The report explores the implementation and performance implications of replacing traditional blockchain cryptography with quantum-resistant approaches, including ML-DSA-44 transaction signatures and pqSTARK aggregation for validator consensus.
While quantum computing is not yet capable of breaking production blockchain cryptography in real-world systems, the research reflects a forward-looking approach to infrastructure resilience and long-term network security.
The report evaluates several core areas of the BSC stack, including:
Post-quantum transaction signature schemes
Validator signature aggregation
Transaction verification flows
Public key storage
Cross-region network performance under increased data loads
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