Acer Laptop W/Fingerprint Recognition System
Dekaner writes "Acer has announced the TravelMate 740 with a built-in fingerprint recognition security system. The fingerprint sensor is part of the notebook? s palm rest. Users must train the recognition system, which is then used to boot the machine or to decrypt files stored on the hard disk. The TravelMate has a 1.2 GHz Pentium III processor, a 15-inch screen with a resolution of 1400 by 1050 pixels, built in 56K modem and Ethernet connection, and it can be supplied with either 128 or 256 MB of memory. It can be configured with a second hard disk, CD-ROM, DVD, or a DVD-CD-RW drive. It will go on sale in October."
I knew someone would eventually find a way to make all those fancy CEO's give their laptop the finger.
Btw: for all the l337 hackers suggesting cutting off fingers: proper finger recognition systems can sense whether the finger being scanned is attached to a living body by checking for temperature, pulse etc. So instead of just stealing your thumb and laptop, they will have to steal you as well.
I intend to live forever, so far so good.
Win2k & XP Pro support NTFS encryption. Sensitive files would be safe even if you mount it outside the system or with a NT boot disk. Plus, you have to log into the file system anyways for access. Still, you could reformat the HD, but the files would go with it.
read my orignal post, its not in the bios in this case..
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ping -f 255.255.255.255 # if only
I'm glad somebody finally said it - this stuff is almost a year old already. This article [PCWorld] explains the technology, including built-in support for 'multiple users'.
--- Sigs are dumb.
Using what encryption key? Your fingerprint?
Obviously not. More likely, a key generated at some point in the setup process, and your fingerprint is merely the passphrase to access the key. Same way PGP does it, really.
We have one of these in the office. It happens
in the BIOS (you need to thumbprint if you want
to change the BIOS settings). I assume that you
would be able to reset it in the BIOS after
validating, but haven't actually tried it out.
(disclaimer, I worked for a few years on a fingerprint security project)
;-)
Actually, the problem is that you have to keep a copy of the fingerprint to match. Getting a copy of this fingerprint from disk or memory would be fairly simple.
Also, you can not hash a fingerprint. Each scan of the same fingerprint is different from the previous one. You can't protect the b' enrolled fingerprint.
The only way this would work is by:
(a) using a dual password/biometric. The password would unlock the b' biometric(enrolled) and the fingerprint would be used to extract it.
(b) using a hardware protection and matching system. Whereby the hardware is responsible for protecting itself. Simular to a smart card concept, the hardware would encrypt the data on disk, and also gather and match the fingerprints. Still, a bit of reverse engineering could defeat this. Also, a cheap fingerprint scanner could probably be fairly suseptable to rubber finger attacks.
Pan
I said no... but I missed and it came out yes.