textfiles/anarchy/SCAMS/counterfeiting
2021-04-15 13:31:59 -05:00

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|-| Information on Counterfeiting |-|
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|-| Written by Michael Skoler Typed by Lone Wolf |-|
|-| for the Science Supplement for fun while listening to |-|
|-| of How it Works Encyclopedia Bob Marley and the Wailers |-|
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|-| Edited by Count Lazlo Nibble |-|
|-| for format, spelling, and |-|
|-| Countlegger 10 while listening |-|
|-| to Frankie Goes To Hollywood |-|
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|-| 10/5/86 |-|
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It's 8 pm. A junior executive walks through the offices of a New York
advertising agency to make sure he's alone and then heads for the new laser
copier. He's behind on his alimony and mortgage payments. He pulls out his
wallet, extracts five $20 bills, and carefully places them on the copier's
glass plate. He puches 10 on the quantity selector, pushes the button for
Double-sided copying, and starts the machine. When it finishes he gathers up
his 20's and the copies, and heads home to snip out a near perfect $1,000.
New Photocopiers Have Amazing Capabilities
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
That prospect haunts Joe Carlon, head of the counterfeit deterrence for the US
Secret Service <ed. note : US Secret Service is a branch of the Treasury
Department>. Those who have seen only the slightly fuzzy, off-color
photocopies made on today's color copiers think he's unduly alarmed. But
Carlon has seen copies from a new machine, the harbinger of a coming generation
of copiers that can turn out currency far too close to the original thing.
It's called the Quick Response Multicolor Printer, or QRMP, and it sits behind
closed and locked doors at the Pasadena, CA headquarters of Xerox Special
Information Systems. The US Department of Defense <Yeah for the boys in green>
paid for its development in high speed mapmaking, and only those wih Top Secret
<oooohh...> clearance have seen it. The QRMP uses lasers to produce sharp
images and, it's claimed, can reproduce any color in the spectrum. An internal
computer ensures that the colors are true. The QRMP in Pasadena is just a
prototype. But machines like it, made by Xerox and other manufacturers, should
be in thousands of offices in the next few years <!>.
Since 1978 the US Treasury department has been nervously eyeing advances in
photocopying. Its agents have been visiting the big copier manufacturers to
look at their experimental models, and what they've seen leads to an
inescapable conclusion: good counterfeits could soon be coming out of these
highly sophisticated office machines.
Making Fake Bills Becomes Even Easier
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
It's not just professional counterfeiters who worry the government. It's
executives with bills to pay, clerks short on cash for a date, secrataries
complaining about being underpaid. The new copiers could turn counterfeiting
from an operation requiring skill and planning into a Impulse crime <IE: Gnu
Warez kid syndrome>. "The ability to stick a bill into a copier and have a
perfect copy come out creates an almost impossible enforcement enviroment,"
says Carlon. His agents believe they know of all counterfeits being made, and
-- up to now -- have intercepted 90 percent of them before they hit the
streets.
And copiers are just the beginning. Soon high-technology manufacturers will be
producing fast color printers and document scanners to go with today's color
monitors <yeah, Amiga and //gs, all the way> and computer graphics programs.
With a document scanner that can 'read' a picture and 'draw' a copy into a
computer memory, a hacker could simply scan a bill and print it out.
Major Effort to Deter Money-Makers
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
But the US Government has been quietly preparing to thwart this presumptive
breed of counterfeiter. At the Bureau of Engraving and Printing in Washington,
DC, anti-counterfeiting experts are redesigning all US Currency from the $1
bill to the $100. On the drawing boards have been watermarks, Security
Threads, with printing that can't be seen when bills are laid flat, special
color tints, holograms, and razor ting prisms that create changing color
patterns. The Treasury Department plans to begin circulating new bills with at
least some of these features in mid-1987.
Until now, counterfeiting has been a big business -- for example, in 1984 an
estimated $88 million in bogus bills was printed in the US -- usually requiring
careful organization and considerable capital investment: Printing presses,
special cameras, a distribution network. All that leaves a trail the Secret
Service can follow. Its hardest cases involve small-time money-makers who only
print a few bills at a time.
One celebrated counterfeiter, Emmanuel Ninger, an immigrant Dutch sign painter
known as Jim the Penman, passed bills for 14 years, from 1882 to 1896, before
being caught. He created his $50 and $100 notes with pen, ink, and a camel's
hair brush, and passed about 5 a month in New York City. He probably would
have gotten away with it if a bartender hadn't noticed the ink on his fingers
after picking a note up. But lone-wolf counterfeiters like Ninger have been
the exception.
How Real and Bogus Money is Made
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
US currency is engraved, like fancy wedding invitations. The process starts
with dies for various elements in a bill, most of them hand cut by engravers
decades ago. (A new element, like a Treasurer's, name is freshly engraved.)
The parts are assembled into a master die of an entire bill, which is used to
create a master plate of 32 bill engravings. This, in turn, is used to make
curved nickel plates for the rotary presses.
