Smart rings aren’t a new idea: There are plenty of fitness tracking, notification-sending, payment or even protective finger ornaments around. But none have the ability to identify you and authorize your transactions wherever you go. That is, until Token hits the market. It’s a biometric ring that can be used to open house doors, start cars, make credit card transactions and sign in to your computer.
Cybercriminals stealing our biometric information is very unsettling. Passwords, credit cards and even Social Security numbers can be changed to guard against identify theft and fraud. Fingerprints, however, cannot. At least, not permanently. Perhaps the only silver lining to the U.S. Office of Personnel Management’s announcement last week that criminals had stolen 5.6 million fingerprint files, up from the 1.1 million files originally reported missing, is that it would be extremely difficult to use such biometric data to commit fraud or theft.
More than 40% of the people on United States government’s shared database of terrorist suspects are not connected to any known terrorist group, according to classified government documents obtained by The Intercept.
Apple is set to mark it’s debut into health and fitness tracking with the iWatch, but one company is taking the concept of wearables a step further with the OMsignal shirt. (Video)
A machine called PulseWallet scanns the veins in your hand and charges your credit card to pay for things. PulseWallet, or palm scanners like it, might soon call your local Starbucks home and provide one more way to pay for your Pumpkin Spice Latte.
Biometric technology has made its way into ATMs as a way to beat card skimmers, but these machines still require customers to insert a card. Now a Japanese bank has announced that it will introduce ATMs that allow customers to carry out transactions with a scan of their palm.
Hilarity quickly ensues when Larry David calls out “I’d know that tush anywhere!” When your car says it – or at least, thinks it – the result is the engine starting and personal comfort preferences like climate control and seat positioning being remembered and activated, hands free. It’s still sort of hilarious, of course, but you can’t deny the security or the practicality inherent in the concept.
Fujitsu’s vein sensor is the world’s smallest and slimmest.
Technology to make biometric security useful is already in place. Manufacturers are making biometric security more efficient, and usable. Fujitsu has created the world’s smallest and slimmest vein sensor. The vein sensor recognizes the veins on the palm of a person’s hand, unlike a fingerprint sensor that reads a user’s finger prints in order to verify a person’s identit. The user just has to hold their palm lightly over the sensor in order to use it. The user doesn’t even have to touch the sensor, eliminating any hygienic issues.
Sikker Baby Monitor
Baby monitors have been around for decades, but the only thing most of them can do is let you know if the kid starts crying. The Sikker (Danish for safety) baby monitor is designed give parents a much better idea of how the baby is doing. (Pics)
Paul Steen and Michael Vogel’s surface tension-based adhesive device with a lego man payload.
Could humans one day walk on walls, like Spider-Man? A palm-sized device invented at Cornell that uses water surface tension as an adhesive bond just might make it possible.
iPods and mobile phones could be fitted with antitheft devices that detect ‘acoustic fingerprints’ so they only work when they are being used by the registered owner
Researchers have discovered that they can identify individuals from the faint sounds made deep inside the human ear and are now developing security devices using the technology.
5 point security on the new Troika gadget card
The Social Security card is one of those objects that’s about as low-tech as they come. It’s a card with a number on it. That’s it. But what if we wanted to give it an update for the 21st century? FrogDesign came up with an idea for just that.