Researchers at the University of Washington have warned that computers can be hacked using malware stored in DNA. In other words, malware can exist within molecules. This warning comes after hackers have been able to use all types of vectors to attack and control victim computers, USB drives to access e-mail messages.
The researchers predict that one day we may see viruses infect systems through DNA, and although it is a far-fetched condition, it is still worth thinking. A group of researchers working at the Paul G. Allen School of Computer Science and Engineering published a paper explaining the possibility of merging The malware is in a genetic molecule, so it can infect the system that is used to analyze that DNA.
According to scientists, this method can be used to target university computer networks, police forensic laboratories and research facilities by adding malware to fake blood samples or saliva samples, and this is not a direct cause of concern according to their tests.
Scientists have conducted tests in completely unsafe conditions, including the unsafe portion of the DNA analysis program, yet their work shows that it is possible to add malware to genetic material, and that this field continues to grow and become more accessible in terms of access to it , Prompting researchers to consider additional security measures to ensure that computer systems and DNA samples are not manipulated.
The information shows that there is no evidence that anyone has used these methods for abusive purposes to date, but security gaps in common and open source DNA processing and analysis programs may make this possible, although it is not easy for individuals to control systems Computer access to personal information or manipulation of the results of DNA analysis.
The researchers hypothesized that it might be possible to produce DNA filaments loaded with harmful software, which could endanger the computer if it is serialized and analyzed. They proved through trial and error that this could be done. The research group intends to present its research paper detailing and explaining this technique and its recommendations To enhance computer security and protect DNA privacy at the USENIX Security Symposium, the Society for Advanced Computing Systems, founded in 1975 as the Unix User Group, later this month in Vancouver, Canada.
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