Microchip Implants News ArticlesExcerpts of Key Microchip Implants News Articles in Media
Abandoned pets are a growing part of the military culture. Dogs and cats are dropped off in remote corners of the post at a rate of more than 20 a week. But the US Armed Forces are fighting back. Adopting a Big Brother approach, the military is implanting microchips in cats and dogs that live on government land – as much for animal control as for owner control. Says Fort Polk, La., Garrison Command Sgt. Maj. Ricky L. Jones of the soldier who abandons a pet, "with the chip you can't hide." Fort Polk has used the chip to track down soldiers who have abandoned their pets and forced them to pay an adoption fee. "It's a way to control our stray animal population and protect our working force, too," says Capt. Steven Baty, a veterinarian at Fort Carson, Colo., where microchipping has been mandatory since 1998. The tiny chips, the size of a grain of rice, are injected under the skin on an animal's neck and contain a bar code that can be scanned and read by humane societies and veterinary clinics nationwide. The procedure costs about $15, takes two to three seconds, and is no more painful than a typical vaccination. Microchip enforcement varies by base. At Fort Polk, La., animal controllers are part of a weekly housing patrol, joining inspectors who check to make sure lawns are cut and that soldiers aren't violating housing regulations. The animal controller carries a portable scanner and runs the wand over dogs and cats, looking for numbers to light up the small screen. If the pets don't have a microchip, soldiers are warned, and if they don't comply, their animals are taken away.
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They say money talks, and a new report suggests Canadian currency is indeed chatting, at least electronically, on behalf of shadowy spies. Coins containing tiny transmitters have mysteriously turned up in the pockets of at least three American contractors who visited Canada, says a branch of the U.S. Defence Department. Security experts believe the devices could be used to track the movements of defence industry personnel dealing in military technology. According to a report from the U.S. Defence Security Service, "On at least three separate occasions between October 2005 and January 2006, cleared defense contractors' employees travelling through Canada have discovered radio frequency transmitters embedded in Canadian coins placed on their persons." A service spokeswoman said details of the incidents were classified. The type of transmitter in play and its ultimate purpose remain a mystery. However, tiny tracking tags, known as RFIDs, are commonly placed in everything from clothing to key chains to help retailers track inventory. Each tag contains a miniature antenna that beams a unique identification code to an electronic reader. The information can then be transferred by the reader into a computerized database.
Some Amish farmers say a state requirement that they tag cattle with electronic chips is a violation of their religious beliefs. Last year, the state Department of Agriculture announced that Michigan cattle leaving farms must be tagged in the ear with electronic identification as part of an effort to combat bovine tuberculosis. That has drawn some resistance from the Amish, who typically shun technology. In April, Glen Mast and other Amish farmers appeared before the state Senate Appropriations Committee, urging it to block the program. "We're never happier than when we're just left alone," said Mast, whose farm in Isabella County operates without electricity. "That's all we're asking." State officials say the ability to trace food sources is increasingly important in the global economy. State officials said cattle are to be tagged if they are leaving the farm to be sold or change ownership. Kevin Kirk, who coordinates the program for the state agriculture department, said Amish farmers produced a "very, very small" percentage of the nearly 397 million pounds of beef sold by Michigan farmers last year. "Our No. 1 goal is animal health, human health and food safety," Kirk said. "I know it's hard sometimes to trust the government, but that's what we're asking is trust us." So far, the state has not forced the Amish to use the electronic tags but said they can wait until the animals arrive at an auction before having them applied, the newspaper said. Animal identification has traditionally involved a plastic or metal tag, or tattoo. Electronic ID uses a radio frequency device with a number unique to each animal, and speeds up the ability to locate or trace animals.
Note: To read an article that explains in more depth how the attitude of the Amish to the use of electronic chips on their cattle is that it is the "mark of the beast" in Bible prophecy, click here.
Farmers and ranchers won't be forced to register their cows, pigs and chickens in a nationwide database aimed at helping track the outbreak of disease, the Bush administration said Wednesday. Hoping to dampen widespread opposition to the animal tracking program, the Agriculture Department has decided it should remain voluntary. First promised in response to the discovery of mad cow disease in this country, the tracking system would pinpoint an animal's movements within 48 hours after a disease was discovered. Investigators never found all 80 of the cattle that came to the U.S. from Canada with the infected dairy cow that became the country's first case of mad cow disease in 2003. Many cattle ranchers are wary of the program because they want records kept confidential and don't want to pay for the system. The industry estimates it could cost more than $100 million annually.
