IACR paper on higher-order differential attacks against full 12-round DuX, with reduced-round distinguishers and key recovery, because ci...
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01 02 Cryptanalysis of Deep Neural Cryptography: Second Round Key Recovery on the Unprotected Implementation and a Floating-Point Attack on the Protected Implementation of AES eprint.iacr.orgSo, does neural AES help? They recover a second-round key from the plain build and still crack the protected one with FP quirks.03 Paper shows SDitH v2 keys fall out of cross-signature transcripts, then patches the shared expander with domain separation.04 No break here, just bit-op cost estimates for hypothetical holdout key-recovery attacks on Classic McEliece.05 Preprint turns a GRS subcode distinguisher into key recovery, with F4 Goppa tests and a binary conjecture, naturally.06 Exact linear correlations and the cost of Walsh-transform key recovery, with application to SPEEDY eprint.iacr.orgDoes the product-of-correlations rule survive back-to-back S-box layers with no key add? Apparently not, and SPEEDY gets revised.