Quantum-Resistant Cryptography Framework for Secure Metaverse Transactions

To design and implement a quantum-resistant cryptographic security framework for metaverse platforms that protects financial transactions, avatar identities, and digital assets against future quantum computing-based attacks using post-quantum encryption algorithms.

Study post-quantum cryptographic algorithms (lattice-based, hash-based).

Design secure transaction flow architecture.

Implement hybrid encryption combining RSA and post-quantum schemes.

Simulate quantum attack scenarios.

Develop secure key exchange mechanism.

Integrate encrypted wallet authentication.

Conduct comparative performance analysis.

Evaluate computational overhead.

Implement secure smart contract interaction.

Prepare security audit documentation.