Bemsha Swing
One Take featuring Terri Lyne Carrington
Phil Dwyer – sax Robi Botos – piano Marc Rogers – bass Terri Lyne Carrington – drums
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Bemsha Swing
One Take featuring Terri Lyne Carrington
Phil Dwyer – sax Robi Botos – piano Marc Rogers – bass Terri Lyne Carrington – drums
"2001: A Space Odyssey" [Lou Pomanti. Single adelanto de Lou Pomanti & Friends (Vesuvius Music, 2022)] Por Pachi Tapiz. JazzX5 #503 [Minipodcast de jazz]
“2001: A Space Odyssey” [Lou Pomanti. Single adelanto de Lou Pomanti & Friends (Vesuvius Music, 2022)] Por Pachi Tapiz. JazzX5 #503 [Minipodcast de jazz]
“2001: A Space Odyssey” Tribute to Deodato Lou Pomanti Lou Pomanti & Friends (Vesuvius Music, 2022) Lou Pomanti, Stee Heathcote, Marc Rogers, Randy Brecker. El tema es una composición de Richard Strauss. ¿Sabías que? “2001: A Space Odyssey (Tribute to Deodato)” es el tercer single que se publica como adelanto de Lou Pomanti & Friends. Posteriormente a su publicación, se publicaron otros dos…
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iPhone 6 Touch ID Still Vulnerable to Specialized Fake Fingerprint Hack
Apple has actually done little to enhance security in the Touch ID technology made use of in its existing iPhone 6 handset, claims security analyst Marc Rogers of Lookout Security (through CNET). As revealed by Rogers, the current iPhone models are susceptible to hacking making use of the same fake fingerprint technique initially demonstrated with the iPhone 5s. The technique requires a hacker to lift an ideal finger print from a strong surface area and produce a copy using forensic methods that need customized devices. If done properly, these replica finger prints can activate the Touch ID sensors on both the iPhone 6 and the iPhone Fives.
Sadly there has actually been bit in the way of measurable enhancement in the sensor between these 2 gadgets. Fake finger prints created using my previous strategy were able to easily deceive both devices.
Rogers adds that the only changes in Touch ID seem in the sensitivity of the iPhone 6 finger print sensor, with the iPhone 6 possibly supporting a higher resolution scan. This enhanced scanner makes it harder for a fingerprint to be cloned by an unskilled criminal, however it does not include any extra security safety measures, such as a time-based passcode requirement, to the Touch ID authentication system.
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Touch ID might provide sufficient security for unlocking phones, but Rogers concerns its effectiveness as a deterrent to the far more financially rewarding credit card and mobile payment theft. With Apple opening its iPhone 6 to mobile payments with Apple Pay, the potential for this form of theft ends up being more likely as criminals begin targeting iPhone users in order to make use of these mobile transactions. Still, the intricacy of producing a phony fingerprint suggests users are far more most likely to be impacted by a stolen plastic credit card than a spoofed Touch ID fingerprint linked to Apple Pay.
[T] he sky isn’t really falling. The attack requires ability, persistence, and an actually great copy of somebody’s fingerprint– any old spot won’t work. Additionally, the procedure to turn that print into a useable copy is sufficiently complicated that it’s extremely unlikely to be a danger for anything aside from a targeted attack by a sophisticated individual.
Apple Pay is Apple’s new mobile payment effort that will certainly debut with an iOS software application update next month. The system makes use of NFC to process payments wirelessly with a one-time token and Touch ID permission for security. Apple is partnering with charge card companies and United States merchants including Walgreens, Macy’s, and Nike to roll out the service.
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iPhone 5S: would thieves really chop off your fingers to access it?
The newest phone from Apple uses fingerprint scanning security. If someone nabbed your iPhone, they would need your dabs to use it. Time to keep your phone – and hands – in your pocket?
Will the criminal of tomorrow need to carry a pair of secateurs in his back pocket if he is to make a success of a career in identity theft? The question is prompted by the news that the new iPhone 5S will operate via a fingerprint scanner, supposedly leading us into a brave new world free of the irritating necessity to remember passwords or pins.
Some news reports have suggested that passing iPhone thieves will merely grab hold of their victims, cut off their fingers, wipe away the blood and then have easy access to all their personal details. “Thieves in some regions have worked out that you can force a victim to unlock a secured device, and in some extreme cases have also mutilated victims in order to steal their fingerprint,” Marc Rogers of Lookout Mobile Security in San Francisco warned the Huffington Post ominously.
Is this really something to worry about? Villains have never been too squeamish about removing parts of other people’s bodies, although this is usually done after a murder to hinder identification. Kidnappers have long since learned that there is no simpler way to concentrate the mind of a victim’s family. When J Paul Getty III, the heir to the family fortune, was kidnapped in Italy in 1973 an envelope containing his ear was sent as part of a $3m ransom demand. But it is hardly practical as part of an opportunistic iPhone snatch.
Other less bloody techniques for copying fingerprints have also been suggested. Dave Birch of Consult Hyperion, an IT security consultancy, has heard about all of these fiendish tricks to get round fingerprint security, including “the Japanese guy who did it with jelly babies”.
In a 2002 experiment, cryptographer Tsutomu Matsumoto transferred latent fingerprints from a glass to a fake finger made from gelatine. It fooled fingerprint detectors four times out of five.
And, as Birch points out, thieves wouldn’t have to look far for the prints, since the shiny glass and metal surfaces of the average smartphone tend to be covered in them.
Meanwhile, he has some words of reassurance for anyone who thinks they will only be able to go out in public with their new iPhone if they are wearing a pair of thick motorcycle gauntlets. It is unlikely that thieves will lop off your digits, he says from a seminar in Zurich. “If an attacker holds a knife to my throat, I will tell them the passcode, or unlock the phone for them – there is no need for them to cut off my finger.”
Marc Rogers @ D1 by Michael Morgan