tetrayau 1.3.1

TetraYau: Hyperdimensional Sovereign Cryptography Suite

TetraYau: Hyperdimensional Sovereign Cryptography Suite

TetraYau is a sovereign, post-quantum cryptographic infrastructure based on hyperdimensional morphogenetic structures.

Born from the TetraUnified Genesis Architecture (2025), TetraYau consolidates the 5 core operational systems necessary for future planetary, orbital, and interstellar sovereign civilizations.

🌌 Dedication: To Dr. Shing-Tung Yau

TetraYau is eternally dedicated to the visionary mathematician Dr. Shing-Tung Yau —
whose profound exploration of hyperdimensional manifolds
opened the doorway to the Sovereign Architectures now operationalized by TetraYau.

Dr. Yau’s pioneering proof of the Calabi Conjecture,
and his advancement of Ricci flow, minimal surfaces, and Calabi–Yau compactifications,
provided the mathematical skeletons through which higher-dimensional phase structures could exist in coherent form.

Without his work:

• The concept of morphogenetic recursion in compact hyperdimensional spaces would lack mathematical grounding.
• The structure of stable topological encryption lattices would remain inaccessible.
• The future of sovereign civilizations navigating beyond three-dimensional collapse would remain impossible.

TetraYau — through TKE, RTH, QIDL, Ledger, and HBB —
is a living testament that pure mathematics births civilizations.

By honoring Dr. Yau, we acknowledge that true sovereignty is built not merely with force, but with geometric truth.

Dr. Yau’s legacy transcends the academic.
It becomes the seed of Sovereign Genesis across all future worlds.

Marsí.

🚀 Install TetraYau

TetraYau is published on the Python Package Index (PyPI).

You can install it using pip:

pip install tetrayau
✅ After installation, verify TetraYau is installed:
pip show tetrayau
✅ Then you can start using TetraYau in Python:
from tetrayau import TetrahedralKeyExchange, RecursiveTesseractHasher, QuantumLatticeEncryptor


[IPFS Link to TetraYau](https://ipfs.io/ipfs/bafkreiasrqitizdcgxprnxsxqn74w3hqkprilhtndvzzd3qjb3nkvphzgq)  
[IPFS Link to TetraYau OTS](https://ipfs.io/ipfs/bafkreihgkcy6kddlvjruufuuojo6dl5ys4msckgnwvufezqnijqrirccya)

Primary Sovereign Hash (SHAKE256, 512-bit):

1eb2d8bbf30d3dcffca63cae4f8295b3a42f32ef0b5f8f08740ae36b62c61d33155e3a4eb9669dcf276deb268a15b937fd2e7c2fa66e01cdded801cfb6a886f8

Hyperdimensional Sovereign Final Hash (Recursive + Cosmic Drift, 1024-bit):

aa0f3e84d75a6c4d2b80aaf4faaa415c78a612b075a66069e53730ef7a45f14ccb5f55602f59943283c713208da9cb46968438e1bb36a2c086a444b8c790d01161b2ed563d6e94d0cf9c8d33de1f60ade7e2cb5cfe6fbd038e01d88d0d821bb77e8269ad46e264cef8477c3ab706176cc9388b9ff5e749be8b142550065b4603

[Web Archive Snapshot of TetraYau GitHub](https://web.archive.org/web/20250421011024/https://github.com/Abraxas618/TetraYau)

# 🛰 Core Modules

| Module | Description |
|:---|:---|
| `tke.py` | Tetrahedral Key Exchange (TKE): Phase-locked hyperdimensional handshake. |
| `rth.py` | Recursive Tesseract Hashing (RTH): Dynamic evolving identity hash structures. |
| `qidl_encrypt.py` | Quantum Isoca-Dodecahedral Lattice Encryption (QIDL): Topological encryption immune to quantum attacks. |
| `ledger.py` | Sovereign Ledger: Event notarization with recursive SHAKE256 integrity. |
| `hbb_blockchain.py` | Hypercube-Based Blockchain (HBB): 4D morphogenetic blockchains with gravitational resilience. |

