This paper establishes a definitive architectural framework for a next-generation stealth communication infrastructurenamed “The Holmes Network,” designed to counteract the inherent, structural vulnerabilities buried within modern globalencryption standards, including RSA and Post-Quantum Cryptography (PQC). Abandoning the conventional security paradigmdependent on the wall of computational complexity, which remains perpetually susceptible to sudden mathematicalbreakthroughs and retroactive decryption, this architecture operates with absolute cryptographic zero-trust toward allmathematical ciphers. By leveraging the thermodynamic irreversibility of space-time parameters, dynamic chaoticreflections, and a memoryless “Digital Russian Roulette” mechanism, the network provides 100% mathematical resilienceagainst the four major contemporary cyber attack vectors without relying on traditional mathematical hardnessassumptions.
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河盛 et al. (2026) studied this question.
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