Crowdfunded Bounty For Hacking iPhone 5S Fingerprint Authentication
judgecorp writes "There's more than $13,000 pledged for a crowdfunded bounty for bypassing an iPhone 5S's fingerprint reader. The bounty, set up by a security expert and an exploit reseller, requires entrants to lift prints 'like from a beer mug.' It has a website — IsTouchIDHackedYet — and payments are pledged by tweets using #IsTouchIDHackedYet. One drawback: the scheme appears to rely on trust that sponsors will actually pay up."
Other prizes include whiskey, books, and a bottle of wine.
With a $10 Walmart machete from the camping aisle, you can "Hack" off the key for yourself.
Or from the iPhone itself.
Apple has already pointed out that the fingerprint sensor will deliver a false-positive approximately 1 time in 50,000 (which they correctly point out is five times more secure than a four digit passcode which can be guessed 1 time in 9,999 attempts). Further, it's already been covered to death that the fingerprint sensor does not read the outer layer of skin and thus lifting a fingerprint from a beer mug will NOT work (despite the internet's intent to claim that it will...).
There's so much stupid surrounding this that it hurts my brain...
I would not be surprised if someone would have broken it within mere hours after they have become available.
How long does it take to etch a PCB (mould) and how long does it take for gelatine to cool down (finger cast)? (The method that Mythbusters used)
"We mustn't be caught by surprise by our own advancing technology" -- Aldous Huxley
Didn't these clowns watch the keynote?
-jcr
The only title of honor that a tyrant can grant is "Enemy of the State."
Gunblade
I want peace on earth and goodwill toward man.
We are the United States Government! We don't do that sort of thing.
From apple's marketing material the device claims to be a capacitive fingerprint reader and not the optical sort. This is the first I've ever heard of anything like that.
Supposedly it's not vulnerable to lifted fingerprints from other surfaces because it's able to capture sub-dermal characteristics that are not left behind on a fingerprint you'd find on something like a beer mug. So its less a fingerprint reader, and some sort of deep finger scanner.
I'm not sure why this is a big deal either, because historically it's been easy to attack a phone, iphones included, via the usb port/dock/port/whatever. Security companies even sell handheld devices to cops that let them plug-and-play dump phones via said interface ports.
Of course I look forward to seeing what people can do. It will be interesting to see how apple's claims hold up. If what apple claims is true then everything is buttoned up and secured inside some security module in the main CPU. Sounds like you may need to do some JTAG hacking to see what's really going on.
Your finger is not.
nothing more to say.
Didn't these clowns watch the keynote?
-jcr
I am totally shocked someone in the tech industry would launch a project without fully understanding the original problem. SHOCKED I SAY.
Wouldn't the surface of the phone (front or back) be a good place to lift a print of the owner then transfer it to another medium so that you could use it on the phone?
Season 2 Episode 1, "The Human Factor". Mac scrapes some gypsum dust off of a wall and blows it across the reader (a hand print reader, if I remember correctly) like one would dust for fingerprints. Then he wrapped his hand and pressed the reader - voila! It should work as long as the phone's owner doesn't remember to wipe down their fingerprint reader each time they use it.
If someone could find a way around this, it would be worth a lot more than the stated bounty to criminals.
Dig up the corpse of Steve Jobs Chop off thumb. You now have access to every iPhone 5s.
I guarantee you there are back doors in place for that corpse.
I don't know if it 'requires' a fingerprint in order to use the phone, But I will never purchase any device that does. I do however have some suggestions for hacks.
First, somebody come up with an artifical finger complete with fingerprints, temp and a pulse. Second, all the dead people throughout history, the is a potential market for their fingerprints, and so there is also a market for artificial fingers. You could carry around in your wallet, the fingerprint of your choice.
They play their games, and we play ours.
The problem is that the fingerprint scanner could create a false sense of security.
The source you site seems to be saying the opposite of what you claim:
When you touch the iPhone’s fingerprint sensor, it measures the minuscule differences in conductivity caused by the raised parts of your fingerprint, and it uses those measurements to form an image..
Those raised parts of the fingerprint are exactly the ones that deposit fat stains on every surface you touch.
Of course, it is possible that the macworld article is misleading, and that the fingerprint reader reads some other pattern after all. If so, it would be nice to see a source that backs that up. This has been brought up in previous slashdot discussions too, but I have never seen any evidence backing it up, even after explicitly asking for it.
Didn't these clowns watch the keynote?
-jcr
I am totally shocked someone in the tech industry would launch a project without fully understanding the original problem. SHOCKED I SAY.
Yeah, especially with Apple products. I mean, no one overreacts with those, right?
Wait, what the fuck do you mean people are in line already?!?
