A team of researchers has, for the first time, hacked into a network protected by quantum encryption. Quantum cryptography uses the laws of quantum mechanics to encode data securely. Most researchers consider such quantum networks to be nearly 100% uncrackable. But a group from the Massachusetts Institute of Technology (MIT) in Cambridge was able to 'listen in' using a sort of quantum-mechanical wiretap. The trick allowed them to tease out about half of the data, in a way that couldn't be detected by those transmitting or receiving the message. . The group admits that their hack isn't yet capable of eavesdropping on a real network. "It is not something that currently could attack a commercial system," says Jeffrey Shapiro, a physicist at MIT and one of the authors on the study. But they expect that one day it will be able to do so, if quantum encryption isn't adequately adapted to stop such hackers from succeeding. The link for this article located at nature.com is no longer available. . The group admits that their hack isn't yet capable of eavesdropping on a real network. 'It is not so. researchers, first, hacked, network, protected, quantum, encryption. . LinuxSecurity.com Team
File-encrypting Trojans are becoming so complex that the security companies could soon be powerless to reverse their effects, a new report from Kaspersky Lab has said. . The report notes the rapid evolution of the public key encryption used by one family of crypto malware, Gpcode, which went from using 56-bit to 660-bit RSA in a matter of weeks. Commonly termed "ransomware," Trojans that encrypt data files on a user The link for this article located at ComputerWorld is no longer available. . Swift developments in encoding methodologies render various crypto ransomware almost impervious, putting cybersecurity organizations in a tough position to react.. file encryption, malware evolution, security challenges. . LinuxSecurity.com Team
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