Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The...

52
Tiny chips could be very hard to spot

Transcript of Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The...

Page 1: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Tiny chips could be very hard to spot

Page 2: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Especially when “printed” onto product packaging

"The vision is to move from the etched, solid metal antennas to the printed antennas."

"Since radio waves travel through most packaging materials, packagers...could print the antenna…inside of the box. They could laminate it inside the package, or print it on the outside and print over it."

– Dan Lawrence, Flint Ink

Page 3: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

And they’re getting smaller.

Hitachi’s mu-chip contrasted with grains of rice

Page 4: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

They can be integrated into paper

Inkode’s “chipless tag”: Closeup of Inkode metal fibers embedded in paper

Page 5: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Tags can be sewn into clothing

Page 6: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Hidden in fabric labels(Checkpoint prototype)

Page 7: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Back of Checkpoint clothing label

Page 8: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

RFID tag in Checkpoint label

Page 9: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Embedded in shoes

Page 10: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.
Page 11: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

A 6” tag is hard to hide.

Alien/RAFSEC “C” tag

Page 12: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Or is it? Hidden: Sandwiched in cardboard

6” Alien/RAFSEC “C” tag inside a box

Page 13: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

This tag (with a 17ft. read range) is easy to spot, right?

Alien/RAFSEC “I” Tag

Page 14: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Not when “placed inside cap” – an inaccessible location on this flip-top product

Alien/RAFSEC “I” tag in lid of Pantene shampoo bottle

Page 15: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Another big tag (4.5”)

Alien/RAFSEC “S” Tag

Page 16: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

“placed between layers of paper”

Alien/RAFSEC “S” Tag in Bag

Page 17: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

The government has mandated RFID in passports

Page 18: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Now they’re appearing in credit cards

Page 19: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Traceable Cash

Japanese yen and Euro banknotemay soon carry RFID chips

Page 20: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Tracking people: The “Verichip” implant

(short read range)

Page 21: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Industry has plans to ID shoppers

Page 22: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

“Future Store”

Page 23: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Spychip hidden in loyalty card

Page 24: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Threat: Ubiquitous readers

Texas Instruments advises retailers to scan customers’ loyalty cards right through their purse or walletSource: http://www.ti.com/tiris/docs/solutions/pos/loyalty.shtml

Page 25: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

In ceilings and floors

Source: Checkpoint Systems

Page 26: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Image source: Copytag http://www.copytag.com/2001/active/apps-articles-1.html

In doorways

Page 27: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Even “Thinking Carpets”

Image source: Vorwerk (Germany)http://www.vorwerk.teppich.de/sc/vorwerk/img/bildarchiv/thinking_carpet_1.jpg

Page 28: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Free Market Privacy Activism

Who is guarding the henhouse?

Page 29: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Fair Information Principles Ignored

Direct Marketing Association member companies surveyed:

NOTICE: 62% gather personal information without telling customers

CHOICE: 74% use customers’ personal data without asking permission

(n=365)

Source: Milne, George R. and Maria-Eugenia Boza (1998), “A Business Perspective on Database Marketing and Consumer Privacy Practices,” Marketing Science Institute Working Paper No. 98-110. Cambridge, MA: Marketing Science Institute.

As cited in: Milne, George R. (2000) “Privacy and Ethical Issues in Database/Interactive Marketing and Public Policy,” Journal of Public Policy and Marketing 19 (Spring), 1-6.

Page 30: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Scandal: Benetton/Philips clothing tagging

Tags could not be “killed” as promised

Benetton told consumers the tags could be “killed” at checkout, while Philips documentation revealed the tags could only be made “dormant.”

Page 31: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.
Page 32: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Scandal: The Gillette “smart shelf”

Page 33: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Took a mug shot of every customer

Page 34: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Tags were hidden in Gillette product packaging

Page 35: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

For more details see: www.BoycottGillette.com

Our response:

Page 36: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Result: Wal-Mart stopped.

Page 37: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Picketers protested Tesco’s spychipped razor blades

Page 38: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Result: Tesco stopped, too.

Page 39: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Scandal: Secret Wal-Mart/P&G trial

Broken Arrow, Oklahoma

4-month secret RFID experiment used live consumers. Distant P&G executives used a video camera trained on the shelf to observe shoppers.

Both Wal-Mart and P&G repeatedly denied the trials until evidence was produced.

Page 40: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Outcome: Very bad press.

Page 41: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Scandal: Spychipped shopper cards at Future Store

Page 42: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Rheinberg, Germany February 28, 2004

Outcome: Germans protested

Page 43: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

The program was cancelled.

Page 44: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Scandal: Wal-Mart stepping into item-level tagging.

Page 45: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Outcome: 75 People protested in Dallas just this month

Page 46: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Just for fun:Can you spot the RFID tag on the Hewlett-Packard printer box? Hint: It's "clearly labeled,"  according to HP and Wal-Mart.

©Liz McIntyre

Page 47: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Look closer. Do you see the RFID tag now?

Page 48: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Oh, there it is!

Page 49: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Wal-Mart keeps employees in the dark.A Wal-Mart employee assured us this tag was "Nothing, just a label.“ She also told us the letters 'EPC' didn't mean a thing.

Page 50: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

And now there’s a book.

"The privacy movement needs a book. I nominate Spychips.” - Marc Rotenberg, EPIC

“Spychips "make[s] a stunningly powerful argument against plans for RFID being mapped out by government agencies, retail and manufacturing companies…. This won't be comfortable reading in the IT departments of major retailers and manufacturers, but it is essential.”

- Evan Schuman, CIOInsight

Page 51: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

Prepare to see a lot more of this.

Page 52: Tiny chips could be very hard to spot. Especially when “printed” onto product packaging "The vision is to move from the etched, solid metal antennas to.

WWW.SPYCHIPS.COM

Katherine Albrecht, Ed.M., CASPIAN (Consumers Against Supermarket Privacy Invasion and Numbering)

[email protected]