Computers

Microsoft and Fujitsu enable Windows 10 login using a palm vein scan

Microsoft and Fujitsu enable W...
Palm vein scanning is coming to Windows 10
Palm vein scanning is coming to Windows 10
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Palm vein scanning is coming to Windows 10
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Palm vein scanning is coming to Windows 10
Fujitsu says its palm vein scanning is fast and reliable
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Fujitsu says its palm vein scanning is fast and reliable
Fujitsu's PalmSecure tech turns your palm into a map of veins
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Fujitsu's PalmSecure tech turns your palm into a map of veins

Biometric security is becoming an increasingly popular option for tech companies wanting to offer peace of mind to their users, because it's harder to spoof a fingerprint than steal a password. Now Fujitsu has unveiled the latest unlocking method for Windows 10: palm vein recognition.

In fact, Fujitsu has been working on this kind of technology for more than a decade, but it's now partnered with Microsoft to offer palm vein scanning as part of the Windows Hello suite of security measures – that's the tech that lets you log into Windows 10 with your face or your fingerprint, if your computer has the necessary hardware.

And now, palm vein scanning joins the list, though note it's scanning veins rather than actual palms. The idea is that the underlying network of veins are so intricate and complex that they're unique to every user.

What's more, it's much more difficult to get a copy of someone's palm vein blueprint than it is to get a photo of someone's face, which might be enough to get through certain face unlock methods.

Fujitsu is promising that its laptop palm vein scanners, which are only a little larger than a postage stamp, are very fast and very accurate. All it takes is for users to hold their hands just above the scanner, and they're straight into Windows, no password required.

Fujitsu's PalmSecure tech turns your palm into a map of veins
Fujitsu's PalmSecure tech turns your palm into a map of veins

The technology works with a quick upward blast of infrared rays, which bounce back at different rates depending on whether veins are detected or not. The end result is a palm map where veins are shown as black lines, which the security embedded into Windows Hello can then use to verify a person's identity.

It's the deoxidized hemoglobin in the veins that makes them stand out to an infrared scan, and the blood needs to be pumping for it to work – so hackers won't be able to use a severed hand to log into someone else's Windows 10 computer.

A number of businesses are already making use of this PalmSecure technology, and it's now available in Windows 10 Pro laptops from Fujitsu as well. Or at least it is if you're the IT buyer at a company. There's no word on a consumer launch, but the technology is likely to eventually trickle down to the rest of us.

The video below shows the PalmSecure technology working with Windows 10.

Meanwhile other hardware makers continue to experiment with all kinds of biometric identifiers to replace the traditional password. Heart beats, lip motion, and even walking styles are some of the options currently on the drawing board.

Source: Microsoft

Fujitsu Enabling the Modern Workplace

2 comments
Alien
Could this technology be adapted to work with mobile phones? It would seem an obvious next step.
piperTom
Sorry, what is shown here is NOT an unlock from a pal vein scan. It's an unlock from the electronic signal of a palm vein scan. The signal can be copied; another device producing the same signal will unlock the machine. What's needed is a biometric reaction to an outbound signal. If the reader can randomly vary the stimulus, then a canned response won't work. Keep trying.