Quantum-Resistant Cryptographic Framework with Harmonic Scaling Law H(d,R), Six Sacred Tongues encoding, and 13-layer security stack.
Spiralverse-AetherMoore is a next-generation cryptographic system that combines:
- Post-Quantum Cryptography (PQC): Kyber-1024 for key encapsulation, Dilithium for signatures
- Harmonic Scaling Law H(d,R): Novel mathematical foundation for entropy distribution
- Six Sacred Tongues Encoding: Multi-language symbolic transformation layer
- 13-Layer Security Stack: Defense-in-depth architecture
- Langues Weighting System (LWS): Cryptographic weight distribution across linguistic domains
H(d,R) = sum(1/n^d for n in 1..R)
Where:
- d = dimensional depth parameter (1.0 < d <= 3.0)
- R = harmonic range (typically 1000)
- Output: normalized entropy coefficient
def calculate_entropy(data: bytes, d: float = 2.0, R: int = 1000) -> float:
"""SCBE entropy with harmonic modulation"""
base_entropy = shannon_entropy(data)
harmonic_factor = sum(1/n**d for n in range(1, R+1))
return base_entropy * (1 + harmonic_factor / R)| Language | Domain | Cryptographic Function |
|---|---|---|
| Aelindra | Light/Creation | Key generation seeds |
| Kha'zul | Shadow/Entropy | Noise injection |
| Verenthis | Order/Structure | Block cipher modes |
| Nythara | Chaos/Transform | Permutation layers |
| Solmyris | Balance/Harmony | Weight normalization |
| Drakmori | Binding/Seal | Authentication tags |
Spiralverse-AetherMoore/
|-- README.md
|-- LICENSE
|-- setup.py
|-- requirements.txt
|-- spiralverse/
| |-- __init__.py
| |-- core/
| | |-- harmonic_scaling.py
| | |-- entropy_engine.py
| | |-- sacred_tongues.py
| |-- crypto/
| | |-- kyber_wrapper.py
| | |-- dilithium_wrapper.py
| | |-- aethermoore_cipher.py
| |-- layers/
| | |-- layer_stack.py
| | |-- langues_weighting.py
|-- docs/
| |-- ARCHITECTURE.md
| |-- MATH_REFERENCE.md
| |-- SACRED_TONGUES.md
|-- tests/
|-- examples/
pip install spiralverse-aethermoorefrom spiralverse import AetherMooreCipher
cipher = AetherMooreCipher()
public_key, private_key = cipher.generate_keypair()
# Encrypt
ciphertext = cipher.encrypt(b"Hello Spiralverse!", public_key)
# Decrypt
plaintext = cipher.decrypt(ciphertext, private_key)- SCBE-AETHERMOORE - Main implementation
- Entropicdefenseengineproposal - Figma designs & architecture
- scbe-aethermoore-demo - Demo release
MIT License - See LICENSE file
Isaac Davis - issdandavis