Current News | Introduction | Colloidal Silver | Chemtrails | Sylphs | Emerging Diseases | Forbidden Cures | Ozone | Immunity Boosting | Nutrition | Tone Gen [Editor's Note: I originally obtained this FAQ about microchips from Scott McDonald of Scan This News in the late Spring of 1999. The larger purpose of microchipping, of course, is to allow the NWO Gang to monitor and control you like the good little obedient doggies thay want you to be.] SCAN THIS NEWS
[Note: This version of the SCAN Microchip FAQ has been shortened for email purposes. The web page version has additional excerpts from referenced articles and additional commentary.] ver: 5.23.99 S.C.A.N. FAQ:
The complete Microchip FAQ is available at:
INTRODUCTION There are basically three categories of individual microchip devices available today; they are: 1) implantable microchip capsules which are either injected or surgically implanted for permanent applications; 2) insertable microchip capsules which may be introduced into body cavities or swallowed for temporary requirements; and, 3) external devices that can be either worn or carried for applications where only intermittent use is needed. Of these three types of individual microchip technologies, a multitude of applications already exist, and new ones are being considered. The commercially available implantable chips have limited functionality using present technology. Typically, these implantable and insertable chips are only capable of storing very small amounts of information or monitoring a limited number of specific body functions. This information can then be transmitted to an external receiver. ************************************************************************** Frequently Asked Questions: 1) What implantable microchip systems currently exist? 2) How do individual microchips work? 3) Who is presently using implantable ID chips? 4) Who keeps track of the animals using their implanted ID chips? 5) What new and future uses are emerging for individual microchips? **************************************************************************
1) What implantable microchip systems currently exist? A. Several companies have developed animal identification systems
which use
************************************************************************** 2) How do individual microchips work? A. The technology varies depending on the type of microchip: IMPLANTED ID CHIPS - ANIMALS:[1] Implanted microchips used to identify and track animals only store a single, unique identification number; they do not store any additional information. Each chip includes an integrated circuit coil and capacitor which are hermetically sealed in a bio-compatible glass capsule. The chip capsule is roughly the size of a grain of rice measuring 0.09 x 0.45 inches (2.2 x 11.5 mm) - this corresponds to the diameter of a pencil lead slightly less than one-half inch long. Once injected under the skin, the implanted microchip is encased by a thin layer of protein which anchors it in place for the rest of the life of the animal. The microchip itself has no power supply or moving parts. They are expected to last for decades - well beyond the life span of the animals. The computer "memory" in these microchips contains a unique identification number which is pre-programmed by a computer at the time of manufacture. According to one of the leading distributors of pet microchips, AVID, there are over 70 trillion possible ID codes that could be generated using their technology. A radio signal is used to read this number through the skin of the animal. In addition to the number, the microchip generates a reliability check to guarantee that the identifying number is read accurately. The numbering system used by AVID is in the format: NNN-NNN-NNN where "N" represents a numerical digit. According to promotional material, the chips are "suitable for injection into virtually all animals, including parakeets and up to the size of a Killer Whale. Additionally, "more than ten years of testing in a wide variety of animals has shown no adverse side effects to the health of the animal." A standard hypodermic needle is used to insert the capsule into the subcutaneous layer or intramuscular site, usually at the back of the neck on domestic cats an dogs. Other locations may also be used. The identity tag reader, or "scanner," generates a low energy signal. As it is passed over the animal, this signal activates the chip causing it to transmit its identification number. Once received, the number is then displayed on the scanner's LCD screen. Reading time is less than 40 milliseconds (.04 seconds). The battery-powered identity-tag readers, which operate on either 9 volt alkaline batteries or 110/220 volt AC adapters, can be activated using either manual, remote, or computer-based controls. The AVID system operates under the following U.S. patent: "Animal Identification Transponder Tag," Inventor: Hannis L. Stoddard, III, Norco, Calif., Patent No: Des. 321,069, Date of Patent: Oct. 22, 1991 INSERTED FETAL MONITORS - HUMANS:[5] NASA's has developed a pill-sized transmitter that is small enough to be introduced into the uterus to monitor high-risk unborn children while still in the mother's womb. NASA's implantable biotelemetry device will allow monitoring of a human fetus and its uterine environment. The device will provide the ability for doctors to measure intra-uterine conditions in order to