In a Test, 3D Model of a Head Was Able To Fool Facial Recognition System of Several Popular Android Smartphones (forbes.com) 123
Forbes magazine tested four of the most popular handsets running Google's operating systems and Apple's iPhone to see how easy it'd be to break into them with a 3D-printed head. All of the Android handsets opened with the fake. Apple's phone, however, was impenetrable. From the report: For our tests, we used my own real-life head to register for facial recognition across five phones. An iPhone X and four Android devices: an LG G7 Linq, a Samsung S9, a Samsung Note 8 and a OnePlus 6. I then held up my fake head to the devices to see if the device would unlock. For all four Android phones, the spoof face was able to open the phone, though with differing degrees of ease. The iPhone X was the only one to never be fooled.
There were some disparities between the Android devices' security against the hack. For instance, when first turning on a brand new G7 Linq, LG actually warns the user against turning facial recognition on at all. No surprise then that, on initial testing, the 3D-printed head opened it straightaway. [...] The OnePlus 6 came with neither the warnings of the other Android phones nor the choice of slower but more secure recognition.
There were some disparities between the Android devices' security against the hack. For instance, when first turning on a brand new G7 Linq, LG actually warns the user against turning facial recognition on at all. No surprise then that, on initial testing, the 3D-printed head opened it straightaway. [...] The OnePlus 6 came with neither the warnings of the other Android phones nor the choice of slower but more secure recognition.
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A company obsessed with a completely closed platform and total ownership of that platform is never the lesser of two evils.
That said, if you are already using a smartphone connected to a carrier it's a little late to pretend the security of your data and privacy are important to you. You already sold them for convenience. At that point the questions are how many Johns; do you speak greek; what are your rates; and about just a little metadata?
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As for the carrier and my data and privacy, how exactly are they able to peer into my data considering all of it is encrypted at rest on the iPhone and all of it that moves off my phone over their pipes is encrypted as well?
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Right. The smartest ones are those that pay 3x more to have the same technology, but with a fruit figure etched into its frame.
The irony of your comment is lost on you, isn't it? Especially considering the content of the article on which you're commenting.
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mission impossible (Score:2)
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Yep, and none of this will stop the police from holding your skull in place and forcing your index finger onto the phone to unlock it. They aren't afraid to get handsie and they tend to come in enough numbers to overwhelm you. Not to mention defending yourself against the police just gets you in more trouble.
Have fun with your "safe" phone.
Re: mission impossible (Score:1)
Can't force your eyes open (Score:2)
Yep, and none of this will stop the police from holding your skull in place
Even if they do that as long as your eyes are closed it won't unlock the phone.
Especially if you saw there might be an issue and tapped the power button five times, which makes all iPhones require a passcode to unlock instead of biometrics...
Apple is the only one with a truly secure approach, in public view use biometrics to unlock your device, instead of using your password in public in view of many cameras. Then when entering secu
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Apple is the only one with a truly secure approach,
Number 538!
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If the RCMP wants a look at my phone I'll happily unlock it for them. What's important to me is that if a random meth-head or similar thieving opportunist steals my phone they can't grab my personal data for nefarious purposes.
If I was into serious stuff and using my daily phone for it, I'd disable biometrics. Until then FaceId is brilliant and safe for my use case.
Biometrics are generally a bad idea (Score:5, Insightful)
Biometrics are generally a brilliant idea (Score:5, Insightful)
Thank you for pointing this out, again.
I'm sure a 4 digit code smeared on the display is a lot safer.
That is the alternative security measure for most people and thus most phones.
Biometrics that are hard to spoof within the 4 tries an adverary has before the device falls back to a 6+ character alphanumeric code are just brilliant and way more secure in real life.
Re:Biometrics are generally a brilliant idea (Score:5, Informative)
At least in the US, yes, the 4 digit PIN smeared all over your device is a lot safer. You see, that 4 digit PIN has been declared to be protected under the 4th amendment. Fingerprint scans and facial recognition hasn't. So nobody needs to try to spoof it, they can just force you to unlock it and hold you in contempt until you do.
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That sounds like a good idea until you realize you unlocked your phone in the elevator to call your lawyer and the video camera now has your passcode. Passcodes are utter insecure shit.
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until you realize you unlocked your phone in the elevator to call your lawyer
Why are you calling your lawyer in the elevator? Unless your going to chat about the weather I wouldn't risk someone else listening in on the conversation. Also pass codes can be changed; your fingers, face, and voice are quite a bit harder to change.
Yes I know there are times and places you need to put in a pin (say for a debit card), in those places I usually fake a few button presses first, then put in my real pin, then a few more fake presses. Then when I'm done I lightly swipe the keypad to preve
Whoosh (Score:2)
At least in the US, yes, the 4 digit PIN smeared all over your device is a lot safer.
What a hilarious gaffe you made repeating the very statement that proves you wrong!
You see, that 4 digit PIN has been declared to be protected
That protects you legally from having to reveal your passcode...
