The successful attack was announced recently at a conference in Cincinnati (US) on Post-Quantum Cryptography. The researchers said that the McEliece cryptosystem can be scaled to larger key sizes to avoid their attacks and remains a leading candidate for post-quantum cryptography.
At present, banks use the RSA code from 1977 for securing matters such as electronic transactions. For RSA the currently used key sizes are significantly larger than initially thought: a single PC would need only 3 weeks to break the parameters from the original paper. Yet a quantum computer will have no problems cracking even the improved current version. For this reason, anticipating the introduction of the quantum computer (which Lange thinks will take at least ten more years) and to deal with long-term confidentiality such as health records, researchers are trying to find better encryption systems. ###
Professor Tanja Lange conducts her research within the Coding theory and Cryptology group of the Department of Mathematics & Computer Science at Eindhoven University of Technology in The Netherlands.
Contact: Tanja Lange tanja@hyperelliptic.org Eindhoven University of Technology
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