Part 10/13:
He further discusses multiple concurrent proposers, which would allow asynchronous, geographically distributed nodes to propose blocks simultaneously, reducing latency and increasing throughput. These innovations promise to bridge the gap between performance and trust, bringing blockchain technology closer to the efficiency of traditional financial markets.
Addressing Quantum Computing and Long-Term Security
In a broader context, Anatoli underscores the importance of post-quantum cryptography. While optimistic that quantum-resistant algorithms like ECDSA could mature in 5-15 years, he recognizes a technology race—as advances in quantum computing could threaten current cryptographic standards.