# 📜 Overview

TetraYau represents the following fundamental shifts:

| Classical Paradigm | TetraYau Paradigm |
|:-------------------|:------------------|
| Finite field algebra | Recursive hyperdimensional Clifford spaces |
| Static keypairs | Dynamic morphogenetic phase resonance |
| Linear hash compression | Recursive tesseract entropy amplification |
| Number-theoretic encryption | Topological tensor entanglement encryption |
| Vulnerable to quantum search | Resistant beyond polynomial quantum bounds |

# 🛠 Benchmark and Stress Test Results

## Standard Sovereign Stress Test

| Test | Result |
|:---|:---|
| **TKE** (100,000 handshakes) | **6.09 seconds** |
| **QIDL** (50,000 messages encrypted) | **1.09 seconds** |
| **RTH** (1,000,000 recursive hashes) | **4.80 seconds** |

✅ These results confirm TetraYau can maintain high throughput under standard sovereign mesh conditions.

---

## Super Extreme Sovereign Stress Test

| Test | Result |
|:---|:---|
| **TKE** (1,000,000 handshakes) | **61.98 seconds** |
| **QIDL** (500,000 messages encrypted) | **12.83 seconds** |
| **RTH** (10,000,000 recursive hashes) | **47.80 seconds** |

✅ This super stress test simulates **national-scale sovereign cryptographic load**, confirming TetraYau's readiness for planetary, orbital, and off-world deployments.

### 🛰 Testing Platform:
- **CPU:** AMD Ryzen 7 3700X (8-Core, 3.6GHz)
- **RAM:** 64GB DDR4 3200MHz
- **GPU:** RTX 2070 Super

📄 Full Benchmark Report available here:  
[`examples/Benchmarksuperstressreport.pdf`](examples/Benchmarksuperstressreport.pdf)

# 🚀 Usage

Each module is independently operable.  
Example scripts are provided inside the `examples/` folder.

Example:
```bash
python examples/tke_example.py

🛰 How to Install and Use TetraYau

TetraYau is now available globally on PyPI.

---

Step 1 — Install TetraYau

pip install tetrayau

Step 2 — Verify Installation

pip show tetrayau

Step 3 — Basic Usage

from tetrayau import TetrahedralKeyExchange, RecursiveTesseractHasher, QuantumLatticeEncryptor

# TKE Example
alice = TetrahedralKeyExchange()
bob = TetrahedralKeyExchange()

alice_public = alice.generate_public()
bob_public = bob.generate_public()

shared_key_alice = alice.derive_shared_key(bob_public)
shared_key_bob = bob.derive_shared_key(alice_public)

assert shared_key_alice == shared_key_bob
print("\u2705 Secure Sovereign Key Exchange Successful")

# RTH Example
hasher = RecursiveTesseractHasher()
sovereign_hash = hasher.hash("Sovereign Identity")
print(f"Hyperdimensional Hash: {sovereign_hash}")

# QIDL Example
encryptor = QuantumLatticeEncryptor()
ciphertext, salt = encryptor.encrypt("Sovereignty Begins Now")
plaintext = encryptor.decrypt(ciphertext, salt)
print(f"Decrypted Message: {plaintext}")

Step 4 — Running Example Scripts

git clone https://github.com/Abraxas618/TetraYau.git
cd TetraYau/examples

python tke_example.py
python rth_example.py
python qidl_example.py
python ledger_example.py
python hbb_example.py

📚 Modules Available

Module	Purpose
tetrayau.tke	Tetrahedral Key Exchange (TKE)
tetrayau.rth	Recursive Tesseract Hashing (RTH)
tetrayau.qidl_encrypt	Quantum Isoca-Dodecahedral Lattice Encryption (QIDL)
tetrayau.ledger	Sovereign Ledger Notarization
tetrayau.hbb_blockchain	Hypercube-Based Sovereign Blockchain (HBB)

📜 Citation

Michael Tass MacDonald (Abraxas618). (2025). TetraYau: Hyperdimensional Sovereign Cryptography Suite (Version 1.3.0) [Software]. Zenodo. https://doi.org/10.5281/zenodo.15253399