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Tag: RFID

  • Software Engineer ‘Biohacks’ His Body, Has Computer Chips Implanted

    Software Engineer ‘Biohacks’ His Body, Has Computer Chips Implanted

    Cyborgs may be a mainstay of science fiction, but at least one software engineer is bringing the future to the present.

    ABC News is reporting that Ben Workman, a 29 year-old software engineer, has implanted RFID and NFC computer chips in his hands. He also has a magnet implanted in one hand, which he uses for mainly for entertainment value, and a Tesla key implanted in the other.

    According to Workman, it was not easy finding someone willing to implant the chips. The process is relatively simply—similar to microchipping a pet—using a needle to insert the implant under the skin. Despite that, doctors, veterinarians and tattoo parlors all turned him down before his phlebotomist cousin finally agreed to implant the first two.

    Implanting the Tesla key was more challenging.

    “I had to send the valet key to a company called Dangerous Things,” Workman told ABC News. “They take the key, dissolve it in acetate, reshape it and then put a medical polymer on it.”

    While the insertion process is somewhat painful, due to the size needle required, once in the implants cause no discomfort. On the other hand, Workman can feel the magnet when he moves his hand, due to its size.

    The RFID and NFC chips allow Workman to control electronic devices and duplicate some smartphone technology. For example, he can copy a person’s contact info from their phone with his hand or configure a WiFi network. Thanks to his programming background, he can also program the implants to do different tasks.

    “Anything with home automation I can program into my chips,” he said.

    According to ABC News, he can also use “his hands to control his home’s smart devices, like turning on and off the lights, and programmed his hand to replace his work badge he uses to swipe open the door at work.”

    As Workman points out, one of the biggest benefits of this type of technology is security. It’s much easier to steal a phone, car keys or security badge than it is to hack a biochip. And, of course, there’s always the futuristic cool factor as well.

  • NFL Players to Wear RFID for Real-Time Stats Tracking

    All you stats lovers out there are going to be pretty happy about this news.

    The NFL has just announced a partnership with Zebra Technologies that will allow the NFL to capture real-time player stats, for instance acceleration and distances.

    “It’s exciting to partner with an innovator like the NFL, where we will provide real-time data and information to coaches, broadcasters and fans to enrich the game experience,’” said Zebra Technologies CEO Anders Gustafsson.

    To achieve this stat tracking, the NFL is going to put RFID chips inside the shoulder pads of every player on the field. Couple that will receivers installed throughout the stadium, and you have the ability to log accurate location measurements.

    “Working with Zebra will give fans, teams, coaches and players a deeper look into the game they love,” said Vishal Shah, NFL Vice President of Media Strategy. “Zebra’s tracking technology will help teams to evolve training, scouting and evaluation through increased knowledge of player performance, as well as provide ways for our teams and partners to enhance the fan experience.”

    The tech won’t be available in all stadiums, however – only 17 of them. Those include Atlanta, Baltimore, Carolina, Chicago, Cincinnati, Denver, Green Bay, Houston, Jacksonville, Miami, New England, Oakland, San Francisco, St. Louis, Washington, Detroit, and New Orleans.

    Zebra Technologies has previously partnered with NASCAR.

  • Texas Schools Tracking Student Location with RFID

    In “whoa buddy, I’m not so sure about that” news, one Texas school district is in the process of implementing a new way to ensure student safety and make sure that kids are where they need to be while on campus. At least, that’s what they say. Others may call it a giant mandatory student tracking program.

    San Antonio school district Northside ISD is implementing new technology called “Smart” Student ID Cards. What’s so smart about them? Well, they contain RFID chips. And those RFID chips can transmit location information to the school administrators, meaning that they will know the exact whereabouts of every student, all the time.

    I’m sure you’re sensing an impending controversy. One student and her father have been protesting the new program. ““It makes me uncomfortable. It’s an invasion of my privacy,” said Andrea Hernandez.

    “With a smart phone you can use the option to use your locator, but this I can’t turn it off.”

    She’s right. The RFID chip will be planted inside the student ID card, which students will be required to wear around their necks with a lanyard. The rules stipulate that students must wear the ID at all times while at school, and they are forced to pay a $15 fee for a replacement ID, if for any reason they “misplace” it.

    In a letter from administrators at one of the participating schools, parents were told that they “expect school staff to always know where [thier] children are during the day,” and this new Smart ID helps with that.