However if you think back to that sentence you copied, they know from the smears on the screen the digits of your passcode. Making it very likely they could simply guess it.
With an iPhone, if you see them holding a phon
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Obligatory XKCD: https://xkcd.com/538/ [xkcd.com]
That rabbit hole goes even deeper though. Is the information on your computer worth your life? Your daughters life? Your familys life?
And yes, even government officials can, have, and will resort to the above tactics if they deem it important enough.
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Is the information on your computer worth your life? Your daughters life? Your familys life?
That depends - for me pretty much not, but for other people it may be.
My privacy as an abstract concept is worth enough to being willing to miss flights over though, so that's all I ask of technology - to make it hard enough that someone seizing my phone would have to use more "extreme" measures to convince me to unlock something. Yes as soon as they pull out any kind of physical force I am giving them my password,
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If I were worried about a court being able to demand I unlock my phone I'd use more than 4 digits. Much more.
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You only have six attempts to guess [apple.com] the right password: "If you enter the wrong passcode on an iOS device six times in a row, you'll be locked out and a message will say that your device is disabled."
Good luck with that. And then it will be locked to your iCloud account which is nigh impossible to remove by anyone other Apple service centers. iPhone protection against theft is probably the best in the industry.
Re:Biometrics are generally a brilliant idea (Score:5, Insightful)
Re: Biometrics are generally a brilliant idea (Score:2)
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I'm not sure how that works. Does the thief ask you if your phone is protected by a password before they take it?
Re: Biometrics are generally a brilliant idea (Score:2)
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So you use a password because you often leave your phone unattended in places filled with untrustworthy strangers?
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Re: Biometrics are generally a brilliant idea (Score:2)
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Re: Biometrics are generally a brilliant idea (Score:2)
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Re: Biometrics are generally a brilliant idea (Score:2)
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Re: Biometrics are generally a brilliant idea (Score:2)
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Aaand you miss the point... again.
Under what circumstances would you want to change your iris? Your attacker makes a copy of your iris that is good enough to fool your phone into unlocking? Then your opponent is not your younger brother or an opportunistic thief, and you picked the wrong authentication method.
If you are using biometrics as the only authentication factor in some critical application then you are doing it wrong. If you are just using it to stop your "friends" shitposting on your Facebook time
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You don't understand biometrics (Score:2)
You trust your eyes, and you trust that [eventhough it's technically possible] it's not worth the substantial effort it would take for someone to try to fool your eyes.
Biometric security works the same way. The iPhone has a pretty bullet-proof & un-hackable chain of trust between the 3D sensor and the authentication circuitry--and it's really difficult & expensive to try t
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I'm sorry the world is changing too fast for you. (Score:2)
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There will always be passwords (Score:2)
The whole thread was about your little tantrum that "you can't change your face". That's childish little quip is borne out of you not understanding that biometric authentication doesn't require secrets--and thus there's no reason to e
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A username provides zero protection. (Score:2)
The problem is this: stupid IT morons can't understand secret-less authentication, they only understand username:password. They keep trying to understand
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So now you're just lying (Score:2)
Pretty much nobody uses more than single-factor for access to their smartphone. The whole point of FaceID (and TouchID before that) is that most people were still using 0-factor. Decent security is better than no security.
You are falling into the classic security myth that if security isn't perfect then it is useless. People who understand security know that ALL security is
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The four digit pin is fine, and as someone else pointed out legally protected. Biometrics do have a serious issue, for one you just lowered the bar for biometric security to a smartphone that the carrier, feds, and Apple have backdoors into. Since those groups, and potentially their lowest common denominator of trust employee has your biometrics and can spoof them at will what are you going to use for the bank vault where you keep your diamonds?
All these mass hacks dumping credentials? Soon enough they'll b
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Actually, it is. (And on iPhone, it's a 6 digit PIN). Legally too PINs are better.
HOWEVER, people are human. And it turns out the use cases for phones is hundreds to thousands of quick glimpses at the phone throughout the day. So for the vast majority of people faced with either a PIN (or pattern or whatever), it gets in their way
Re:Biometrics are generally a bad idea (Score:5, Interesting)
Biometrics are better than nothing. In this case the attacker needs to scan your head and 3D print an actual-size model of it, so it's still better than a simple pattern unlock or nothing.
It's all about understanding and evaluating the threat. Facial recognition is a cheap, fast and moderately secure system that will keep your friends and siblings and random thieves out.
People who need real security on their phones use proper passwords.
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This. Which is why biometrics are fine for user name, and not for password. No one with any technical skill ever recommends biometrics for security credentials.
Sadly the talking heads and MBAs love buzzwords and don't listen to actual code monkeys.
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You can't replace your fingerprints, iris, or head once they are compromised which happens about every 10 minutes these days.
How is my iris "compromised every 10 minutes?"
The only people with a hash of my iris-pair are the Canada Border Services Agency, and you can't reverse-engineer a pair of irises from a hash of them.
