RISK: Health, Safety & Environment (1990-2002)Volume 8|Number 4Article 6September 1997Time Enough - Consequences of HumanMicrochip ImplantationElaine M. Ramesh
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Read-write microchip implants.
Another form of the microchip implant could be a read-write device. This type of microchip would be capable of carrying a set of information which could be expanded as necessary. That is so because this type of device allows the storage of variable data, and is programmable at a distance. For example, if the microchip were to carry a person's medical history, as that history evolved the subsequent information could also be added to the microchip without the necessity of removing the implanted chip. While the use of such a chip in this capacity might require the encoding of an enormous amount of data,scientists continue to develop chips which are equal to the task.
The need for instantaneous access to the medical records of individuals has been expressed by President Clinton as a part of his universal health care coverage plan. Therefore, the development of a microchip implant as a read-write device to carry medical information has already begun, and already has a potential application.
This however, is not the only purpose that a read-write microchip implant could serve. It could also facilitate and record financial transactions. Many credit card companies are already working to develop Smart Card technology, using chip-based payment products which are projected to reduce both fraud and transaction processing costs. Another example of the interest in a device with read-write capabilities is the Australian proposal for a national identification card which mandated compulsory production of the card in the following situations: investment, land transactions, deposits at financial institutes,social security benefits, and dealings in futures contracts. It is evident that microchips do have utility for recording financial transactions. Moreover, if the credit card companies employed a microchip implant, instead of the current external Smart Card underdevelopment, the opportunity for loss or falsification would be even more drastically reduced.
https://scholars.unh.edu/cgi/viewcontent.cgi?article=1344&context=riskRead-write microchip implants.
Another form of the microchip implant could be a read-write device. This type of microchip would be capable of carrying a set of information which could be expanded as necessary. That is so because this type of device allows the storage of variable data, and is programmable at a distance. For example, if the microchip were to carry a person's medical history, as that history evolved the subsequent information could also be added to the microchip without the necessity of removing the implanted chip. While the use of such a chip in this capacity might require the encoding of an enormous amount of data,scientists continue to develop chips which are equal to the task.
The need for instantaneous access to the medical records of individuals has been expressed by President Clinton as a part of his universal health care coverage plan. Therefore, the development of a microchip implant as a read-write device to carry medical information has already begun, and already has a potential application.
This however, is not the only purpose that a read-write microchip implant could serve. It could also facilitate and record financial transactions. Many credit card companies are already working to develop Smart Card technology, using chip-based payment products which are projected to reduce both fraud and transaction processing costs. Another example of the interest in a device with read-write capabilities is the Australian proposal for a national identification card which mandated compulsory production of the card in the following situations: investment, land transactions, deposits at financial institutes,social security benefits, and dealings in futures contracts. It is evident that microchips do have utility for recording financial transactions. Moreover, if the credit card companies employed a microchip implant, instead of the current external Smart Card underdevelopment, the opportunity for loss or falsification would be even more drastically reduced.
https://scholars.unh.edu/cgi/viewcontent.cgi?article=1344&context=risk