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High-Throughput Consensus Design

#system-design #algorithms #distributed-computing

Design a consensus protocol for a hypothetical distributed database under strict latency constraints.

Design a consensus algorithm for a globally distributed financial ledger that must process 100,000 transactions per second with a finality time of under 2 seconds. The system must operate in an adversarial environment where up to 30% of nodes may be malicious (Byzantine). Explain how your protocol handles network partitions, leader election, and disk persistence without sacrificing the required latency.