    “We want to assure you that the “smart” ID cards store no personal information, and the “smart” ID card does not work outside of the school,” said the letter.

    “To ensure 100 percent implementation of the new student locator system, we are asking that you talk to your children and impress upon them the importance of this project. Please encourage your students to wear their “smart” IDs all day, every day at school, and discourage students from leaving, forgetting or exchanging tags.”

    Are parents cooperating with the initiative? By and large, absolutely according to Northside ISD spokesperson Pascual Gonzalez. He told Fox News that most parents have been “supportive” of the program. Speaking of Mr. Hernandez:

    “He is the lone protester. For us, this technology represents an efficient way to locate a student and to always know where our students are in our care.”

    The two schools participating in the program, Jay High School and Jones Middle School, have a combined enrollment of around 4,200 students. It’s a little hard to believe that there would be only one protesting student/parent within that group.

    “We have seen attemtps to use RFID’s in schools before and have opposed such efforts, not only because we don’t want to see this kind of intrusive surveillance infrastructure gain inroads into our culture, and because we should not be teaching our children to accept such an intrusive surveillance technology, but also because RFIDs are a generally insecure technology not appropriate for use with children,” says Jay Stanley, Senior Policy Analyst for the American Civil Liberties Union.

    “[T]his story in Texas is a reminder that despite the technology’s lack of security, chipping identity documents and using RFID’s to track people remains an attractive idea to those in authority. And of course, many technologies of control are imposed on prisoners, immigrants and children before anyone else.”

    What do you think? Smart plan to keep kids safe and in class? Or terribly invasion of privacy?

  • Disney Parks Using IPads for ‘FastPass’ System

    Disney Parks Using IPads for ‘FastPass’ System

    Disney may soon be using iPads to supplement the parks re-introduced FastPass system. According to Inside The Magic, an unofficial Disney theme park blog, the iPads will utilize Radio-frequency identification (RFID) technology to identify FastPass patrons and get them to the front of the line more quickly.

    FastPass is program that allows park goers to bypass rides and attraction lines and go to the head of the queue. Right now, the reintroduction of FastPass is still in the beginning stages of trial at Disney, with patrons being specially selected to try out the new feature. Unfortunately their is no way to sign up for the program, you just have to be lucky enough to be selected.

    The guest books their ride in advance, and puts on an RFID band. They scan their information at a special post in the park. Their info is sent to a nearby Disney employee who carries an iPad with all the reservation information.

    Scanner Pole

    This system is currently being tested to see if it indeed makes things operate more smoothly, and may replace the old system of distributing fast pass tickets at a kiosk, which is basically just another line to stand in.

    The test is being featured on The Haunted Mansion ride, as it typically has short wait times to begin with. I guess the thinking here is to start small with the trial run to see if it is actually feasible. The new system may eliminate ride lines all together if everyone has a predetermined ride time. People can just sign up for a time, enjoy the other parks attractions and show up when it is their turn to ride.

    An unofficial Disney twitter account @DisneyProjects has been following the new system and posting tweets about how it’s working if you are interested in keeping up with it.

    Lots of incorrect reporting by Apple fan sites regarding the RFID Fastpass system. 21 hours ago via Tweetbot for iOS ·  Reply ·  Retweet ·  Favorite · powered by @socialditto

    Heading to the Magic Kingdom to check out the RFID testing. 1 day ago via Tweetbot for iOS ·  Reply ·  Retweet ·  Favorite · powered by @socialditto

    Workers going around earlier were using iPads for RFID testing. 1 day ago via Tweetbot for iOS ·  Reply ·  Retweet ·  Favorite · powered by @socialditto

    After guest scans card, the Cast Member uses a waterproof iPad to see the information from the card (including FP time & other Q&A). 1 day ago via Tweetbot for iOS ·  Reply ·  Retweet ·  Favorite · powered by @socialditto

  • Paper-thin RFID Tags Could Change Business

    Researchers in France have developed a way to deposit a thin aluminum RFID tag on to paper that not only reduces the amount of metal needed for the tag, and so the cost, but could open up RFID tagging to many more systems, even allowing a single printed sheet or flyer to be tagged.

    RFID tags are an alternative technology to printed barcodes, which provide an automatic means of delivering product data without direct contact between the tag, or transponder, and the reader device. Indeed, unlike barcodes there is no requirement for the tag to be in the line of sight of the reader. RFID tags are, unfortunately, relatively expensive compared to barcodes and their uses are not as widespread. The ability to produce RFID tags at a fraction of the present cost could change that.