evaluate and treat preterm labor. The Sensor2000 (or S2K as it's called) can measure intra-uterine pressure changes, body temperature, and the heart rate of the fetus. The final "pill" version of the transmitter is small enough to fit through a 10mm trocar. The circuits of the PCB prototype and of the pill transmitter are identical. The pill, however, uses Chip-on-Board technology (COB) to reduce the size of the printed circuit board from 38 x 28 mm to 22 x 8 mm. Unpackaged dies are bonded directly onto the printed circuit board, along with surface mount resistors and capacitors. A pressure transducer die is rebonded to the PCB. The batteries and the PCB are placed into a pill-shaped shell, which is then encapsulated in biocompatible silicone. Power is supplied by two silver-oxide batteries. The inserted capsule sends a signal to an external receiver using a pattern of low-frequency radio waves that can be transmitted from between 3 to 10 feet away. The average power consumption of the current design is less than 40 microW., which yields a lifetime of approximately 4-6 months. EXTERNAL STORAGE DEVICES: Microchips that can be hung from a key chain are already in use for a wide variety of applications. For example, some of the major gasoline companies offer a key chain microchip encapsulated in a plastic housing which allows the user to "purchase" gasoline on their account without using cash or credit cards. These "loyalty devices” can recognize the user when they pull up to the pump. Some of the systems even give a personalized, computerized utation when the customer begins to operate the pump. Military Dog Tags- Also, the Pentagon has undertaken a program to issue new, high-tech dog tags to all military personnel. These microchip devices, which will be worn around the neck on a chain like conventional dog tags, will store the soldier’s medical records in addition to all other relevant identifying data. The chips can even store digitized copies of x-rays and a personal photograph.[13] iButton- Another company, Dallas Semiconductor, is marketing a microchip device which it promotes for use in a large number of applications. The "iButton" is a 16mm computer chip housed in a stainless steel can. The iButton can be worn by a person or attached to an object such as a ring or bracelet for up-to-date information at the point of use. The steel button is can withstand harsh outdoor environments; it is durable enough for a person to wear everyday on a digital accessory like a ring, key fob, wallet, watch, or badge. The company offers a variety of buttons with different features. Each has a "guaranteed-unique" registration number engraved into the silicon. Some buttons have computer memory to store typed text or digitized photos. Information can also be updated as needed with a simple, momentary contact with an iButton terminal. Other buttons contain a real-time clock to track the number of hours a system is turned on; a temperature sensor for applications where spoilage is a concern, such as food transport; a transaction counter that allows the button to be used as a small change purse; or complete cryptographic circuitry to secure Internet transactions.[14] Smart cards- The one application where microchip technology is
already making its way into everyday personal use is with "smart cards."
In all likelihood, these smart cards, which themselves contain a small
computer chip, will soon replace the ubiquitous magnetic stripe credit
and debit
************************************************************************** 3) Who is presently using ID chip technology? A. Microchip implants have been in use for a number of years. Microchips are being experimented with for use in both animals and humans. Following are some of the examples that have been orted in major news outlets and reliable news sources: o Veterinarians, Animal Shelters, and thoroughbred animal organizations are all promoting the use of implantable ID chips. To date, over 4 million animals have been implanted. o Many zoos use implanted chips to keep track of their animals. o More and more laboratories are using implanted chips to track research animal inventories. o Horse associations in Canada and the USA have begun utilizing microchip technology as a means of identifying and registering horses within their individual associations. o Most kennel clubs and "purebred" dog breeders advocate microchip IDs. o In the U.S., some municipalities have adopted or considered ordinances to require microchipping all animals within their jurisdictions.[2] o In 1998, the British government approved a law to require all domesticated animals be given chip implants under the "Pet Passport" program.[3] o In Britain, the head of the Cybernetics Department at the University
of Reading, Professor Kevin Warick, had himself injected with a encapsulated
microchip measuring approximately 23 millimeters long and 3 millimeters
wide. The capsule held an electromagnetic coil and a silicon chip which
was
