Singularity is a next-generation quantum blockchain platform that leverages true quantum randomness from the Australian National University (ANU) Quantum Random Number Generator to create an unprecedented level of security and unpredictability in blockchain operations.

The SINCERELY token ($NC) is a revolutionary music-backed cryptocurrency that bridges the gap between digital assets and creative content. Key features include:

• Music Asset Backing: Each token is backed by real music assets and intellectual property
• ERC20 Compatibility: Fully compatible with the Ethereum ecosystem
• Smart Contract Integration: Automated royalty distribution and rights management
• Transparent Valuation: Real-time tracking of underlying music asset value

• Token Symbol: $NC
• Standard: ERC20
• Use Cases: Music rights trading, royalty payments, content licensing
• Smart Contract: Solidity-based with overflow protection

Singularity integrates with the ANU QRNG API to generate truly random numbers from quantum vacuum fluctuations:

• API Endpoint: https://qrng.anu.edu.au/API/jsonI.php
• Generation Rate: 5.7 Gbits/s (network bandwidth limited)
• Quantum Source: Vacuum fluctuations measured in real-time
• Applications:
  • Block nonce generation
  • Cryptographic key creation
  • Unpredictable blockchain operations
  • Enhanced security protocols

The quantum RNG is implemented across multiple Go modules:

• quantumrng.go: Main API client
• block.go: Blockchain block structure with quantum integration
• Supporting modules: Aus, Quan, Quant, Quantum, Ram, Func

Location: token-erc20.sol.txt

Features:

• Standard ERC20 implementation
• Transfer and approval mechanisms
• Balance tracking
• Event emission for transparency

Known Issues:

• Integer overflow warnings in legacy contracts (under review)
• Recommended: Use SafeMath library for arithmetic operations

The smart contracts integrate with:

• MetaMask for Web3 interactions
• Chromium EC crypto keys for enhanced security
• Firebase backend services

• block.go: Block structure with quantum RNG integration (typos fixed in commit 8590333a)
• quantumrng.go: Quantum random number generator client
• Consensus: Quantum-enhanced proof mechanism

• ERC20 token contracts
• Royalty distribution logic
• Rights management system

• Firebase Integration: CoinForge Firebase Studio
  • Firestore for data persistence
  • Cloud Functions for serverless operations
  • Authentication services
  • Real-time database
  • Hosting capabilities

• IBM Watson integration
• Docker image builds
• CodeQL security scanning
• Defender for DevOps
• MetaMask SDK integration

Blockchain network configurations are stored in chainlist (1).json (16KB), supporting multiple network deployments.

• Etherscan API: Full documentation available in pyetherscan-readthedocs-io-en-latest.zip (3.2MB)
• US Digital Registry: Integration docs in us-digital-registry-master.zip (16MB)
• PGP Security: Keys and checksums (sha256sums.asc, 0x67A0F187.asc.key.zip)

• Go 1.18 or higher
• Node.js 16+ (for smart contract development)
• Solidity compiler
• Firebase CLI
• MetaMask wallet

# Clone the repository
git clone https://github.com/SVGE-Jesus-ops/Singularity.git
cd Singularity

# Install Go dependencies
go mod download

# Install Node.js dependencies (for contracts)
npm install

# Set up Firebase
firebase login
firebase init

1. Quantum RNG Setup:

   • No API key required for ANU QRNG
   • Configure rate limiting in quantumrng.go

2. Firebase Configuration:

   • Set up Firestore database
   • Configure Cloud Functions
   • Enable Authentication

3. Smart Contract Deployment:

   # Compile contracts
   npx hardhat compile
   
   # Deploy to testnet
   npx hardhat run scripts/deploy.js --network testnet

# Start the blockchain node
go run main.go

# Run tests
go test ./...

# Build for production
go build -o singularity

• Core blockchain implementation
• Quantum RNG integration
• Basic ERC20 token contract
• Firebase backend setup

• Consolidate quantum RNG implementations
• Resolve integer overflow warnings in smart contracts
• Complete Firebase Studio environment setup
• MetaMask SDK full integration
• Enhanced security audits

• Multi-chain support
• Advanced royalty distribution mechanisms
• Mobile wallet application
• Decentralized music marketplace
• Governance token implementation

• Partner integrations
• Cross-platform compatibility
• Advanced analytics dashboard
• Community governance launch
• Mainnet deployment

We welcome contributions! Please see our contributing guidelines and code of conduct.

1. Follow Go best practices
2. Write comprehensive tests
3. Document all public APIs
4. Use quantum RNG for all random operations
5. Ensure smart contract security

• Quantum Randomness: All random operations use ANU QRNG
• Smart Contract Audits: Ongoing security reviews
• PGP Verification: All releases are signed
• CodeQL Scanning: Automated security analysis

See LICENSE file for details.

• GitHub Issues: For bug reports and feature requests
• Documentation: [Coming Soon]
• Community: [Coming Soon]

• Australian National University for Quantum RNG API
• Ethereum Foundation for ERC20 standards
• Firebase team for backend infrastructure
• Open source community

Built with Quantum Security. Powered by Music. Secured by Mathematics.