The presses spread a thick ink onto the plate and then wipe the surface clear,
leaving the ink only in the engraved grooves. Paper is pressed onto the plate
with 2,720 kg (6000 lbs) of pressure, forcing it into the grooves. The trapped
ink sticks to the paper forming a raised ridge. If you scratch a bill, you can
feel the ridges.
Most of today's counterfeiters use offset printing -- the system employed to
publish books. A bill is photographed, one color at a time through tinted
filters. The image on each negative is burned with a high intensity lamp into
a light-sensitive printing plate, inked, and transferred to rubber-covered
rollers that print it on paper -- again, one color at a time. A dollar is
green and black, and therefore much easier to reproduce than, say, a picture in
a book or magazine which contains hundreds of hues.
Yet, of the nearly $7 million of bad money actually passed in 1984, only $1
million was good enough to fool bank tellers. Offset counterfeits are never
as sharp as the originals. They also feel wrong. Offset ink soaks into the
paper, whereas the print on a genuine bill is raised. These flaws quickly
attract the attention of cashiers and tellers, who are on the lookout for
phonies. "Tht old saying is true," says Jon Desmond, former manager of
Research and Development at the Bureau of Engraving and Printing, "if the money
looks bad, it is bad."
Rise in Impulse Counterfeiting Expected
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
But the new color copiers could make bad money look good. If a copy isn't
convincing enough, some machines will be able to edit it, redrawing lines,
adjusting colors, and, as an extra added attraction, changing serial numbers.
And thousands of people will be able to use the machines.
According to a goverment funded study done by the Columbus, Ohio, laboratories
of the Battell Memorial Institute, an independent research organization, as
many as 2000 offices will have the copiers by 1987, 5000 by 1992 <rest assured,
with new advances and needed efficiency, there will be more, sooner>. Copier
manufacturers project even higher sales.
The Battelle study predicts that one out of five people with access to the new
machines will make and pass a few bills just to see if it can be done. One out
of 100 will make at least a dozen bills to pay debts or take revenge on someone
who has cheated him. One in 5000 might try to join the pros. "The total
number of counterfeit notes would double from 1982 to 1987," says Joseph
Sheldrick of Battelle, "and double again between 1987 and 1992".
Color Copied Down to the Finest Detail
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Unlike the present copier, which uses mechanical means to create a duplicate,
the new machine is really a computer <think about that for a second>. Its
laser scanner reads and image and breaks it into tiny elements called pixels.
The copiers program determines the precise mix of primary colors, contrast, and
brightness that produces each pixel.
To print, the copier pulses a laser beam across a light sensitive drum, drawing
an electrically charged image on it, pixel by pixel. Dry inks called toners --
red, yellow, blue, and black -- are then dusted over the drum and stick
wherever there's a charge. A sheet of paper rolls past the drum, picking up
its pattern of toners. Mixed in the right proportions, the primary colors
create any tint. To mix the colors and set the picture, the copier melts the
layers of toner and applies pressure.
The real advantage, and menace of the new machines is their ability to resolve
extremely small points of color using their laser scanners and electric coding.
The copier can even reproduce minute red and blue silk threads embedded in a US
bill as a counterfeit detterent. And the raised print on copies, created by
fusing the toner, gives bills the proper feel -- although experts say toner
feels slippery compared to engraving ink.
Security Threads Successful to a Point
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
In 1979 Carlon and other Treasury officials went to Xerox, bills in hand, to
test an early version of the QRMP. "I think it's fair to say that they were
startled at how good the copier was," says Paul Jacobs, the cheif scientist for
Xerox Special Information Systems. The visit strengthened Treasury's resolve
to foil the new copiers and other high-technology counterfeiting with changes
in the bills.
Most foreign governments changed their currencies in the 1970's as offset
printing improved. Intracate designs and more colors exposed the weaknesses of
offset printing -- its sometimes poor resolution of fine lines and inaccurate
color reproduction. But the new copiers won't suffer from these deficiencies.
So US attention turned to another device -- the security thread.
Security threads -- usually thins stips of plastic, either with printing on
them or, like recording tape, coated with metal -- are put inside a currency's
paper as it is made. Mexico adopted this device for bills of large
denomination. When one of these bills is lying flat, the thread appears as a
faint grey line. But if it is held up to a light and examined closely, the
miniscule black printing on the translucent thread can be seen. The print
carries jumbled variations of BANXICO (for Banco de Mexico), as well as the
bill's denomination (for example, MIL PESOS).
Britain has also used hidden threads, but is now putting a metal coated thread
on the surface of its 20 pound notes so it will shine when a bill is lying
flat. A copying machine -- even one of the new ones -- would print the silvery
thread as a dull black.