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Most of us who live in a city walk past multiple cameras in many situations. Humans don't have a very reflective tapetum in their eye, but some light still does get reflected out. A camera of sufficiently high resolution could capture your fingerprints, iris scan, and face with enough detail to reproduce any of the three.
Luckily I have a wicked-awesome specially-made tinfoil hat that prevents this.
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True (I would like some citation that this happens every 10 minutes), However this type of information requires a targeted attack, meaning the hacker wants to break into the system with a particular persons credentials. This is a lot of work, as there are often easier ways around it. I am still baffled on why the FBI cannot break the encryption on an iPhone, where all they need to do is open up the device take out the SSD chip and download the data onto an other computer with an OS that will not delete th
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Exactly (Score:3)
IOW most if not all biometric authentication systems suck unless they are coupled with old boring passwords. You leave your fingerprints on everything you touch. Your face and retina can be remotely scanned, saved and duplicated. This leaves us with brainwaves but I'm not entirely sure they can't be copied as well. But you can be sure as hell brainwaves authentication will be incredibly difficult and expensive to implement for smartphone security.
Why weren't they able to crack Apple FaceID? Maybe because their 3D printer wasn't good enough as FaceID scans over 30 000 spatial dots [apple.com] in order to verify your identity but there were reports [gizmodo.com] that it's already been cracked.
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Face ID was cracked less than a month after the original iPhone X was released. In short, they're doing it wrong if they can't fool it with their head. (Most likely they screwed up the eyes. The iPhone really likes the details around the eyes.)
Re: Exactly (Score:1)
IIRC Apple looks specifically for eye movement, and probably looks at IR (aka heat) along with, or instead of, just visible light. I bet the 3D model could work using a hair dryer to heat up the outer surfaces in a lifelike manner, along with some moveable glass eyes. Not especially practical (right now), but with enough demand, a literal framework with internal heating and moving eyes could be created pretty easily, and a head model could be 3D printed around that.
Still prefer my fingerprint sensor.
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That sounds plausible, so it's just a question of sufficient resources and time.
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It doesn't look for eye movement and it doesn't measure heat off the face. It uses IR, but not that kind of IR. IR is actually a fairly large band of EMR - the type Apple uses for the iPhone is "near-infrared" while the band used for thermal imaging of human body temperatures is "long-wavelength infrared."
What it does look for is that the eyes are open and that it can see the iris. And that's almost certainly what this "3D head" was missing - eyes that the iPhone would see as being "open."
Apple driven test? (Score:2)
Is that possible?
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Nope, it's just that Apple's face ID uses infrared -- it's probably looking for some sort of heat signature. A fake head wouldn't have that, and thus doesn't fool it.
Infrared? (Score:2)
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Security (Score:3)
Especially after giving away your head (Score:2)
Especially if you've been handing out high-quality 3D replicas of your head, don't use facial recognition and expect it to be secure.
But yeah pretty much don't expect any technology made after about 1850 to be secure. If you're a spy, a piece of paper and a one time pad might be the way to go.
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I'm actually impressed (Score:5, Informative)
Not many resources required (Score:3)
I also think this is an edge case scenario- Your phone is taken by someone who has the data, resources, and the will to make a 3D model of your head
Not shown: How many of the same phones are also opened by a printout of the face.
Doesn't take many resources to take a picture of someone's face and print it out...
That's because a lot of the Android phones that use facial recognition are doing so from a single camera with no depth map, the way the iPhone works.
Re:I'm actually impressed (Score:4, Informative)
Blinking, or other biomimetic movement, that's what ultimately makes a real head distinguishable from a statue, no matter how good the artist.
Or, if you've got a decent imaging apparatus, you can detect blood pusations in real flesh (e.g., http://news.mit.edu/2010/pulse... [mit.edu])
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How about testing a Surface? (Score:3)
I wonder about the facial recognition built in to the Microsoft surface devices.
Which only reinforces the obvious (Score:2)
So soon (Score:3)
Interesting, but this isn't the first 3D printed body part to convincingly mimic the real thing.
next step: direct digital face model (Score:1)
The next step is you attach a device to the phone which has independent displays feeding each camera.
After you calibrate the signal, you can pass you can pass your AR world with a dynamic fake head, that blinks and moves.
Should be closer to reality and you don't have to carry around a fake head to unlock your phone ...
I guess for security, you could use such a device to increase security, by using a fake head model that is not your own or even real. Perhaps Luke Skywalker with bunny ears.
Perhaps a randomly
I am shocked, shocked I tell you! (Score:2)
Who would ever think that all the methods that have continually worked over and over to defeat biometric methods would continue to work?
P.S.: Train your data sets with reality, not with artificial segments of reality.
Passwords (Score:2)
And if you want to make your strong passcode even more secure, configure your phone so it doesn't briefly show each character of your passcode as you enter it. Looking over someone's shoulder is even easier than building a fancy fake head.