Probably :)
What is your source for claiming that the sensor reads a different pattern than the normal fingerprints you leave behind? A capacitive fingerprint reader works by measuring the difference in capacitance between the ridges and valleys of your fingerprint. In the ridges, the distance to the more conductive layers beneath the skin (the sub-dermal layers you've heard about) is greater than in the valleys, which gives these regions higher capacitance. I guess the pattern you get this way could be different from the visible fingerprint if the underside of the skin has a significant, different pattern than the overside, but I have not heard that that is supposed to be the case.
To simplify things a bit, the much touted sub-dermal layers work as a sort of capacitive back-light which highlights the differences in thickness of the fingerprint above it. It is, to the best of my knowledge, simply another way of measuring the same fingerprint we see when we look at our fingers.
Virtually the same post got stated when anti-theft engine modules came to car computers. The car is theft-resistant, so just rear-end the car, wait until the driver is out, punch him out and take his keys.
This isn't Apple's problem, and if there is a feature to demand a passcode + fingerprint, this is a nonissue anyway.
From this macworld article on the subject:
A capacitance fingerprint reader leverages a handy property of your skin: The outer layer of your skin (your dermis), where your fingerprint is, is non-conductive, while the subdermal layer behind it is conductive. When you touch the iPhone’s fingerprint sensor, it measures the minuscule differences in conductivity caused by the raised parts of your fingerprint, and it uses those measurements to form an image..
A capacitor works by having an insulator sandwitched between two conductors. The thinner the insulator is, the higher the capacitance. In the case of a capacitive fingerprint reader, the conductors are the reader itself on one side, and the subdermal layers on the other side. In between them, the skin works as an insulator. Hence, by measuring the capacitance, one is effectively measuring the thickness of the skin. I.e. the pattern of ridges and valleys visible on your fingers. This is the layer you claimed wasn't measured in the first place.
They seem to be able to use it, after all...
Good luck, chumps!
(Sore lusers.)
Just get the person really drunk and no need to cut off any finger.
Millions of kids will wake before the rents and grab the phone and then get their parents sleeping finger to play their games.
Higher distance gives lower capacitance, not higher. This does not change the argument, though.
Just take close in photos of all the smudges on the "retinal" display screen extrapolate 3d from it and print it with a 3d printer. Presto access.
This message was not sent from an iPhone because Peter Sellers really was a deviated prevert without a dime for the call
Laptops have had fingerprint login authentication for years. Why all the fuss over what seems to be a more secure method than the one on my wife's four year old HP?
Some mornings it's hardly worth chewing through the restraints to get out of bed.
I enjoy that a large number of the pledged rewards include money but also alcohol. Clearly they understand the potential audience.
"just cut off the owner's finger"
(So original!)
First of all, do you not understand why anyone uses a passcode on their smartphone? (because if you don't, then there's no need for further discussion.)
Secondly, I don't think you've thought it through, as what you describe is insufficient for resetting (stealing) the iPhone 5s. The passcode is needed for that.
$13,000? Bottle of wine? Come on folks.
http://xkcd.com/538/
The sensor in the iPhone 5s utilizes two methods to sense and identify your fingerprint:
Capacitive -- A capacitive sensor is activated by the slight electrical charge running through your skin.
Radio frequency -- RF waves do not respond to the dead layer of skin on the outside of your finger -- the part that might be chapped or too dry to be read with much accuracy -- and instead reads only the living tissue underneath. This produces an extremely precise image of your print, and ensures that a severed finger is completely useless.
This means that the Touch ID sensor should be remarkably accurate for living creatures, but it also means that only a finger attached to a beating heart will be able to unlock it.
Why a disembodied finger can't be used to unlock the Touch ID sensor on the iPhone 5s
A simple hack for the fingerprint sensor is already available ... just look around for a phone owner who is asleep
Assuming that you protect your phone from the random thief, I would recommend installing a tracing app and leaving the phone unlocked - a locked phone will just encourage the thief to hard reset it or turn it off immediately. Same with a laptop - I had some tracing software installed but unfortunately I forgot to enable the guest account so the thief could not use the laptop... and therefore never gave me a chance to locate it.
The whole point of the scanner is that the 90% of iPhone users who don't even use a code because it wastes too much time, might turn it on because it's convenient.
No kidding!!! What do you say at this point?
"Let's set up a fund for making life worse" is a terrible idea. Who exactly do they think they're serving by this?
The real purpose of the sensor is to gather fingerprint data for the NSA. The NSA is now such a bloated runaway monolith, it has every significant company in its pocket vying to find new ways of expanding the 'total surveillance' society. Most of this data is collected simply because it can (and has NOTHING to do with stopping crime or 'terrorism'), but that doesn't prevent depraved individuals finding nefarious uses for the information sometime down the line.
Sounds like you are confusing the NSA with Google.
Exactly. The inclusion of the sensor is not about being 100% secure all the time, it's about encouraging the use of some level of security by the majority who currently have none. Since it is quicker to use the sensor than to swipe to unlock without a PIN, that is the metric to consider.