Ever since Mark Gasson got a virus, his cellphone won’t work, and he can’t unlock the door to his building on campus. But those are the kind of symptoms humans can expect when they get infected with computer viruses.
Mr. Gasson, a research fellow at the University of Reading, in England, has a radio-frequency identification chip implanted in his hand. It’s the kind of computer chip that is sometimes used to track animals, but Mr. Gasson uses it to activate his cellphone and unlock doors. He also uses it for research that explores the potential risks of implanted devices, which he expects will become more common in humans. When he infects the chip with a virus, he can then transmit that virus to another computer.
Mr. Gasson stresses that the virus in his chip is spreading from implanted technology to a computer, not from a human being to a computer. Still, he says we should consider how computer viruses could potentially affect people’s bodies.
“It is known that some people with invasive medical implants, over time, consider them to actually be part of their body,” he wrote in an e-mail to The Chronicle. “In this context we can and should talk of computer viruses infecting the person.”
“It certainly sounds like science fiction when you hear it, but when you break it down to the technical elements, it’s an interesting experiment,” said Brian D. Voss, chief information officer of Louisiana State University at Baton Rouge.
Mr. Voss said that Mr. Gasson’s research was “a very simple sort of experiment” and “is not anything that is earth-shattering.” However, it still has important implications. Especially as medical devices get more complex, Mr. Voss said, “it would be possible for them to get infected with viruses that could do nefarious things.”




5 Responses to Researcher Infects Himself With Computer Virus
dwilliams5 - May 27, 2010 at 7:45 pm
Interesting. I wonder what could happen with such a device on an airplane?
margaretwinters - May 27, 2010 at 9:58 pm
Probably nothing. All modern European credit cards have such a chip built in to them (they’re called ‘chip and PIN’ cards) and nothing much seems to happen. And you may have one in your American credit card if it uses the ‘Blink’ system–also an RFID chip similar to the one this guy has, and that are implanted in dogs and other pets.
cherisse_gardner - May 28, 2010 at 10:28 am
Credit cards are most likely not programmed to interfere with airplane systems, but the question is can such a thing be programmed to perform a malicious attack on flight & communication systems, or anyone or thing else for that matter?
arrive2__net - May 30, 2010 at 2:22 am
Maybe a gesture like Mark Gasson’s will make a splash that will help alert implant designers to guard against such potential problems. If cell phones can interfere with aircraft electronics maybe implanted electronics could too. Obviously you would want the security screenings at airports to be able to counter such a threat, or maybe the aircraft electronics will have to be shielded to prevent that. Can some malicious device be disguised, or passed-off, as a medical device? That could be tough to deal with, but we need to be aware. If technology advances in ways that increases the utility and popularity of functional implants that can open your garage door, or start your car or cell phone, it could open up a new world of potential threats and countermeasures. Bernard SchusterArrive2.net
emucio - June 1, 2010 at 11:14 am
How about the airplane influencing the imbedded chip? That way, screaming babies on airplane flights can be “instructed” to enter sleep mode.