In the world of PC gaming we usually think of hacking as a threat to our precious accounts or our ability to play a game. There are plenty of stories about someone hacking their way into our Blizzard IDs to steal a rare WoW mount, or someone , making it difficult to sign-in.
Sometimes these issues extend beyond gaming, like when DDOS attacks that took down half the internet. But here's a terrifying first: we've never heard about hackers injecting evil software into DNA to commandeer a computer. They didn't even do that in the movie Hackers, in which two men literally yell "Hack the planet!!"
Here's the full crazy story, : "a group of researchers from the University of Washington has shown for the first time that it’s possible to encode malicious software into physical strands of DNA, so that when a gene sequencer analyzes it the resulting data becomes a program that corrupts gene-sequencing software and takes control of the underlying computer."
The idea itself isn't so crazy, really: a piece of software is reading a file and triggering some malicious code, which then takes over the computer. It's like getting a trojan from a scuzzy copy of a pirated game, except in this case, the trojan is your own ruined DNA code. Most of us spend more time playing games on our PC than we do analyzing DNA sequences, but as Wired points out, the implications for this sci-fi-style piece of hacking are potentially serious.
"As genetic sequencing is increasingly handled by centralized services—often run by university labs that own the expensive gene sequencing equipment—that DNA-borne malware trick becomes ever so slightly more realistic," Wired writes.
We're reminded of the internet sleuth who recently sitting out in the open on an unsecured server. We probably don't have to worry about Blizzard falling victim to evil DNA, but who knows what major internet services could be susceptible in the future. Other scientists are already exploring the idea of using DNA to store data—and recently successfully —so this kind of thing is only going to become more relevant to our everyday computing lives as time goes on.
elaborates on how the researchers accomplished their hack, which included plenty of compromises that wouldn't exactly work in a real world environment. For now. Check out the full story for details on how it all worked, but the short version is: hacking is cool, and we can now safely use the phrase "biohacking" without referencing