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Original source: Bitroot

Introduction: Technological breakthroughs to crack the blockchain performance bottleneck

In the more than ten years of blockchain technology development, performance bottlenecks have always been the core obstacle hindering its large-scale application. Ethereum can only handle 15 transactions per second, with a confirmation time of up to 12 seconds, and such performance obviously cannot meet the increasing application demands. The serialization execution model and limited computing power of traditional blockchains severely restrict the system's throughput. The birth of Bitroot is aimed at breaking this dilemma. Through four technological innovations: Pipeline BFT consensus mechanism, optimistic parallel EVM, state sharding, and BLS signature aggregation, Bitroot achieves a 400 ms final confirmation and a performance breakthrough of 25,600 TPS, providing an engineering technical solution for the large-scale application of blockchain technology. This article will systematically elaborate on Bitroot's core technical architecture design philosophy, algorithm innovations, and engineering practical experiences, providing a complete technical blueprint for high-performance blockchain systems.