微算法科技（NASDAQ ：MLGO）通过检查点优化共识算法，提升区块链效率与可扩展性

Core Viewpoint - The traditional consensus algorithms in blockchain technology are facing significant challenges due to increasing demands for processing speed and capacity, necessitating innovative solutions to enhance efficiency and scalability [2] Group 1: Challenges in Traditional Consensus Algorithms - Bitcoin's Proof of Work (PoW) algorithm struggles with high energy consumption and slow transaction confirmations, making it unsuitable for efficient business applications [2] - Ethereum's Proof of Stake (PoS) also encounters issues with consensus delays and network congestion under large-scale node collaboration [2] Group 2: Introduction of Checkpoint-Driven Consensus Algorithm - Micro Algorithm Technology (NASDAQ: MLGO) focuses on a checkpoint-driven mechanism to optimize blockchain consensus algorithms, combining stability from traditional algorithms like PBFT or Raft with dynamic checkpoint settings [2][4] - The system divides the blockchain network into multiple consensus periods, allowing nodes to achieve data consistency through an optimized consensus process [4] Group 3: Operational Mechanism of Checkpoint-Driven Consensus - Nodes are categorized into ordinary and validating nodes, with validating nodes leading the consensus process and ordinary nodes following their decisions [4] - Checkpoints are generated based on predefined frequencies, allowing for efficient data recovery and reducing storage pressure by deleting redundant historical data [5] Group 4: Efficiency and Scalability Improvements - The checkpoint-driven consensus algorithm significantly enhances scalability, allowing the number of supported nodes to increase from dozens to hundreds, and reduces transaction confirmation time from seconds to milliseconds, with throughput improved by 3-5 times [6] - The fault recovery time is reduced from minutes to seconds, and storage space requirements for nodes are decreased by over 50% [6] Group 5: Applications Across Various Sectors - The algorithm supports high-frequency trading in financial markets, real-time settlement, and rapid reconciliation in cross-border payments, reducing transaction times from hours to minutes and lowering fees by 30% [6] - In supply chain management, it enables precise tracking of product flows, while in government systems, it enhances data sharing and collaboration efficiency [6] - The gaming and copyright sectors benefit from efficient virtual asset transactions and real-time documentation of creative works [6] Group 6: Future Innovations - Future innovations will explore dynamic adjustments to checkpoint strategies based on real-time network loads and business types, optimizing the creation frequency and hierarchical logic of checkpoints [7] - This will address issues of transaction congestion and high fees in public chains and simplify cross-chain verification processes, promoting interoperability within the blockchain ecosystem [7]