. I don't think they were required to do that.
Waayy back in 2009 we had Bump [1], which allowed transfer between devices and later web apps as well – by banging your phone against the spacebar. It worked 98% of the time and was faster than AirDrop is today, even though we only had 3G.
Do we know for a fact that DMA has anything to do with it? According to Google, Apple had nothing to do with this announcement. The way I have read it is a bunch of Google hackers reverse engineered Airdrop and that's that. And it's coming to other Android devices, so the Pixel 10 lock-in is just a marketing move.
The DMA forced Apple to move all of their P2P Wi-Fi stuff from their proprietary AWDL stack to the current Wi-Fi Aware-based implementation. Whatever work Google did to reverse engineer Airdrop was based on the Wi-Fi Aware implementation of Airdrop, rather than the older AWDL. They didn't get the whole stack for free, but it's not nothing either.
This is great! I notice that’s on the ditto blog. I can see why the ditto developers are watching with keen eyes!
I have a modern digital camera complete with wifi and bluetooth. There’s an app that lets me connect the camera to my iPhone for monitoring, remote shooting and copying photos. Very useful! But right now the only way for the camera to connect to my phone is through some super complicated song and dance, involving my phone requesting a connection over Bluetooth, then the camera running a wifi access point that my phone connects to (during which time my phone disconnects from my home wifi). It’ll be wonderful when my camera can use wifi aware instead, and this can all happen instantly, without permission prompts and without booting me off wifi in the process.
I really hope we see a resurgence in local-first networking. My wife and I can't even play a LAN game of Age of Empires 2 on a plane unless the flight has wifi.
> he only way for the camera to connect to my phone is through some super complicated song and dance, involving my phone requesting a connection over Bluetooth, then the camera running a wifi access point that my phone connects to (during which time my phone disconnects from my home wifi)
Sounds like a Nikon mirrorless. I have a Z6iii, and I am constantly confused with the networking setup. There are something like three duplicated menus, all with very similar functionality.
MacOS doesn’t have a gatekeeper status in the Digital Markets Act (DMA), so Apple doesn’t need to provide it. This shows that they only provide the SDK because of regulatory pressure, and try to maintain their vendor lock-in where possible.
>AirDrop also shares your full name (seemingly the one associated with your Apple ID, not what you have set for yourself in your contacts), both by displaying it in the sharing interface on the involved devices and by attaching it as an extended attribute to uploaded files.
>So if you AirDrop some files to your computer and then zip them up, anyone you send that zip to (a journalist, a public file-hosting site, w/e) will have your full legal name to go with them.
I wonder if Google is adding metadata as well. Otherwise there does seem to be the problem of, for example, threats being AirDropped in a public place.
Using macOS 26 and iOS 26 I was unable to reproduce their findings. I airdropped a photo from my iOS device to my laptop, and nothing in `mdls`, `xattr -l`, `exiftool -s`, `rg -i` showed my name.
It wouldn't surprise if Apple had fixed this, it's the sortof thing they would fix, but it may be worth trying with 2 devices not from the same iCloud account. Wouldn't surprise me if the code paths were subtly different in that case.
Just a tip - You can put any string as your name for your Apple ID. you can also change it at any time. I have it as Mac Book. It's not checked when making any credit card payment, AFAIK.
Just keep in mind, if you give your device to the Apple Store for repairs, they'll automatically expect the person who is picking up to have a matching ID to the Apple account.
It was a fun misunderstanding to resolve when I went to pick up my repaired Macbook Pro and they expected my ID to say Mark Suckerberg. It was resolved relatively uneventfully but still had to get the manager over.
When you create a ZIP, the extended attributes are saved to separate files. When you copy them to a FAT filesystem they are also saved to separate files.
If you're someone who's bought into the Apple ecosystem over multiple devices, or ave a partner or children who are also using devices in the Apple ecosystem, then your Apple ID is something that is very definitely tied to you and probably difficult to change/give up when you replace your phone.
I don't think it would be at all surprising to find that the vast majority of people use their legal name or something closely associated with their identity, and that it persists over multiple devices.
