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This paper studies a variant of the McEliece cryptosystem able to ensure thatthe code used as the public key is no longer permutation-equivalent to thesecret code. This increases the security level of the public key, thus openingthe way for reconsidering the adoption of classical families of codes, likeReed-Solomon codes, that have been longly excluded from the McEliececryptosystem for security reasons. It is well known that codes of these classesare able to yield a reduction in the key size or, equivalently, an increasedlevel of security against information set decoding; so, these are the mainadvantages of the proposed solution. We also describe possible vulnerabilitiesand attacks related to the considered system, and show what design choices arebest suited to avoid them.

Enhanced public key security for the McEliece cryptosystem