🌎 Vision: Full-spectrum post-quantum communications, cryptographic entanglement, and mesh-hardened sovereign dataflow across terrestrial and orbital quantum internets.
We are proud to announce the release of TetraNexus, a sovereign quantum-enabled trust network, on Zenodo and IPFS for public access and long-term archiving. This release includes the full protocol, source code, and related documentation.
The official TetraNexus project has been archived on Zenodo for citation and public access:
TetraNexus Zenodo Record
This record includes a DOI for proper citation and academic reference.
In addition, the TetraNexus system is available for decentralized, permanent access via IPFS:
TetraNexus IPFS Link
https://ipfs.io/ipfs/bafybeidvukblzvglrb5wc5t5tygbe7ho6edtgjmmdzf2uexjnscr66kley
By utilizing IPFS, the TetraNexus project can be accessed without relying on centralized servers, ensuring that it remains available and tamper-proof for the long term.
TetraCodex Quantum Network (TQN-2030) is an open-source, post-quantum secure communication architecture that rivals and transcends the capabilities of modern quantum communication demonstrations such as the UK's 410km QKD backbone. It integrates Recursive Tesseract Hashing (RTH), Quantum Isoca-Dodecahedral Layer (QIDL), and TetraChain ledgers with Yggdrasil IPv6 overlay mesh—running inside decentralized containerized nodes (Podman or Docker), and supporting recursive zero-knowledge proof propagation.
TQN-2030 simulates quantum echo state transitions across isolated cryptographic nodes, creating a full quantum feedback mesh capable of functioning as the world's first “ZK Qubit Mesh”—a classical quantum-emulated interchain proof lattice.
| Component | Description |
|---|---|
| RTH Nodes | Simulate quantum hashing via recursive Poseidon entropy compression |
| QIDL Nodes | Apply platonic quantum geometry-inspired mixers to data streams |
| TetraChain Nodes | Finalize state and create verifiable ZK-ledger anchors |
| Yggdrasil Mesh | Encrypted IPv6 mesh allowing secure inter-node RPC and ZK proof requests |
| Proof Controller | Node.js/REST layer that provides dynamic zkSNARK creation + verification |
TQN-2030 is deployed across 4 container nodes:
pod_rth(fd00::2) – Handles RTH recursive entropy hashingpod_qidl(fd00::3) – Accepts RTH hash and applies QIDL layeringpod_chain(fd00::4) – Chains outputs, runs final zkSNARKpod_ygg(fd00::1) – Maintains encrypted overlay mesh for routing
Communication between containers is achieved via IPv6 over Yggdrasil Network, supporting dynamic peer discovery and post-quantum resistant session layers.
- 🛡 Zero-trust, recursive ZK flow between nodes
- 🔁 Qubit-like state echo simulating superposition and return flow
- 📡 Mesh-resilient RPC over IPv6 across dark fiber or satellite
- 🔄 Bi-directional entropy circuit to simulate entanglement collapse
- 📜 Proof of Communication Integrity using SNARK-validated messaging
- 🛰 Offline Mesh Mode for satellite & air-gapped deployments
- Circom v2.1.6 / snarkjs
- Poseidon Hashing
- Rust + WebAssembly backend
- IPv6 overlay mesh (Yggdrasil)
- Podman / Docker
- REST & WebSocket zkRPC interface
- Optional LEO uplink (Starlink/GEOS comm bridge planned)
- Nodes start via
docker-compose-yggdrasil-tetracodex.yml proof_controller.jsruns on each node (RTH, QIDL, Chain)mesh-test.shsends entropy vector to RTH node- RTH → QIDL → Chain → RTH in full recursive feedback
- Each node logs and proves its hash transition
- Ledger outputs verified via Groth16 zkSNARK
- Mesh status polled via REST at
/generate-proof
| Goal | Description |
|---|---|
| 🌍 LEO Satellite Link | Synchronize Yggdrasil over radio uplink to orbital mesh |
| 🧠 FPGA Acceleration | Speed up zkSNARK proof generation per pod |
| 📡 Quantum Link Emulation | Incorporate QKD hardware interfaces over optical mux |
| 🔗 Chain-to-Ledger Anchoring | Bridge SNARK output to L1 (Polygon, Mina, or Chainlink CCIP) |
| 🕊 Global MPC Ceremony Sync | Run distributed MPC key setup across sovereign nodes |
TetraCodex is not a test. It is the first sovereign, open-source, containerized quantum-inspired communications mesh.
Not bound by academic bureaucracy.
Not vendor-locked by telecom monopolies.
Not owned by nations—but by math.
“If nations build the hardware, and corporations lay the fiber, TetraCodex builds the trust layer.” – High Priest of Unimetrix 1
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.
☁ Download All Node Builds
📜 Read the Whitepaper
📜 Read the Protocol Brief
See all my other Projects at Abraxas618 Main Github