As defensible as it may be, your behavior is very far from the norm. You may not consider this a aggressive privacy practice but demographically speaking, it absolutely is.
Incredible! In an astounding feat, it has only taken a mere two decades to enable the world's largest tech companies to provide the most basic levels of interopability.
At this breakneck speed of technological development, one can only imagine what wonderful boons await consumers in the next few decades.
Really? It has been by far the fastest and simplest option I've found and use across all my devices these days. Not that I looked very deep though, like pairdrop and such.
One of those apps that "just works". Been using it recently to share files between an Android phone and my Mac. Turns out it works better than Airdrop itself when I couldn't send a file from my iPhone to my Mac. Great user experience as well.
For the first 3, that's mostly because technology has stopped being a productivity tool and became an ad delivery vehicle with some vestigial (and deteriorating) productivity features.
I am still think that transfering state between devices is the next big thing(tm) waiting to happen. I am working on a file on my macbook, now I want to seamslessly move the whole application working on it to my nearby Windows machine and just continue. Seems impossible right now.
Even expecting state on a single device to remain is a pretty tall order. Something randomly happens at least once a week which forces me to close all my browser tabs, either the OS or the browser restarts. Often while I'm working.
Apple has been iterating on Handover and Continuity for many years and it’s still not perfect (maybe it’s better on a newer stable of devices, I couldn’t say). But it’s clearly challenging even within a tightly coordinated ecosystem; I suspect crossing the platform divide reliably would be extremely hard.
> It's amazing how seemingly trivial things turn out to be really hard to be in practice
There is nothing "amazing" there, just big tech trying to lock you up in their ecosystem and make your use of "other" devices as difficult as it can be.
Though I think it is important to point out, that the reasons are very different ones. It is not due to some technological difficulties. It is more. about ruthless companies throwing logs between our legs in some cases, then just lack of skill and quality in some cases, and people not being very high on the computer literacy scale.
It’s not if you pay the price. I have a Brother printer (inkjet) and it literally just works. I can go months without printing anything, then I just print a document from my phone or laptop and it just works.
This is something that should be normal but I’m still amazed every time I use it because I had an Epson before and the experience was… not the same.
Printer manufacturers make it difficult. There are standard printing protocols but printer manufacturers will disable those until you've installed their ad-filled, subscription-filled app. If it weren't for the industrial sabotage, just plugging a USB printer into a computer or clicking "add printer" from a network browser would just work out of the box.
Mopria pretty much universally fixes printing on all competent printers by smoothing over the rough edges of IPP.
I think specifically latest Pixels are often Google's beta testers. The enthusiasts owning them are happy to get features first and won't complain too much if it's rough around the edges. The phone is also not big enough revenue driver for them to be afraid that too many people would abandon it due to buggy new features
Also `we welcome the opportunity to work with Apple to enable “Contacts Only” mode in the future` doesn't make it sound like Apple actually helped implement this
That hardware is completely unrelated to such a simple feature. Something like AirDrop will only use fairly trivial crypto, which most likely ciphers with full acceleration available but even without it would work fine with plenty of performance headroom.
Neither Apple nor Google is doing anything revolutionary with their silicon for such a standard compute task. It's really mostly minor tuning to get a more optimal part instead of an off-the-shelf chip catering to other uses too, with die area and power consumption "wasted" in your setup.
We get the early worm. At the same time, as a screenreader user, I wished that I didn't miss the responsiveness and ease of use of my old Samsung Galaxy S9+. I fail to comprehend how Google managed to make a phone which is harder to use than something produced 7 generations ago.
We've reached the point where a program that simply links file selection dialog APIs with network identity broadcast and file transfer APIs is so difficult to get working, that you can't expect it to be functional without the exact specified hardware and software version it was written for.
At the same time as we have companies trying to push their humanoid robots with AI and all, we finally have devices able to communicate with each other again. Vendor locking is such a stupid thing.
The file system is the ultimate API, and it gives the user an enormous amount of control to take data, copy it, back it up, transform it, encrypt it, send it places, restore it, etc.