o NASA has developed a "pill transmitter" which will be used to monitor a fetus in problem pregnancies while the child is still in the mother's womb. The initial application was developed for use after certain types of high-risk fetal surgery procedures. The "pill" will be inserted at the time of the operation where it will monitor body temperature, pressure and other vital signs in the womb. It will then radio this information to a remote terminal for recording.[5] o A Georgia man was able to control a computer by thought alone after receiving an electronic implant that fused with his brain cells.[6] o Biomedical engineers have built a prototype drug pump the size of a contact lens, a miniature, closed-loop implant that could monitor its own flow rate to ensure a steady stream of medicine.[7] o The Electronic Telegraph reported in October 1998 that "dignitaries who fear being kidnapped are having microprocessor homing devices planted in their bodies so police can track them down if they are abducted." According to the story, the microchips - called Sky-Eyes - were originally eloped for intelligence use by Israeli researchers. Rome's La Repubblica newspaper described the latest development as a "biological adaptation" of the Global Positioning System, which is already in use to protect luxury cars from being stolen.[8] ************************************************************************** 4) Who keeps track of implanted animal ID chips? A. The predominant central database system being used to track microchipped animals is PETtrac. PETtrac is a worldwide computerized tracking system for companion animals identified with the AVID Microchip. The "international master databank" is located in Norco, California, USA. The Canadian counterpart databank is located in Calgary, Alberta. All Canadian data is downloaded into the master databank in California (backed up information system), as well as the CVMA in Ottawa, Ontario. When a chip is injected into an animal, the microchip number is entered in the patient records and is also recorded on a PETtrac Registration form which is forwarded to AVID. Each animal is reistered in the PETtrac database, using the clinic as a tracking site. PETtrac World Wide Recovery Service "Over 4,000,000 microchips
implanted with over 25,000 documented recoveries." Suite 204, 615 - 11
Avenue S.E. Calgary, AB Canada T2G 0YB Ph (403) 264-6300 or 1-800-338-1397
Fax (403)
************************************************************************** 5) What new and future uses are emerging for individual microchips? A. There are very few official public reports which reveal exactly what is being considered for possible future uses of microchip technology. Several reasons exist for this secrecy. One is that such information is generally proprietary and companies do not want to expose their technology. However, some of the uses for microchip implants that have been reported in public news outlets include: o At least one researcher, Professor Kevin Warwick (the same on who was injected with a microchip in the ten-day test) has publicly discussed using microchip implants to: control gun ership; regulate access to public facilities; and, monitor employees.[4] o The National Aeronautics and Space Administration (NASA) is developing implantable microchip technology for a number of new monitoring technologies for both space-related and commercial applications.[5] o A newly developed technology will allow prescription drugs to be automatically dispensed and administered using implanted microchips. The chip itself will contain tiny amounts of concentrated doses in hundreds of individuals compartments. The chip can be programmed to release the drug upon command or on regularly scheduled intervals.[7] o International bankers may be considering using implantable ID chips for financial transactions.[9] o General Motors, Toyota, and Ford Motor Company are among the major auto makers using microchip technology in conjunction with satellites the Global Positioning System (GPS) to locate stolen automobiles. Additionally, these systems are used to lock and unlock car doors, start or stop the automobile's engine, or to summons emergency personnel in the event the vehicle is involved in an accident, which can also be detected by the system. Monitoring is handled at a single, central location.[10] o Another company, GlobalTrac, claims to have a similar system in place that can be used to locate children, dignitaries, and senior citizens who wear one of their chip-imbedded bracelets.[11] [END OF FAQ] ================================================================
AVID Canada
Trovan Identification Systems
Destron Fearing Corporation
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---Related Story--- Professor Feels Himself Become Closer to the Machine Chipping
at the Future ABC News online
---Related Story--- CNN interactive- Is human chip implant wave of the future?
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---Related Article--- Think and it's done - October 17, 1998 By Duncan Graham-Rowe
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---Related Article--- ================================================================
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------ Cell Phone Tracking
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---Related Article--- Pentagon introducing high-tech dog tags
---Related Article--- Proving Ground Tests DoD's Digital Dog Tags
http://www.dtic.mil/afps/afps_tools/photos_N_caption/9807291a.jpg.html
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SmartGov- http://policyworks.gov/org/main/me/smartgov Smart Card Forum– http://www.smartcrd.com Mondex- http://www.mondex.com Global Chip Card Alliance- http://www.chipcard.org Military "M.A.R.C." Smart Cards-
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