Security threads work only if a person looks for them. "But they're just
interested in the value of the paper, so they look for the one, the five, the
hundred -- and they're happy," says Desmond. He points out that some
counterfeiters do quite well by merely 'upgrading' one dollar bills -- pasting
100's, snipped from genuine $100 bills, over the 1's. Victims accept the money
without even noticing that George Washington's face, not Ben Franklin's, is on
the bill.
Holograms Nearly Impossible to Copy Exactly
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
What the Treasure wants is a "magic element, something that will pop up and
tell everyone 'I'm genuine,'" says Anthony LaCapria, vice president for
research of the American Bank Note Company -- "something you don't have to
examine. You'll know it's genuine just by a quick look." The company prints
stock, bonds, and more than 70 different currencies. Its magic element is a
hologram.
These three-dimensional (3-d) color pictures are easy to spot: they seem
project out of the paper. By tilting them from side to side you can see both
the left and right sides of the picured object as if you were walking around
it. American Bank Note has already put holograms on Mastercard and Visa credit
cards, military documents, and foreign passports. Now the Treasury has asked
it to test plastic holograms as thin as gold leaf, hot-pressed onto US
currency.
According to LaCapria, the 3-d pattern in the plastic, formed by microscopic
pits and bumps are virtually impossible to copy exactly, and any attempt to do
so would cost hundreds of thousands of dollars in equipment and research. Yet
because of economics of scale, holograms would cost the goverment only a
fraction of a cent per bill. And not even the most advanced copiers could
reproduce the shifting images that they would provide.
Authenticity Assured with Diffraction Grating
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Jacobs and his team of scientists at Xeros beleive they have an even better
trademark that the Treasury could build into its bills: a set of parallel
plastic Ridges called a diffraction grating. The ridges are so tightly packed
that many thousands are in an inch -- that they look like a smooth surface.
The distance between two of these approaches the wavelength of visible light,
which gives diffraction gratings the ability to break white light into its
spectrum. Held flat the grating may look red, while a slight tilt will turn it
to a yellow or a green. "When you tilt it," explains Jacobs, "you tilt another
color into your eye".
A grating works because light bounces off its jagged peaks and collides with
other light waves, just as waves hitting a rocky coastline bounce off and
interfere with incoming waves. These collisions create an interference pattern
in which some wavelengths, or colors, are amplified and others are canceled
out.
To create an image with a diffraction grating, the Xerox team produces
different interference patterns, varying the spacing between the ridges. It's
like starting with a painted canvas and erasing portions of it until a pattern
emerges. Xerox's design contains color stripes with a number showing the
bill's value in the center. The colors change, some slowly, some more quickly,
as you tilt the bill. The grating looks like a thin plastic ribbon, and,
because it's woven into he paper, only small strips of it are visible on the
surface as it snakes in and out of the bill.
New Features must Withstand Abuse
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
Either gratings or holograms would forestall counterfeiting for many years to
come, but the Treasury wonders if either could endure the abuse bills
encounter.
Dollars go through the washing machine, people go swimming with a couple of
bucks in their bathing suits, mechanics grab bills with greasy hands, people
even use them as fine sandpaper," says Robert Charles, senior vice president
for sales at American Bank Note. "Holograms need to withstand all that. We're
testing them on machines that fold and twist money. We put bills in ovens,
wash them hundreds of times, and expose them to everything from chlorine to
gasoline." Xerox is doing the same with diffraction gratings.
Currency Changes Meet with Protest
~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~
The Treasury Department was secretive about the plans for the new bills until
March 1986, when -- following $31 million in research (done in conjunction with
the Federal Reserve Board) -- officials revealed the first substantial change
in US paper money since 1929. The bills to be introduced in 1987 will have two
important features: security threads and the addition of tiny letters around
the portraits. The letters will be too small to be copied by the machines but
will be readable by someone using a 7x magnifying glass. (Among the techniques
still under consideration for the future are holograms.)
Even before the March announcement, some people were protesting any change. The
House committee on Consumer Affairs and Coinage, which oversees the currency,
has been swamped with angry letters. Some correspondents fear the new bills
will be the first step toward tighter goverment control of currency. According
to a subcommittee staff member, "The paranoids of the world are afraid that a
metallic security thread in bills would allow authorities to drive down the
street with detectors and locate people who have large sums of cash stashed
away."
Former Republican Congressman Ron Paul of Texas, a member of the subcommittee
until 1984, warns that the government might use the currency change to devalue
the dollar, and raises even darker specters: runaway inflation, international
dollar panic, and Gestapo-like Internal Revenue Service (IRS) agents watching
as people trade in old money for new.
In fact, Treasury officials insist, the new bills will move into circulation
gradually as old bills are withdrawn. And in any case, all former US currency
is still legal tender.
The Alternative to changing the currency, say defenders of the move, is itself
frightening. Without a redesign of the dollar, the new color copiers could
make counterfeiting a national pastime. "When we went off the gold standard
and money could not be exchanged for gold, the only thing left was confidence,"
says Jacobs. "When John Q. Citizen isn't sure that everything in his wallet is
real, the whole sytem is in big trouble."
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