Just watched Justin Drake's presentation at ETHProofs—40 seconds to showcase how the zklighthouse client works. Three fastest ZK proofs verified simultaneously, from Brevis Pico ZKVM and ziskvm, then directly completing block confirmation—completely skipping the step of re-executing block transactions. ————————————————————————— Traditional block validation requires each node to re-execute all transactions to confirm the correctness of state transitions. This process consumes massive computational resources and limits network throughput. @brevis_zk uses ZK proofs to directly verify computation results, so nodes no longer need to repeat the same calculations. Brevis Pico ZKVM has already achieved proof generation for 99.6% of Ethereum blocks within 12 seconds, with 96.8% meeting real-time standards in under 10 seconds. Hardware costs are reduced by 50%, and a single 64×RTX 5090 GPU cluster can handle blocks with the current 45M gas limit. ————————————————————————— When validation becomes mathematical proof instead of repetitive computation, network bandwidth can leap from Megagas to Gigagas. The Ethereum Foundation's 2031 roadmap targets processing capacity of 1 billion gas/second. The emergence of @brevis_zk will enable complex DeFi protocols, AI inference, and cross-chain validation to be realized at the L1 level, no longer constrained by gas costs and computational bottlenecks.