Tencent Applies for Blockchain Block Synchronization Patent, Efficiency Improvement Key

Tencent Applies for Blockchain Block Synchronization Patent, Efficiency Improvement KeyThe State Intellectual Property Office of China shows that Tencent Technology (Shenzhen) Co., Ltd

Tencent Applies for Blockchain Block Synchronization Patent, Efficiency Improvement Key

The State Intellectual Property Office of China shows that Tencent Technology (Shenzhen) Co., Ltd. filed a patent application in June 2023 for a "Blockchain Block Synchronization Method, Device, Computer Equipment, and Storage Medium," with publication number CN119172396A. This patent application aims to improve the efficiency of blockchain block synchronization, with its core technology being a novel blockchain synchronization method. This method optimizes data transmission and processing workflows, effectively shortening block synchronization time and laying the foundation for building a more efficient blockchain network.

The patent abstract details the specific implementation of this technology. The method first identifies the block information requiring synchronization and then determines the consensus nodes participating in the synchronization based on this information. Importantly, the method doesn't simply synchronize all data to all nodes; instead, it employs a sharding push mechanism. The system generates sharded push requests for each node based on the block information to be synchronized, the number of consensus nodes, and each node's block shard index information.

This means each consensus node only receives and processes data matching its own shard index information, not the entire blockchain's data. This sharding mechanism effectively reduces the processing burden on each node, thereby improving overall synchronization efficiency. Each node receives a shard of dataa portion of the block data it is responsible for processingcreated by dividing the blocks based on the number of nodes. This refined data distribution strategy avoids data redundancy and transmission bottlenecks, which is crucial for improving synchronization efficiency.

The patent application encompasses not only the specific synchronization method but also the corresponding device, computer equipment, and storage medium. This indicates that Tencent's patent application isn't limited to the algorithm level but aims to provide a complete technical solution. This comprehensive solution, optimized from hardware to software, ensures the method's effectiveness in practical applications, reflecting Tencent's deep accumulation and technological strength in blockchain technology.

The device mentioned in the patent application likely includes specialized hardware for processing sharded data and coordinating inter-node data transmission. The performance and efficiency of these devices directly impact the speed and stability of block synchronization. The computer equipment and storage medium provide the necessary hardware and software environment for the method's operation. Optimized design of this hardware and software better supports the implementation of the sharding mechanism, improving data transmission and processing efficiency, and reducing delays and errors.

Through this sharded push request method, the system efficiently distributes data to various consensus nodes. Each node only processes its relevant data, avoiding data redundancy and transmission bottlenecks, significantly improving synchronization efficiency. The ingenuity of this sharding strategy lies in its balance of data integrity and synchronization efficiency, ensuring data consistency while minimizing the burden of data transmission.

Finally, the system synchronizes blocks for the target nodes based on the specified sharded data returned by each consensus node. The entire process achieves decentralized data processing and efficient transmission, effectively addressing efficiency bottlenecks in traditional blockchain synchronization. This method's advantage is its ability to improve not only synchronization speed but also system stability and reliability, avoiding risks associated with single points of failure.

The patent abstract shows that the core objective of Tencent's patent application is to improve the efficiency of blockchain block synchronization. In today's developing blockchain technology and applications, an efficient blockchain synchronization mechanism is crucial. It directly affects the performance and scalability of the blockchain system, determining whether the blockchain network can support a large number of transactions and users. Tencent's patent application provides a new approach to solving the problem of blockchain synchronization efficiency.

This technology can be applied to public blockchains, as well as private and consortium blockchains. In public blockchains, it improves overall network performance and throughput; in private and consortium blockchains, it enhances system security and reliability. Its broad application prospects also indicate significant commercial value and social significance.

As a technology company with deep accumulation, Tencent continuously explores and develops blockchain technology, driving its advancement and application. This patent application is a microcosm of Tencent's technological innovation in the blockchain field, reflecting its emphasis on and investment in blockchain technology development. In the future, as blockchain technology matures and application scenarios expand, this patented technology will play a greater role in building more efficient, secure, and reliable blockchain networks, undoubtedly further promoting the popularization and development of blockchain technology. Tencent's continued investment in the blockchain field not only enhances its own technological competitiveness but also injects new vitality into the entire blockchain industry.