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Because fingerprint recognition requires ridiculous, expensive hardware. KeyboardPrint (or BioPassword) can be done purely in software. |
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My boss' Mercedes learns his driving style. If the car is driven by someone who doesn't accelerate, brake, turn, etc. the way he does, it asks the driver to enter a security code. If the code is not correct, the car shuts down (and, I believe, calls the police). |
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I would think typing patterns would be more reliable for identification than driving patterns. But you would still need a PIN override for days when you're in a hurry, on medication, etc. |
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I thought of the fingerprint thing but this would then mean that it was implemented on every keyboard which is impractical. My system would work remotely, locally whatever. |
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I think I'v heard of this before, maybe in Neal Stephensons "cryptonomicon". I thought it was a good idea. |
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Hell, if it were -really- good, it could identify particular individual CATS.
Gee, that's useful. |
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Oh, I doubt that it could work remotely, because of lag - even if the lag is a few milliseconds, that's the sort of precision you're talking about. Unless this system is built into the keyboard itself, somehow, but that would be exactly what you were talking about. |
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What would be interesting is if this software was modified so that, say, if a person is holding a gun to your head, you hit the keys harder and slower (deliberately, but the gun-holder won't know that), and the computer pretends there was a power cut or something... Oh, I don't know. |
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Interesting idea; when we can perfect this software and validate it it would definitely be of use. |
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