Lite Paper: Quant Layer AI
  • Introduction
  • Background
    • Quantum Computing and Cryptographic Vulnerabilities
    • Lattice-Based Cryptography
    • Vulnerabilities in Current Wallet Solutions
  • A 5-Step Framework for Quantum Resistance
    • Step 1: Identify the Threat
    • Step 2: Assess the Risk
    • Step 3: Select Quantum-Resistant Algorithms
    • Step 4: Design Quantum-Resistant Protocols
    • Step 5: Consider Quantum-Resistant Hardware
  • Layer 2 Protocol Implementation for Enhanced Encryption
  • Local Storage Encryption with Sphincs+
  • AI Agent Integration for Enhanced Security and Usability
  • Implementation on Ethereum
  • References
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Layer 2 Protocol Implementation for Enhanced Encryption

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Last updated 3 months ago

To further optimize encryption and scalability, the QRWP incorporates a Layer 2 protocol implementation. This enables off-chain processing of computationally intensive cryptographic operations while maintaining quantum-resistant encryption for Layer 1 transactions.

Layer 2 Encryption Process:

  1. Secure Off-Chain Key Management: Lattice-based cryptographic keys are generated and securely exchanged off-chain using CRYSTALS-Kyber, reducing on-chain computational overhead.

  2. Off-Chain Transaction Processing: Transactions are encrypted and validated off-chain using quantum-resistant algorithms, such as Falcon or Crystals-Dilithium, before being batch-verified on-chain.

  3. Optimized Rollups: Quantum-resistant zk-rollups are utilized to ensure that data integrity and encryption are maintained without revealing sensitive details, leveraging lattice-based zero-knowledge proofs.

  4. Hybrid Encryption Channels: Layer 2 establishes hybrid encryption channels combining lattice-based cryptography and hash-based methods (e.g., Sphincs+) to reinforce security while reducing latency.

This integration allows for quantum-resistant encryption to be implemented with minimal impact on Ethereum’s transaction throughput and gas fees. By leveraging Layer 2 protocols, the QRWP ensures scalability and robust security, even in quantum-adverse scenarios.

Graph Description: A process flowchart depicting the interaction between Layer 1 and Layer 2 for encryption and transaction validation.