Under the traditional model, every validator has to re-execute all transactions in a block to verify their correctness. This computation method becomes increasingly unsustainable as the network grows. @brevis_zk is changing the game. Imagine hundreds of thousands of nodes performing the exact same computation simultaneously—it's a massive waste of resources. More importantly, this model demands increasingly high-end hardware, excluding regular users. Core breakthrough of Pico Prism ———————————————— A prover generates a ZK proof to verify the correctness of a block, and all other nodes can validate this proof within milliseconds, without redundant computation. Key data: Average proof generation time: 6.9 seconds, far below Ethereum's 12-second block time Hardware costs reduced by 50%, from $256,000 to $128,000 Achievable with 64 RTX 5090 consumer-grade GPUs—no need for expensive data center hardware Technical path ———————————————— When the computational burden of proof generation is shifted to specialized prover nodes, mobile devices only need to: - Verify the mathematical correctness of the ZK proof in milliseconds - Sync block header information - Maintain network connectivity ———————————————— When everyone can use a mobile device to become a full validator node for Ethereum, blockchain decentralization and accessibility will reach unprecedented levels. @brevis_zk Pico Prism is not just a technical breakthrough—it’s redefining how people participate in the ETH network as validators.