Better support for high-throughput metaverse transaction needs

We have verified the feasibility of separating computation from consensus to significantly increase throughput without compromising security. In our architecture, consensus nodes only define the order of transactions, but do not execute them. Instead, computation block results are entrusted to computation-optimized execution nodes, and dedicated validation nodes check computation results. During normal operation, consensus nodes do not check computations, but supervise participating nodes performing their tasks and adjudicating potential outcome challenges .

In the next version, we will also optimize the Ready Player One algorithm layer to avoid repeated calculations of verification nodes, so that the result verification can be distributed and parallelized across multiple verification nodes. The full architecture significantly increases throughput and delegates computation work to dedicated execution nodes and inspection work to various less powerful validator nodes. We provide a complete verification process of the protocol specification, including the challenge of erroneous calculation results and the result adjudication process. And formally proved the effectiveness and security of the system .