This research evaluates the effectiveness of quantum-resistant smart contracts for data security in blockchain, suggesting integration of post-quantum cryptography.
Key Points
Quantum-resistant smart contracts significantly improve security against quantum threats.
Integrating CRYSTALS-Dilithium into smart contracts enhances the protection of sensitive data.
The research used hybrid methodologies, including theoretical analysis and simulation-based experimentation.
While computational costs are higher, the benefits in security are substantial and necessary for blockchain applications.