Medical milestone or privacy invasion? A tiny computer chip approved ... for implantation in a patient’s arm can speed vital information about a patient’s medical history to doctors and hospitals. But critics warn that it could open new ways to imperil the confidentiality of medical records. The Food and Drug Administration said ... that Applied Digital Solutions of Delray Beach, Fla., could market the VeriChip, an implantable computer chip about the size of a grain of rice, for medical purposes. With the pinch of a syringe, the microchip is inserted under the skin in a procedure that takes less than 20 minutes and leaves no stitches. Silently and invisibly, the dormant chip stores a code that releases patient-specific information when a scanner passes over it. The VeriChip itself contains no medical records, just codes that can be scanned, and revealed, in a doctor’s office or hospital. The microchips have already been implanted in 1 million pets. But the chip’s possible dual use for tracking people’s movements ... has raised alarm. “If privacy protections aren’t built in at the outset, there could be harmful consequences for patients,” said Emily Stewart, a policy analyst at the Health Privacy Project. To protect patient privacy, the devices should reveal only vital medical information, like blood type and allergic reactions, needed for health care workers to do their jobs, Stewart said.
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Feel like you're being followed? Maybe it's a tracking tag on your jeans or one implanted in a credit card. The tags are called radio frequency identification or RFIDs, and every day they are becoming more and more a part of our lifestyle. These Orwellian microchips, as minute as a grain of sand, identify and track products and even lost children at theme parks. They're being implanted in humans to alert hospitals about medical conditions. The tags can be so tiny, you may never know they are there. Retailers claim RFIDs are essential: alerting them when they're low on lipstick, air filters, sodas and other inventory. Embedded tags aren't so obvious. Hitachi Europe recently developed the world's tiniest RFID integrated circuit, small enough to be placed in a piece of paper. Some RFID chips are made to be imbedded in livestock, in pets and most recently in humans for a variety of reasons. RFID prices have dropped, and tagging has become practical for businesses. In-Stat, a high-tech research firm, reports more than 1 billion RFID chips were made last year and predicts that by 2010 the number will increase to 33 billion. Slightly larger than a grain of rice, RFID chips from VeriChip of Florida are manufactured for implanting in humans. The Food and Drug Administration approved human implants two years ago.
Note: For lots more on microchip implants, see http://www.WantToKnow.info/microchipimplants
A sensor implanted in a paralysed man's brain has enabled him to control objects by using his thoughts alone. The experimental set-up allowed the man, who has no limb movement at all, to open e-mail ... and pinch a prosthetic hand's fingers. The US team behind the sensor hopes its technology can one day be incorporated into the body to restore the movement of paralysed limbs themselves. A team of scientists inserted the device, called a neuromotor prosthesis (NMP), into an area of the brain known as the motor cortex, which is responsible for voluntary movement. The NMP comprises an internal sensor that detects brain cell activity, and external processors that convert the activity into signals that can be recognised by a computer. Using the device, Mr Nagle was able to move a computer cursor to open an e-mail, play simple computer games, open and close a prosthetic hand, and use a robot limb to grasp and move objects. Mr Nagle said the sensor had restored some of his independence by allowing him to carry out a number of tasks - such as turning the lights on - that a nurse would normally do for him. He told the BBC: "I can't put it into words. It's just wild."
Pentagon scientists are planning to turn sharks into "stealth spies" capable of tracking vessels undetected, a British magazine has reported. They want to remotely control the sharks by implanting electrodes in their brains, The New Scientist says. It says the aim is "to exploit sharks' natural ability to glide through the water, sense delicate electrical gradients and follow chemical trails". The research is being funded by the Pentagon's Defence Advanced Research Projects Agency (DARPA). It aims to build on latest developments in brain implant technology which has already seen scientists controlling the movements of fish, rats and monkeys. Such devices are already being used by scientists at Boston University to "steer" a spiny dogfish in a fish tank. The next step for the Pentagon scientists will be the release of blue sharks with similar devices into the ocean off the coast of Florida. Remote-controlled sharks...have advantages that robotic underwater surveillance vehicles just cannot match: they are silent, and they power themselves.
Note: This article fails to mention that electronic implants we used over 40 years ago to control the behavior of bulls, as reported on the front page of the New York Times on May 17, 1965. To see the Times article, go to http://www.WantToKnow.info/delgadobullnytimes.pdf. For lots more reliable information on government mind control programs: http://www.WantToKnow.info/mindcontrol
If you have a passport, now is the time to renew it -- even if it's not set to expire anytime soon. In many countries, including the United States, passports will soon be equipped with RFID chips. And you don't want one of these chips in your passport. RFID stands for "radio-frequency identification." Passports with RFID chips store an electronic copy of the passport information: your name, a digitized picture, etc. And in the future, the chip might store fingerprints or digital visas from various countries. By itself, this is no problem. But RFID chips don't have to be plugged in to a reader to operate. Like the chips used for automatic toll collection on roads or automatic fare collection on subways, these chips operate via proximity. The risk to you is the possibility of surreptitious access: Your passport information might be read without your knowledge or consent by a government trying to track your movements, a criminal trying to steal your identity or someone just curious about your citizenship. Security mechanisms are also vulnerable, and several security researchers have already discovered flaws. One found that he could identify individual chips via unique characteristics of the radio transmissions. Another successfully cloned a chip. The Colorado passport office is already issuing RFID passports, and the State Department expects all U.S. passport offices to be doing so by the end of the year. Many other countries are in the process of changing over. So get a passport before it's too late.