    There are several techniques used to deposit an antenna on plastics: etching, electroplating; and on paper: screen printing, flexography and offset lithography. Now, Camille Ramade and colleagues at the University of Montpellier have demonstrated how a simple thermal evaporation process can deposit an aluminum coil antenna on to paper for use as an RFID tag. Aluminum is a lot less expensive than copper or silver, which are used in some types of RFID tag. The researchers suggest that the approach would reduce the cost of RFID tagging to a fifth of current prices, which could represent significant savings for inventory users operating millions of RFID tags in their systems.

    “Prototypes are functional and easily detected by the reader; the next step is to optimize the design for each family of RFID chips. This will significantly improve performance while maintaining the same low-cost technology on paper,” the team says.

  • Video: Hacking An RFID Credit Card

    Video: Hacking An RFID Credit Card

    Earlier, I posted a story about hacking RFID-enabled credit cards. Back in 2008, Boing Boing had done that very thing when RFID was first introduced to the credit card market. Watch.

  • Credit Card Hack Exposes Millions

    In the race to sign up more and more customers, credit card companies have been promoting the idea that it is more convenient and less socially awkward to swipe a credit card than to pull out cash or write a check. Who wants to feel the burning embarrassment in the checkout line as you bring everything to a screeching halt to write a check or pay with cash?

    And now, swiping is on the way out thanks to RFID (radio-frequency identification). Rather than assign you a plastic card with magnetic stripe, credit card companies are moving toward chips programmed with your relevant information. Have a credit card that says “PayPass” on it? Then you have RFID.

    RFID is not new. I once worked a security job where I was assigned an ID card that I passed in front of a scanner at every door I entered. The chip in the card was passive, but got its power from the scanner itself when placed near it. Many of us guards learned that we did not even have to pull our cards out of our wallets, but simply wave the entire wallet in front of the scanner.

    And, you can see where this is going.

    In the old days (i.e. now), credit card thieves might work at a ritzy restaurant for a bit, harvesting card info with a mag stripe reader they could hide in their vest. Trouble with that was that all those cards had one thing in common: they were all used at that restaurant. On the thief’s shift. At his tables. Arrest was quick.

    For about $300, you can purchase a cordless RFID scanning device online. It does have to be pretty close to, but not in contact with, a chip in order to power it and read it.

    So, imagine: You get into a crowd, start bumping into people’s purses, back pockets, collecting card info with your scanner. Maybe on the subway, where everyone is headed to somewhere else. Your victim base is decentralized. That’s the first step.

    Then, you transfer the card info to a cheap mag stripe card. You can buy them in bulk for 30 cents a piece. Hotels and department stores use them all the time. That equipment to do it will set you back another $350. That done, you now have a clone of that person’s credit card.

    From there, it’s all up to what manner of crook you want to be. Sell those card clones for $50 each? For a night on the town, that beats Groupon deals. Hook up with the right gangs in a city or overseas buyers online and you could move many of those at a time.

    Or, you could swipe them yourself with smartphone accessories straight into an account. Given the right bank, that could work. Fold them into a grander money-laundering scheme?

    What if you paid runners a buck apiece to wander subways, concert halls, and other thickly populated areas with your readers tucked away?

    Let’s do the math on one simple scenario that does not involve any cohorts, just willing buyers you meet online and $700 in readily-available equipment. Scan 100 RFID chips per day (easy in crowded areas) and you can recoup that investment in your first day’s “work”. After that, $30 worth of blank cards per day nets you $5,000 from your buyers. $25,000 per 5-day work week. Take a couple weeks vacation each year, like normal folk. Clear $1,250,000 your first year grinding.

    Beats a job. Beats selling drugs. Do it all yourself out of an apartment.

    If you’re crooked.

    All this is possible because credit card companies want you to be embarrassed to pay with cash or check. Their commercials show you inconveniencing people in line behind you, then tell you their products are for *your* convenience. They make it easy to swipe, easy to lose track of your spending. Credit and overdraft fees rack up when you are out of touch with your spending.

    And now, they make it easier than ever for thieves to steal you money by taking the card-in-my-hands factor out of the equation. Your info is now broadcast, albeit over a short distance.

    Pickpocketing was never easier.

    Doubt this all would work? It already has.