Version: v0.1.0 - Exploratory Research Edition
Author: Michael Tass MacDonald
Date: 2025-04-12
This repository combines two research branches of next-generation cryptographic exploration:
- Omni-Causal Hyperlattice Cryptography
- TetraSwarm: Platonic AI Mesh Consensus
This is not merely code. It is a philosophical and hyperdimensional framework for post-quantum cryptography, merging biometric, Platonic, and swarm-based trust structures.
- 📄 Whitepapers are licensed under Creative Commons Attribution 4.0 International (CC BY 4.0).
- 💻 Code (if any) is licensed under the Apache License 2.0.
"Geometry is the language of consciousness.
Encryption is the lock.
Tetrahedron is the key." — Michael Tass MacDonald
This work serves as a blueprint from the future, brought into present form as a gift to the Free and Open Source community and those who dare to imagine the impossible.
This project was manifested by Michael Tass MacDonald as part of the TetraCryptPQC Nexus initiative.
Author: Michael Tass MacDonald (aka Abraxas618)
License: Papers - CC-BY-4.0 | Code - Apache 2.0
Released: April 12, 2025
GitHub: https://github.com/Abraxas618/TetraCrypt-PQC-Nexus
"Cos(I) = 1.618 — the golden key to mapping encryption across dimensions."
TetraCrypt is a next-gen post-quantum cryptographic system, structured around advanced Platonic solid geometry and hyperdimensional lattice mappings.
🧩 Core Components:
- 🔐 TKE – Tetrahedral Key Exchange
- 🔮 QIDL – Quantum Isoca-Dodecahedral Layering
- 🧠 RTH – Recursive Tesseract Hashing
- ⬛ HBB – 4D Hypercube Blockchain
- Omni-Causal Hyperlattice Cryptography.pdf
- TetraSwarm Protocol Architecture.pdf
- Fully implement geometric encryption in NumPy
- Run distributed consensus on 4D ledger space
- Integrate EEG/DNA biometric factors into identity-based quantum mesh
Inspired by:
- Kosol Ouch & Unimetrix1
- Platonic Geometry
- Multidimensional Consciousness
openssl dgst -sha256 -verify public_key.pem -signature verifier.txt.sig verifier.txt https://web.archive.org/web/20250412231918/https://github.com/Abraxas618/TetraCrypt-PQC-Nexus/blob/main/Omni-Causal-Hyperlattice-Cryptography.tex https://web.archive.org/web/20250412232131/https://github.com/Abraxas618/TetraCrypt-PQC-Nexus/blob/main/tetraswarm.tex
🧪 Podman Container Deployment You can run the entire TetraCrypt PQC Nexus system inside an isolated Podman container for secure and reproducible testing.
🔧 Requirements Podman installed (v4.0+)
GNU make available
🚀 Quick Start (Terminal) bash Copy Edit
git clone https://github.com/Abraxas618/TetraCrypt-PQC-Nexus.git cd TetraCrypt-PQC-Nexus
make build
make run
make shell
🗂️ Folder Overview
├── Dockerfile # Container blueprint
├── Makefile # Easy build/run commands
├── requirements.txt # Python dependencies
└── examples/run_all.py # Demo script for full system test
🧠 What It Does Builds a lightweight container with Python and all crypto modules
Runs all TetraCrypt modules in sequence:
🔐 TetrahedralKeyExchange
🔮 QIDLEncoder
🧠 RecursiveTesseractHash
⬛ HypercubeBlockchain
🛡️ All simulations are air-gapped from your host and run with deterministic reproducibility for high-integrity research.
This repository is part of the Codex encryption system. A cryptographic proof of authorship has been timestamped on the Bitcoin blockchain using OpenTimestamps.
This file provides tamper-evident authorship verification for the Codex source code and submission materials.