Note: For lots of reliable, verifiable information on microchip implants: www.WantToKnow.info/microchipimplants
Kiss your keyboard goodbye: soon we'll jack our brains directly into the Net - and that's just the beginning. Two years ago, a quadriplegic man started playing video games using his brain as a controller. It spells the beginning of a radical change in how we interact with computers. Someday, keyboards and computer mice will be remembered only as medieval-style torture devices for the wrists. All work - emails, spreadsheets, and Google searches - will be performed by mind control. [Consider] the sensational research that's been done on the brain of one Matthew Nagle. Nagle, a 26-year-old quadriplegic, was hooked up to a computer via an implant smaller than an aspirin that sits on top of his brain and reads electrical patterns. He learned how to move a cursor around a screen, play simple games, control a robotic arm, and even...turn his brain into a TV remote control [all] in less time than the average PC owner spends installing Microsoft Windows. Neurodevices - medical devices that compensate for damage to the brain, nerves, and spinal column - are a $3.4 billion business that grew 21 percent last year. There are currently some 300 companies working in the field. This kind of technology can enable a hooked-up human to write at 15 words a minute. Remember, though, that silicon-based technology typically doubles in capacity every two years. Last year, Sony took out a patent on a game system that beams data directly into the mind without implants. It uses a pulsed ultrasonic signal that induces sensory experiences such as smells, sounds and images.
The line between living organisms and machines has just become a whole lot blurrier. European researchers have developed "neuro-chips" in which living brain cells and silicon circuits are coupled together. The achievement could one day enable...the development of organic computers that crunch numbers using living neurons. To create the neuro-chip, researchers squeezed more than 16,000 electronic transistors and hundreds of capacitors onto a silicon chip just 1 millimeter square in size. They used special proteins found in the brain to glue brain cells, called neurons, onto the chip. However, the proteins acted as more than just a simple adhesive. "They also provided the link between ionic channels of the neurons and semiconductor material in a way that neural electrical signals could be passed to the silicon chip," said study team member Stefano Vassanelli from the University of Padua in Italy. The proteins allowed the neuro-chip's electronic components and its living cells to communicate with each other.
Note: For lots more on microchip implants, see http://www.WantToKnow.info/microchipimplants
With a wave of his hand, Amal Graafstra, a 29-year-old entrepreneur based in Vancouver, Canada, opens his front door. With another, he logs onto his computer. Tiny radio frequency identification (RFID) computer chips inserted into Graafstra's hands make it all possible. The computer chips, which cost about $2, interact with a device installed in computers and other electronics. The chips are activated when they come within 3 inches of a so-called reader, which scans the data on the chips. The "reader" devices are available for as little as $50. Graafstra said at least 20 of his tech-savvy pals have RFID implants. "I can't feel it at all. It doesn't impede me. It doesn't hurt at all. I almost can't tell it's there," agreed Jennifer Tomblin, a 23-year-old marketing student and Graafstra's girlfriend. Mikey Sklar, a 28-year-old Brooklyn resident, said, "It does give you some sort of power of 'Abracadabra,' of making doors open and passwords enter just by a wave of your hand." The RFID chip in Sklar's hand, which is smaller than a grain of rice and can last up to 100 years, was injected by a surgeon in Los Angeles.
Sullivan, a Tennessee power company worker who lost both arms in a job-related accident, has been outfitted by Rehabilitation Institute of Chicago researchers with a kind of bionic arm, which is controlled directly by his thoughts. Sullivan doesn't have to think hard anymore about doing something; he simply does it the way he always did. "I feel my hand when I want to pick something up, then I just close my hand," he says. When he wants to grab a bottle of water, for instance, the computerized arm moves forward, the elbow bends and the mechanical hand grasps the bottle, bringing it to his lips, as his natural arm once did.
We bet that former Health and Human Services Secretary Tommy Thompson wishes he had gone to work for Breyers or Hershey's. To set a good example, he's preparing to consume his new company's product--VeriChip Corp's flesh-embedded medical radio chip. "It doesn't cause any pain," he assures us, explaining that a rice-size chip will be inserted into his arm. The chip stores coding that makes the user's health records available worldwide. Hospitals wave a radio wand over the arm to get the info. "People are dying all the time," he says, "because they can't access their medical information overseas."
Peruvian alpaca herders are turning to technology to thwart a growing problem of the high Andes Mountains: the smuggling of prize-winning, wool-producing alpacas to neighboring countries. An association of alpaca farmers is surgically implanting microchips into hundreds of alpacas as part of an effort to reduce illegal transport of the animals. A herd of 700 Alpacas had microchips implanted in their neck muscles beneath their ears on Friday in the high plains of Peru near the town of Nunoz, about 540 miles southeast of Lima.
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