Layered Encryption Structure

Cipher Encryption Design Overview

At the core of Cipher lies a polymorphic, multi-layer encryption design, ensuring robust data security.

• Unique Permutations: Each layer operates as a unique permutation of substitution, compression, and entropy shuffling for unmatched security.

• User-Defined Layers: You can define up to 20 independent substitution layers, generated dynamically based on a session-specific channel key.

• Non-linear Transformations: These transformations are state-shifting and polymorphic, offering extensive cryptographic states per layer.

Key Properties of the Layered Structure

• Asymmetry by Design: Each layer uses a unique substitution model, eliminating static algorithms.

• Immutability of Order: Reversing a layer incorrectly yields valid output indistinguishable from encrypted noise.

• Entropy Preservation: Each transformation increases entropy, complicating statistical attacks.

• Layer Isolation: No algebraic or heuristic links exist between layers, maintaining independence across the encryption stack.

This architecture ensures that Cipher achieves both obfuscation and destruction of structure, significantly enhancing resistance to brute force and reducing decipherability beyond traditional cryptography.