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The Soon Coming Judgment Of God Upon America and How To Escape It 490
limited to Mexico, South America, Europe, Russia and South Africa. In November of 2003, ADS
announced a cashless payment system to be used in conjunction with the VeriChip. The cashless
payment system is called VeriPay. ADS says “VeriPay is intended to be a secure, subdermal
RFID (radio frequency identification) payment technology for cash and credit transactions.”
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In other announcements in 2003, “a Mexican VeriChip distributor announced it would
begin "chipping" children with implanted RFID tags to help locate those who are abducted. A
week later, VeriChip announced the first in a planned series of security applications that will use
human-implanted tags to control access to buildings.”
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Digital Angel
In early 2000, Applied Digital Solutions (maker of the Verichip) announced the
development of an implantable microchip transceiver they call “Digital Angel”. The transceiver
can both send and receive data and is about the size of a dime. The major breakthrough is that
“transceiver's signals can be tracked continuously by global positioning satellites. When
implanted in the body, the device is powered electromagnetically through the movement of
muscles, and it can be activated either by the wearer or by the monitoring facility.”
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ADS is
marketing the new implantable microchip “as the ultimate, tamper-proof means of personal
identification.”
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ADS estimated that the global market potential for Digital Angel to be in excess of $100
billion. In an article in WorldNetDaily, Joseph Farah writes, “The only way that adds up to a
hundred billion in my calculator is if every human being on earth gets one of these implants.”
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In May of 2003, ADS announced that it had successfully field-tested a prototype of
Digital Angel. The size of the device ended up bigger than anticipated, approximately 2.5 inches
in diameter and 0.5 inches in depth. This is about the size of a pacemaker.
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Microchip Advancements
In the spring of 2003, Hitachi unveiled an RFID microchip the size of a grain of sand.
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FEC and Sony developed similar chips. Malaysia bought the rights to produce FEC’s chip and
announced in March of 2004 that production would begin by the end of the year. Kunioki
Ichioka, Chief Executive Officer for FEC (M) Sdn. Bhd., said in a news conference that there
was great international interest in the chip. He said “Canada and Australia have expressed
interest in exploring the use of the chip in their national identity cards and Mexico for its election
card, while China, Taiwan and the United States are also keen on the product.”
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The Verichip and these new tiny RFID chips have limited application in that they can
only emit an identification. New breakthroughs offer potential that is beyond the wildest
imagination. In 2002 Scientists at Cornell University announced they had “shrunk a transistor to
the size of a single atom.”
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In 2003 it was revealed that a research project funded by the
Pentagon's Defense Advanced Research Projects Agency (DARPA) had developed a microchip
“the size of a human cell.” The project team was “also developing a nano-sized computer
processor to use with the memory” chip.”
This microchip is so small that 400 can fit on a grain of salt. One chip has eight times the
memory of IBM’s first personal computer with 16 kilobytes of memory. Dr James Ellenbogen, a
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