Oct 24, 2023Systems15 min read
Distributed Ledger Primitives in High-Frequency Trading Environments
A novel consensus algorithm optimized for microsecond-latency environments with hardware-accelerated cryptographic proofs.
High-frequency trading environments impose constraints that traditional distributed ledger designs were never optimized to satisfy.
Our approach bypasses conventional gossip-heavy propagation by anchoring state transitions to hardware-accelerated proof verification.