🚀 Dust5D: The Future of Federated, MFA-Secured Knowledge Networks

Dust5D is an advanced, cryptographically secured federated data system that leverages Banano DAG-based MFA authentication to ensure trustless, decentralized knowledge sharing. This repository implements a secure AI-compatible data vault where information is encrypted, protected, and only accessible via cryptographic verification.

🔥 Features

✅ MFA-Protected Encryption – Every data access request is validated through Banano DAG transactions.
✅ Federated Knowledge System – Decentralized, trustless, and cryptographically secure.
✅ AI-Compatible Queries – Enables secure AI processing of verifiable knowledge.
✅ SQL-Based Structured Storage – Powered by SQLite with full encryption at rest.
✅ Adaptive Permission System – Access is dynamically granted/revoked via Banano transactions.
✅ Immutable & Tamper-Proof Access Control – Enforced by the Banano blockchain.

🛠️ Installation & Setup

1️⃣ Clone the Repository

 git clone https://github.com/your-repo/dust5d-node.git
 cd dust5d-node

2️⃣ Install Dependencies

pip install -r requirements.txt

3️⃣ Initialize the Dust5D Node

python setup.py

🚀 This will create a secured SQLite database, generate an MFA-locked encryption key, and initialize the Banano DAG-based access system.

🔐 Encrypted Data Management

Store Encrypted Data

python insert_encrypted_data.py

✅ This will encrypt your data and store it securely in the database.

Query & Decrypt Data (MFA Required)

python query_execution.py

✅ This will verify MFA authentication and decrypt the requested data securely.
❌ If MFA is invalid, access is denied.

🔑 How Banano MFA Works

graph TD;
    A[User Requests Access] -->|Signs Request with Private Key| B[Check Banano DAG];
    B -->|Valid Transaction Found?| C{Yes};
    B -->|No Transaction Found| D[Access Denied ❌];
    C -->|Derive Encryption Key from MFA Hash| E[Unlock Data Decryption];
    E -->|Execute Query & Return Data| F[Access Granted ✅];

Step 1: The user sends a Banano transaction to the verification address.
Step 2: The system checks the Banano DAG for a valid transaction.
Step 3: If verified, the encryption key is reconstructed, and data is accessible.
Step 4: If no valid MFA transaction is found, access is denied.

🌍 Expanding Dust5D: Future Roadmap

🔄 Multi-Node Federation – Connect Dust5D nodes into a decentralized AI knowledge network.
🧠 AI Query Execution – Enable cryptographic AI models to process encrypted knowledge.
🔐 Smart Contract Integration – Enforce access controls via programmable Banano transactions.
📡 Data Marketplaces – Monetize encrypted knowledge securely.

🤝 Contributing

🚀 This is just the beginning. Feel free to fork, improve, and push the boundaries. Let’s make decentralized AI-powered intelligence a reality.

Created by a one-man army & his bud. 🛠️🔥

CryptoDevving/dust5d