Traditional blockchain transaction processing models, such as Solana’s, employ account-level access pattern analysis to batch transactions and prevent dirty reads through strict isolation. This ensures parallel execution, but it conservatively treats all account accesses within a transaction as concurrent, leading to underutilized parallelism.InfiniSVM enhances this model by introducing fine-grained sequence prediction of read-write operations. By analyzing the temporal ordering of account accesses, InfiniSVM constructs an optimized locking schedule, allowing concurrent execution of transactions accessing the same accounts, provided their read-write sequences do not conflict. This dynamic scheduling model reduces lock contention while maintaining serializability guarantees.