In the more than ten years of development of blockchain technology, performance bottlenecks have always been the core obstacle to its large-scale application. Ethereum can only process 15 transactions per second and has a confirmation time of up to 12 seconds, which clearly cannot meet the growing demand for applications. The serial execution mode and limited computing power of traditional blockchain severely limit system throughput.

The birth of Bitroot was precisely to solve this dilemma. Through the four major technological innovations of Pipeline BFT consensus mechanism, optimistic parallelization EVM, state sharding, and BLS signature aggregation, Bitroot has achieved a performance breakthrough of 400 milliseconds final confirmation and 25600 TPS, providing an engineering technical solution for the large-scale application of blockchain technology.

This article will systematically elaborate on Bitroot's core technology architecture design concept, algorithm innovation, and engineering practice experience, providing a complete technical blueprint for high-performance blockchain systems.