They did a pretty hard reverse on that. There's now a full Files app with integration with other apps (cloud storage, asset managers like Adobe, terminals for SSH transfers, etc). Unfortunately a lot of apps have never caught up and will only save stuff in the pre-Files sandboxes and not the shared local or cloud containers.
Yes - it’s not like they have had a literal app called “Files” since 2017 and if you install apps like Dropbox, OneDrive, Google Drive etc they all show up in the Files app and are choosable destinations from any app that uses the Files dialog…
They have rolled it back over the years. Theres a full files app now, USBs can be easily plugged in to the iPhone, every app that allows exporting allows saving to the files section, etc.
I miss being able to plug my phone (of any kind) in and getting it mounted as a drive letter.
Android misses the mark so much with MTP and iPhone… waves frantically at iTunes.
(At least, in a weird bizarre twist, the iPhone’s Files app is actually really useful for me. I find myself formatting flash drives, copying stuff from network shares, etc, all from my phone and it’s so nifty to have nearly-first-class features there.)
MTP is really, really bad. I have a better experience managing files on iOS devices using Linux than I do managing files on Android devices using macOS simply because available MTP implementations are so awful.
I know that read/write conflict concerns are what got USB Mass Storage mode removed from Android, but surely there's some way to resolve that. Like it wouldn't bother me a bit if Android just locked the device and put it in "file transfer mode" when it's mounted on a computer, similar to how iPods used to and how Kobo e-readers do now. It'd be worth the universal robust multi-platform support.
Looks like this is an Apple problem that can ve solved by not using Apple products. Every once in a while I look at some Apple device and think it's nifty. Shortly after I'm made aware of some thing or other that they can't do because Apple just doesn't like standards, open source, or just freedom itself.
Yes. When my mom got her first Android phone, she wanted to transfer all her photos from her Motorola Razr flip phone. She said the guy at the AT&T store had a device that would plug in to the data ports of various phones and transfer stuff between them, but it wouldn't do it, so he declared it impossible.
My mom was upset that she would lose her photos, so I puzzled over it for a long time trying to figure out a way. Finally, I realized I was being stupid and missing the obvious: both phones had Bluetooth! I paired them with each other, dug through Razr menus, selected the photos, and did a Bluetooth file send. As expected, the photos went right over. Well, I shouldn't say right over because it was very slow, but it worked just as it should.
When I was in high school we chatted exchanging notes/txt files between Nokias, LGs, Samsungs and Sony Ericsson feature phones and Windows Mobile (I had an HP one) and Symbian (two friends who had a N95) smartphones.
This was just as broadband was getting popular, so those who had it usually downloaded MP3s and then distributed them at school through Bluetooth. I remember one friend using her phone as a bridge to copy files from me using Bluetooth and sending to another friend's phone using IR.
This was across all the classroom, this definitely wasn't restricted to the nerdy clique. We found out that chatting through notes exchange worked pretty well and then it spread like wildfire. SMSes were expensive in my country!
This was like 20 years ago. Maybe 2006-2007. Twenty years later we're commemorating that Bluetooth File Exchange over WiFi is now interoperable between the only two major mobile OS as if it were a revolutionary technology. How backwards it is.
In the year of our lord 2007, my classmates would send (often explicit) videos via bluetooth from their phones (of any manufacturer/model/platform) to teachers' laptops when they were plugged into the projector. They would usually auto-play.
Until reading this thread, I had no idea that iPhones did not support Bluetooth for file transfer. I had expected comments like "we can do this with an entry-level phone via Bluetooth already".
On the other hand, with the ubiquity of always-on Internet access and cheap data plans, in most situations where Bluetooth would have been used, I now see WhatsApp being used instead.
Some background: https://www.ditto.com/blog/cross-platform-p2p-wi-fi-how-the-...
On the Apple side, this was prompted by the EU Digital Markets Act: https://digital-markets-act.ec.europa.eu/questions-and-answe...
That might also explain the limited Pixel 10 rollout, if it required a specific WiFi chipset/firmware.
