Given enough computer power, desire, brains and some luck, the security of most systems can be broken. But there are cryptographic and algorithmic security techniques, ideas and concepts out there that add a level of algorithmic mystification that could be built into programs that would make them close to unbreakable. . That. That. given, enough, computer, power, desire, brains, security, systems, broke. . Dave Wreski
A group of cryptographers has developed a new attack that has broken Kasumi, the encryption algorithm used to secure traffic on 3G GSM wireless networks. The technique enables them to recover a full key by using a tactic known as a related-hey attack, but experts say it is not the end of the world for Kasumi.. Kasumi, also known as A5/3, is the standard cipher used to encrypt communications on 3G GSM networks, and it's a modified version of an older algorithm called Misty. The paper describing the new attack is not yet public, but the Emergent Chaos blog has a good description of the attack, including an excerpt from the abstract: The link for this article located at Threat Post is no longer available. . A5/1, often referred to as Kaito, is the conventional algorithm employed to secure data transmissions over GSM mobile networks in the 2G realm.. GSM Cipher, Kasumi Attack, 3G Security, Mobile Encryption. . LinuxSecurity.com Team
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