LATIDIA · Ciberseguridad

Protección del aprendizaje automático cuántico de la distribución de claves cuánticas militares contra ataques criptográficamente camuflados

arXiv: 2610.04543v1Tipo de anuncio: nuevo Resumen: La distribución de claves cuánticas demuestra que su protocolo es seguro y no dice nada sobre el hardware que se encuentra debajo, por lo que los operadores militares y gubernamentales lo utilizan para el comando y control

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arXiv:2610.04543v1 Announce Type: new Abstract: Quantum key distribution proves its protocol secure and says nothing about the hardware beneath it, so military and government operators fielding it for command-and-control keys monitor the channel for implementation attacks, and that monitoring has a blind spot. An adversary with a kleptographic foothold in the generator of a public per-block value \(x=g^v \pmod p\) can hide attacked blocks in honest noise, gating them on a predicate of its discrete logarithm, making detection a discrete logarithm problem that defeats every efficient classical monitor yet yields to a quantum kernel recovering \(v\) through Shor's algorithm. I formalise these cryptographically camouflaged attacks, reduce their hardness to an