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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Implementation on Ethereum

  • Compatibility with Existing Infrastructure The QRWP is designed to integrate seamlessly with Ethereum’s architecture. Hybrid cryptographic approaches allow parallel use of traditional and quantum-resistant methods, enabling gradual migration.

  • Smart Contract Adaptations Smart contracts will be updated to include quantum-resistant cryptographic primitives. New contract templates and tools will facilitate adoption by developers.

  • Performance Considerations While lattice-based algorithms can impose higher computational loads, optimization techniques and hardware acceleration ensure minimal impact on transaction throughput and gas costs.

  • Conclusion and Future Work The Quantum-Resistant Wallet Protocol represents a proactive step toward securing Ethereum against quantum threats. By adopting lattice-based cryptography and a layered defense strategy, the protocol ensures resilience and longevity for wallet security. Future work includes real-world testing, community adoption, and continuous adaptation to evolving quantum technologies.

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