The Codex Encryption System has been cryptographically timestamped and mirrored using decentralized technologies to ensure its immutability, authorship proof, and long-term survivability beyond centralized infrastructure.
| File | Description | IPFS Link |
|---|---|---|
Codex_Combined_Blockchain_Archive.zip |
✅ Combined Codex source code, research identity, PDF, and simulation data | https://ipfs.io/ipfs/bafybeifchitc5jr5gqni5awxeptw6ub3p4cdavgtwtzysqsi3uwaald5na |
Codex_Combined_Blockchain_Archive.zip.ots |
⛓ Authorship proof timestamped on Bitcoin via OpenTimestamps | https://ipfs.io/ipfs/bafkreib7447keydgtbsufpf4k6uvoi7jbltblqwagqg6hapkjiufnpfzbq |
🛰 These files are hosted on IPFS, a decentralized content-addressed storage layer ensuring long-term access, cryptographic authenticity, and global resilience.
TetraCodex: Final Combination of the components listed below.
License: Apache 2.0.
Description: TetraCodex serves as the core foundation for TetraNexus, integrating multiple cryptographic protocols for sovereign, quantum-safe communication. It uses elements of post-quantum cryptography and decentralized networks to provide a secure and resilient infrastructure.
TetraCrypt-PQC-Nexus: License: Apache 2.0.
Description: This project is a post-quantum encryption system based on hyperdimensional Platonic geometry. It includes Tetrahedral Key Exchange, Quantum Dodecahedral Encryption, and Recursive Tesseract Hashing (RTH) for secure communications in quantum environments.
TetraYggdrasil_Nexus: License: MIT.
Description: This component focuses on post-quantum communication, specifically zk-STARK Authentication and WASM-Optimized P2P Mesh Networking using Yggdrasil. It enables decentralized, peer-to-peer communication while ensuring quantum-safe standards.
TetraCrypt_Yggdrasil_Unified: License: MIT.
Description: A unified communication framework built on TetraCrypt-PQC-Nexus and TetraYggdrasil_Nexus, combining zk-STARK authentication and WASM-optimized mesh networking for quantum-safe communications.
TetraNexus: License: Apache 2.0.
Description: The centralized network that combines all the aforementioned components. It provides a sovereign quantum-safe network, using zkSNARKs, Poseidon hashing, recursive tesseract hashing (RTH), and Platonic geometry (QIDL) for secure, decentralized quantum-safe communication.
TetraVote: License: MIT.
Description: A sovereign voting framework built on TetraCodex, TetraCrypt-PQC-Nexus, and TetraNexus. It enables tamper-proof elections for Indigenous nations, ensuring quantum-safe encryption in the democratic process.
How These Projects Connect: TetraCodex is the foundation that integrates the features of TetraCrypt-PQC-Nexus, TetraYggdrasil_Nexus, TetraCrypt_Yggdrasil_Unified, TetraNexus, and TetraVote.
TetraCrypt-PQC-Nexus provides quantum-safe encryption methods, which are used in TetraCodex and TetraNexus.
TetraYggdrasil_Nexus offers the decentralized communication framework, which is integrated into TetraCodex for secure P2P communication.
TetraCrypt_Yggdrasil_Unified brings the mesh networking and quantum-safe authentication that combine with the other components to create a full-stack solution.
TetraVote is a subset of TetraCodex, focusing on sovereign voting systems based on quantum-safe principles and cryptography.
Licensing Clarifications: TetraCodex, TetraNexus, and TetraCrypt-PQC-Nexus are under Apache 2.0, making them compatible for enterprise and commercial use.
TetraYggdrasil_Nexus and TetraCrypt_Yggdrasil_Unified are under MIT, offering flexibility for community-driven projects and open-source contributions.
This .ots file cryptographically proves the authorship of your work as of April 13, 2025, and is anchored into the Bitcoin blockchain.
# Install client
pip install opentimestamps-client
# Verify the proof
ots verify Codex_Blockchain_Archive.zip.ots