SomaticLedger

An open-source implementation of the Somatic Ledger for tokenizing biological data as Bio-NFTs. Enables secure rental of neural processing power and heartbeat entropy via Bio-IP protocols, with micro-royalty payments to users, fostering ethical Biological Rentism over Surveillance Capitalism.

SomaticLedger: The Bio-NFT Standard for Biological Rentism

SomaticLedger is an open-source framework implementing the “Bio-NFT” standard, enabling secure tokenization and rental of biological data (e.g., neural patterns, heartbeat entropy) via Bio-IP protocols. It shifts from Surveillance Capitalism to Biological Rentism, where users earn micro-royalties for ethical data sharing, backed by Live-Hash authentication and AI-driven emotion analysis.

Table of Contents

• Features
• Architecture
• Installation
• Usage
• API Documentation
• Contributing
• Ethical Guidelines
• License

Features

• Bio-NFT Tokenization: Mint, trade, and rent biological data as NFTs with encrypted metadata.
• Live-Hash Authentication: Dynamic keys from real-time heartbeat and neural entropy.
• Bio-IP Protocol: Quantum-resistant handshakes replacing HTTP for somatic data.
• Micro-Royalty System: Automated payments via smart contracts with escrow and disputes.
• AI Emotion Analysis: Real-time inference for context-aware rentals and pricing.
• Decentralized Marketplace: Order matching with AI-adjusted pricing.
• Secure Logging: Encrypted, privacy-preserving logs with anomaly detection.
• Scalability: Async Rust with modular design for distributed deployment.

Architecture

SomaticLedger is built in Rust for performance and safety. Key modules:

• src/core/ledger/: Distributed ledger for Bio-NFT storage and consensus.
• src/core/crypto/auth/: Live-Hash and ZKP-based authentication.
• src/core/nft/: Minting, trading, and ownership management.
• src/protocols/bio-ip/: Handshake and routing for Bio-IP.
• src/smart-contracts/royalties/: Blockchain-based royalty distribution.
• src/api/endpoints/: RESTful APIs for rentals and status checks.
• src/ai-ml/models/: Emotion analysis with federated learning.
• src/utils/logging/: Secure logging and auditing.

High-Level Diagram

[BCI Device] --> [Bio-IP Handshake] --> [Live-Hash Auth] --> [Ledger]
    |                |                        |                |
    v                v                        v                v
[Neural Data] --> [Emotion AI] --> [NFT Minting] --> [Marketplace]
    |                |                        |                |
    v                v                        v                v
[Royalties] --> [Escrow] --> [Disputes] --> [Secure Logs]

Installation

1. Prerequisites: Rust 1.70+, Cargo, Git. For AI: Install PyTorch (libtorch).
2. Clone Repo:

   git clone https://github.com/KOSASIH/SomaticLedger.git
   cd SomaticLedger
   

3. Install Dependencies:

   cargo build
   

4. Configure: Edit Cargo.toml for blockchain URLs (e.g., Infura for Ethereum testnet).
5. Run Tests:

   cargo test
   

Usage

1. Initialize Ledger:

   use somaticledger::core::ledger::SomaticLedger;
   let ledger = SomaticLedger::new();
   ledger.initialize().await?;
   

2. Mint a Bio-NFT:

   let nft_id = ledger.mint_bio_nft("user".to_string(), "neural".to_string(), 100).await?;
   

3. Rent Data:

   let royalty = ledger.rent_bio_nft(&nft_id, "renter".to_string(), 5000).await?;
   

4. Start API Server:

   cargo run --bin api_server
   

   Then: curl -X POST http://127.0.0.1:3030/rent -d '{"nft_id":"test","renter_id":"user","duration_ms":1000}'

5. Analyze Emotions:

   let analysis = emotion_model.analyze_emotion(bio_data, Some(nft_id)).await?;
   

API Documentation

Endpoints

• POST /rent: Rent a Bio-NFT.
  • Body: {"nft_id": "string", "renter_id": "string", "duration_ms": number, "bio_token": "string"}
  • Response: {"success": bool, "royalty_tx_id": "string", "message": "string"}
• GET /status/{nft_id}: Check rental status.
  • Response: {"nft_id": "string", "is_rented": bool, "renter": "string"}

Modules

• Ledger: SomaticLedger::new() - Initialize.
• Auth: LiveHashAuth::authenticate(user, entropy) - Verify.
• NFT: BioNFTMinter::mint_bio_nft(owner, data_type, rate) - Tokenize.
• Royalties: RoyaltyContract::initiate_royalty(nft_id, renter, owner, duration, rate) - Pay.
• Trading: NFTMarketplace::place_order(nft_id, seller, price, type) - Trade.
• AI: EmotionModel::analyze_emotion(data, nft_id) - Infer.
• Logging: SecureLogger::log_entry(level, module, message, user, nft) - Log.

Contributing

1. Fork the repo.
2. Create a feature branch: git checkout -b feature/your-feature.
3. Write tests and docs.
4. Submit a PR with description.
5. Follow CONTRIBUTING.md for code style (Rustfmt, Clippy).

Development Setup

• Use Docker: docker build -t somaticledger .
• Run CI: cargo clippy && cargo test

Ethical Guidelines

• Somatic Sovereignty: All bio-data owned by the host; no scraping without consent.
• Micro-Royalties: Fair compensation for every millisecond of data access.
• Privacy: ZKP and encryption ensure data isn’t revealed.
• Transparency: Open-source audits; no hidden Surveillance Capitalism.
• Inclusivity: Accessible to all, with federated AI for decentralized learning.
• Violations: Report to maintainers; automatic dispute resolution via oracles.

License

Licensed under MIT. See LICENSE for details.

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