Moscow "chip person" life has distressed subcutaneous implant application difficult
"Perspective Russia" special correspondent Svetlana Arkhangelskaya
Together with London, Hamburg, Bonn, and Munich, Moscow has also become one of the five cities where citizens implanted chips and can use public transportation. The famous bio-hacker Dr. Patrick Kramer, CEO of Digiwell, Germany, implanted subcutaneous chips for 15 Russians in 2016. However, the limitations of new technologies in real life have also caused some annoyance to the first batch of "electronic people" in Russia.
Who is the first batch of "e-card users"
Kramer said that implanted chips under the skin are becoming increasingly popular on a global scale. "Curse is the main reason why people are implanting subcutaneous chips. This is a great social and communication tool," he said.
As one of the first "electronic people", Moscow system administrator Sergey Sorokin implanted chips in his body in 2012. He said: “Using chips is like magic, and 99% of people in Moscow will be surprised.†Engineer Vlad Zaitsev implanted NFC in his body in 2015 (near-field communication, ie between devices) A contactless communication chip is made within 10 centimeters at a short distance to pay for transportation and as a pass to enter the office. Anti-virus software Kaspersky Lab staff Yevgeny Chereshev carried chips implanted in his hands for two years to investigate new threats to Internet users.
Simple operation without safety risks
Most Russians implanted in the body are chips made in the United States or China. Rice-sized subcutaneous chips and sterile kits for implants cost about $100 (about 666 yuan) to order online. The perforator can implant it in the human body in just a few seconds. After that, the wearer can open the door by hand, unlock the smart phone, enter the website, and exchange data. Manufacturers and users think that this kind of chip does not have security risks, and because it is made of biocompatible glass, it will not be rejected by the human body. The wearer usually inserts the chip between the thumb and forefinger of the palm of the hand, because this position is rarely bumped and does not affect the bones and joints.
Real application still has difficulty
The user can implant biomagnets into the fingertips, implant the antenna into the head, and implant the seismic sensor into the chest. These devices can transmit data via NFC technology and the Android system, but Apple's iOS system is temporarily unable to NFC connection with the chip.
The size of the subcutaneously implanted chip is very small and the memory is small, with an average of only 512Kb. To become a payment instrument, the chip needs to have a built-in special antenna certified by a payment system such as Visa or MasterCard, and this will cause the size of the chip to increase significantly and cannot be implanted under the skin.
In addition, there are very few institutions in Russia that currently accept access to the chip. The desire of Russians to become the first "chip electronics" may be hit hard by reality. "Electronic man" Stanislav Kuproyanov said: "It is impossible for the office security department to provide such a permit. I said in the hotel that there are chips in the hand and that when the staff wants to implant the room key into the chip, the staff will I am like a patient with mental illness." This article is published in the "Perspective of Russia" special issue of the "Global Times" and is provided by "Russian News". â–²
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