[1] https://www.netspi.com/wp-content/uploads/2025/11/google-fea...
> Close-range wireless file transfers: this feature allows to access the same iOS-controlled features as Apple’s services in third-party file sharing apps, creating, for example, alternatives to AirDrop.
As you can read here (https://www.ditto.com/blog/cross-platform-p2p-wi-fi-how-the-...):
> Under pressure from the EU’s Digital Markets Act (DMA), Apple is being forced to ditch its proprietary peer-to-peer Wi-Fi protocol – Apple Wireless Direct Link (AWDL) – in favor of the industry-standard Wi-Fi Aware, also known as Neighbor Awareness Networking (NAN). A quietly published EU interoperability roadmap mandates Apple support Wi-Fi Aware 4.0 in iOS 19 and v5.0,1 thereafter, essentially forcing AWDL into retirement. This post investigates how we got here (from Wi-Fi Direct to AWDL to Wi-Fi Aware), what makes Wi-Fi Aware technically superior, and why this shift unlocks true cross-platform peer-to-peer connectivity for developers.
https://darker.ink/writings/Mobile-design-with-device-to-dev...
It has a lot of potential but unfortunately it has been kept back until now by lack of support and interoperability.
Google acquired it and immediately killed it.
[1] https://en.wikipedia.org/wiki/Bump_(application)
I have a modern digital camera complete with wifi and bluetooth. There’s an app that lets me connect the camera to my iPhone for monitoring, remote shooting and copying photos. Very useful! But right now the only way for the camera to connect to my phone is through some super complicated song and dance, involving my phone requesting a connection over Bluetooth, then the camera running a wifi access point that my phone connects to (during which time my phone disconnects from my home wifi). It’ll be wonderful when my camera can use wifi aware instead, and this can all happen instantly, without permission prompts and without booting me off wifi in the process.
Sounds like a Nikon mirrorless. I have a Z6iii, and I am constantly confused with the networking setup. There are something like three duplicated menus, all with very similar functionality.
- send a file to their phone
- charge their phone if they visit me [1] (without a huge bag of accessories)
- send them money [2] (without them giving some weird company their banking details)
- pay them [3] (even if they are from a neighboring country)
What will they think of next?! And to think, some of these things even work in the US. What a time to be alive.
[1]: https://en.wikipedia.org/wiki/Radio_Equipment_Directive_(202...
[2]: https://en.wikipedia.org/wiki/International_Bank_Account_Num...
[3]: https://en.wikipedia.org/wiki/Euro
Dead Comment
>AirDrop also shares your full name (seemingly the one associated with your Apple ID, not what you have set for yourself in your contacts), both by displaying it in the sharing interface on the involved devices and by attaching it as an extended attribute to uploaded files.
>So if you AirDrop some files to your computer and then zip them up, anyone you send that zip to (a journalist, a public file-hosting site, w/e) will have your full legal name to go with them.
Linked article from that thread is moved to https://medium.com/@kieczkowska/introduction-to-airdrop-fore... (but is archived).
I wonder if Google is adding metadata as well. Otherwise there does seem to be the problem of, for example, threats being AirDropped in a public place.
It was a fun misunderstanding to resolve when I went to pick up my repaired Macbook Pro and they expected my ID to say Mark Suckerberg. It was resolved relatively uneventfully but still had to get the manager over.
A bit of a leap to assume that your Apple ID (or the name you give your iphone) is your full legal name ... or related to any name at all ...
My apple ID is built specifically for just that phone and is jettisoned when I upgrade/change the phone. The apple ID is not related to my own name.
I don't consider this an aggressive - or even interesting - privacy practice.
Did you use your full legal name when you signed up with Blizzard for WoW ? Why would you do anything different for Apple ?
They are not the IRS. They are not a passport agency. They are not the government. Stop treating them that way.
I don't think it would be at all surprising to find that the vast majority of people use their legal name or something closely associated with their identity, and that it persists over multiple devices.
At this breakneck speed of technological development, one can only imagine what wonderful boons await consumers in the next few decades.
