Incrypteon White Papers

Please read our white papers and contact us if you would like to have a deeper dive / discussion with one of our Cryptographers.

Archaios from Incrypteon

Archaios from Incrypteon is the world’s most advanced and secure digital security system. It is a 3rd Generation military-grade security system – polymorphic, probabilistic, and active - that is information-theoretically secure against Quantum and AI threats using multiple One Time Pads.

Archaios is the only solution available that enables One-Time Pads to be used practically, and also solves the Conditional Entropy Depletion Problem, in that it uses multiple One Time Pad encryptions embedded inside an outer One-Time Pad encryption. Keys are not transmitted, but instead, starting with a fixed length key, entropy (random numbers) is transmitted with every encryption step. OTP-encrypted entropy portions are shuffled with OTP-encrypted message portions and encrypted with the outer OTP encryption.

Find the link to the White Paper here - Archaois White Paper (link opens in new browser window).

Perpetual Equivocation

In this paper, we firstly introduce the concept of "Entropy Augmentation" and then propose a new information-theoretic multi-purpose encryption scheme which uses the concept in a practical manner, namely "Perpetual Equivocation".

By expanding on Shannon’s treatment of equivocation as a valid secrecy index for information-theoretic security, specifically “ideal secrecy”, we demonstrate that the addition of entropy to a cryptographic system at a faster rate than it is consumed in the encryption process, allows for the augmentation of the equivocation of key HE(K) and message HE(M), such that they never attain a unity distance of zero, thereby guaranteeing information theoretic security using a finite length key. Achieving both "Perfect" and "Ideal" secrecy that can be used for any use case.

Find the link to the White Paper here - Perpetual Equivocation (link opens in new window).

Perpetual Encryption

White paper is coming soon.

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