Human embryos: Now with barcodes

The news is the bar codes that will be added to embryos (no RFID, here) are “biologically inert”:

The bar codes, which carry unique binary identification numbers, are biologically inert: they do not affect the rate of embryo development and are shed before the embryos implant into the wall of the uterus. The technique aims to simplify individual embryo identification, streamlining in vitro fertilisation and embryo transfer procedures.

via Short Sharp Science: Fertilised eggs get microscopic bar codes.

Popular Science makes pitch for "Mark of the Beast"

Microsoft proposes tattooing patients. PopSci appears to like the idea. — MB

Photo: Yuichiro C. Katsumoto/Flickr CC

You might take this PopSci bit about an “invisible,” ultraviolet tattoo ID system, for another inconsequential workup of an industry press release.

But what bothers me about this webby, is that it uncritically pushes the RFID industry’s latest, dubious storyline: that the only way to be “truly safe” (from phantom villains, hacking into pacemakers) is with “permanent,” implanted devices and IDs.

This graf, for example, exemplifies the imprecise prose George Orwell describes, in Politics and the English Language. Rather than encouraging critical thinking, it conceals and prevents it:

“More and more implantable devices, like pacemakers or defibrillators, are turning to wireless signals as a means to communicate with external devices, but in doing so they open themselves to security breaches. Several solutions are in the works that tackle this problem by upping device defenses, but by piling on security measures, yet another risk emerges: that at a critical time an authorized physician might not be able to access the device.”

The graf — as does the rest of the piece — tosses up unspecified threats, against which it proposes tattooing patients (i.e., everyone). In all that vagueness, the vulnerabilities posed by implanted devices become infinitely vast and dark.

Without those threats, the RFID industry will have a tough time tattooing serial numbers on people for whom the tagging, tracking, and tracing of humans remains a bitter, and fresh, memory, and Christian end-timers, for whom the Mark of the Beast is a very real fear.

via Tattooing Patients With UV Ink Could Protect Pacemakers From Hackers | Popular Science.

The PopSci piece uses this Microsoft paper, proposing the tattoos, as its primary source.

New tech tracks you to the tomb – The Boston Globe

From my Globe column this week:

“Talk about function creep.

A new product, the RosettaStone (www.personalrosettastone.com), guarantees that RFID will follow you straight to your grave.

The RosettaStone is a palm-size stone tablet representing the deceased. It bears an RFID tag that communicates with mobile phones — directing users to an Internet memorial archive.”

via New tech tracks you to the tomb – The Boston Globe.

RFID phones will soon work as credit cards at many checkout counters

Look for the NFC (Near Field Communication) logo on your next phone and, perhaps, everywhere else. (Photo: Courtesy of the NFC Forum)

Thanks to an agreement announced today between the NFC (Near Field Communication), credit card, and Smart Card industries:

With this new liaison, EMVCo will share relevant technical information with the NFC Forum that will enable the certification of properly-provisioned NFC devices for use in the following scenarios:

* to make POS payments (in Card Emulation mode) wherever such payments can be made with EMVCo contactless card products;

* to act as POS devices (in Reader/Writer mode) within the EMVCo contactless payment infrastructure.

This kind of all-in-one action through a single device should raise concerns from privacy watchdogs.

via NFC Forum : NFC Forum Forges Collaborative Links with EMVCo, GSM Association and Smart Card Alliance.

UMass Amherst RFID expert bakes for better ideas

Wacky, but cool. Kevin Fu (I wrote for the Globe about his research a while back) stays sharp baking bread.

He’ll be sharing such ideas and other insights on how science is done—and perhaps even baking bread on stage—for 800 high school and college students this week at the 2010 “Make A Difference” conference in Hong Kong. His talk is titled “Cooking Up Scientific Discovery.” Organizers say the young participants will “get inspired by changemakers from around the world” and “be empowered through workshops and challenges.”

via Cybersecurity Expert Stays Creative Baking Bread.

New passports: wirelessly skimmed at distances up to ∞

Photo: Ken Mayer. Flickr/CC

Photo: Ken Mayer. Flickr/CC

E-passports will go down as a big win for the companies mad to chip human populations, despite objections such as this:

“the U.S. government (is) promoting itself a technology that has known privacy and security issues when there appear to be equally if not better, more effective alternatives.”

via FOXNews.com – U.S. Allies Begin Issuing High-Tech Passports for Travelers – Politics | Republican Party | Democratic Party | Political Spectrum.

The concerns of the Electronic Frontier Foundation (above) reflect those that I reported for Wired back in 2005.

Facebook meets RFID in marketers' dreams

Technologists and marketers are getting excited at the prospect of tying individuals to retail items, through social networking and RFID tags.

This tech blogger (excerpt and link, below) says, “applying collective intelligence to sensor data will be a rich vein of opportunity in the coming years.”

The opportunities he’s talking about, I suspect, are for corporations and governments.

Let’s face it, a ‘smart’ RFID chip on a bottle of wine – one that knows its production and travel history, its temperature, its price relative to similar bottles of wine, etc – will beat human hacking anytime. But, as the report rightly notes, don’t expect that level of automation via RFID any time soon. Our recent post examining the current state of RFID clearly showed that it’s years away.

via Web Squared: When Web 2.0 Meets Internet of Things.

RFID minds aussie ag workers

Photo: martin1print. Flickr/CC

Photo: martin1print. Flickr/CC

A large Australian tomato grower will use RFID to squeeze more productivity out of its migrant workers:

d’Vineripe maintains four 80,000-square-foot greenhouses (known as glasshouses) in Two Wells, South Australia. Within those structures, thousands of plants need to be tended to as the tomatoes grow and ripen. Between 50 and 120 employees typically work on the plants each day, performing a variety of tasks, including pruning, pollinating, deleafing, pest and disease control, and picking. The laborers are often Cambodian immigrants with limited or no English language skills, who work for a subcontractor hired by d’Vineripe.

via RFID Helps Improve Agricultural Worker Productivity – RFID Journal.

Now it's barcodes that can be read at a distance

_46116184_-3Radio frequency identification tags are not fully catching on, thanks to objections from Alan Watt, Katherine Albrecht, and others who have been hammering away for years at RFID’s threats to privacy and civil liberties.

For global corporations and the US Department of Homeland Security, who remain eager to track individuals, that means it’s time to shift their efforts back to barcodes.

MIT scientists last week said they’ve overcome the barcode’s strongest privacy protections–its close read range, and fussy need to be scanned, line-of-sight. Now, using the camera in a mobile phone, a spy, or hacker, will be able to scan the barcode label on any object, or person, at an angle, and up to 60 feet away.

The MIT scientists are working with grants from Nokia, Samsung, and the Alfred P. Sloan Foundation–named for its founder, the ruthless auto industry chief that one reporter counts among “Hitler’s carmakers.” Sloan is also a creator–through his strategy of  “planned obsolescence”–of our modern, consumerist culture.

The new barcode labels, called bokodes, can be made “tiny, and imperceptible“–each is about three millimeters in diameter.

Here’s an excerpt from the BBC:

“For traditional barcodes you need to be a foot away from it at most,” said Dr Mohan.

The team has shown its barcodes can be read from a distance of up to 4m (12ft), although they should theoretically work up to 20m (60ft).

“One way of thinking about it is a long-distance barcode.”

via BBC NEWS | Technology | Barcode replacement shown off.