This is why we need more scrutiny against big tech. Interop and platform openess.
So what's better than this?
- sharing files between two phones
- printing a page on that printer over there
- getting the projector to display my screen (correctly, or at all)
- getting my wife not to click on a link in a random email
I've been using Quick Share to send files between different makes of Android phone for ages. This is entirely on Apple.
Had to fall back to old school bluetooth, and like 1 MB/s to share a video with a friend.
There is nothing "amazing" there, just big tech trying to lock you up in their ecosystem and make your use of "other" devices as difficult as it can be.
And of course deny it along the way.
This is something that should be normal but I’m still amazed every time I use it because I had an Epson before and the experience was… not the same.
Mopria pretty much universally fixes printing on all competent printers by smoothing over the rough edges of IPP.
Hot take: MUAs should simply not make links clickable/copyable on render, or even strip any URI away completely.
Then I assume they'll roll it out further
For better or worse, I do own Pixel 10
https://security.googleblog.com/2025/11/android-quick-share-...
Also `we welcome the opportunity to work with Apple to enable “Contacts Only” mode in the future` doesn't make it sound like Apple actually helped implement this
The answer to your first question may simply be they want to sell more Pixel 10 phones.
The investment into custom silicon is more likely to pay off when new and exiting features are exclusive to the newer platform.
Neither Apple nor Google is doing anything revolutionary with their silicon for such a standard compute task. It's really mostly minor tuning to get a more optimal part instead of an off-the-shelf chip catering to other uses too, with die area and power consumption "wasted" in your setup.
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We used to be able to send files over Bluetooth before the iPhone came out.
Apple likes to have far more control than that.
Now "bluetooth" I could buy (and I do not miss at all).
Android misses the mark so much with MTP and iPhone… waves frantically at iTunes.
(At least, in a weird bizarre twist, the iPhone’s Files app is actually really useful for me. I find myself formatting flash drives, copying stuff from network shares, etc, all from my phone and it’s so nifty to have nearly-first-class features there.)
I know that read/write conflict concerns are what got USB Mass Storage mode removed from Android, but surely there's some way to resolve that. Like it wouldn't bother me a bit if Android just locked the device and put it in "file transfer mode" when it's mounted on a computer, similar to how iPods used to and how Kobo e-readers do now. It'd be worth the universal robust multi-platform support.
Cross platforms, really? So for example between a Blackberry and a Windows CE phone?
Yes, it was part of the Bluetooth file transfer spec[0] and possible between any two devices that implemented it correctly.
0: https://www.bluetooth.com/specifications/specs/file-transfer...
My mom was upset that she would lose her photos, so I puzzled over it for a long time trying to figure out a way. Finally, I realized I was being stupid and missing the obvious: both phones had Bluetooth! I paired them with each other, dug through Razr menus, selected the photos, and did a Bluetooth file send. As expected, the photos went right over. Well, I shouldn't say right over because it was very slow, but it worked just as it should.
This was just as broadband was getting popular, so those who had it usually downloaded MP3s and then distributed them at school through Bluetooth. I remember one friend using her phone as a bridge to copy files from me using Bluetooth and sending to another friend's phone using IR.
This was across all the classroom, this definitely wasn't restricted to the nerdy clique. We found out that chatting through notes exchange worked pretty well and then it spread like wildfire. SMSes were expensive in my country!
This was like 20 years ago. Maybe 2006-2007. Twenty years later we're commemorating that Bluetooth File Exchange over WiFi is now interoperable between the only two major mobile OS as if it were a revolutionary technology. How backwards it is.
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kind of worked with flip-phone resolutions, but tiresome with multi-megabyte pictures of today
On the other hand, with the ubiquity of always-on Internet access and cheap data plans, in most situations where Bluetooth would have been used, I now see WhatsApp being used instead.
Here is a more hilarious attempt to break Vendor lock from the 90s!: https://youtu.be/TcJBXgmdX44?t=98
Things were more fun back then. Now Google vs Apple is so BORING! :D
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