Tencent Files Patent for Blockchain Data Processing Method to Enhance Query Efficiency and Reduce Complexity

Tencent Files Patent for Blockchain Data Processing Method to Enhance Query Efficiency and Reduce ComplexityOn November 30, 2024, the State Intellectual Property Office of China revealed that Tencent Technology (Shenzhen) Co., Ltd

Tencent Files Patent for Blockchain Data Processing Method to Enhance Query Efficiency and Reduce Complexity

On November 30, 2024, the State Intellectual Property Office of China revealed that Tencent Technology (Shenzhen) Co., Ltd. filed a patent application (publication number CN119046372A, application date May 2023) for a "Blockchain Network Data Processing Method, Device, Product, Equipment, and Medium." This patent aims to address the inefficiencies and complexities associated with querying data on blockchain networks by employing a novel data processing method to improve the speed and ease of access to blockchain data.

The patent abstract details the method's steps and technical specifications. First, it involves acquiring the target data schema corresponding to blockchain data of the target type within the blockchain network. This crucial initial step lays the foundation for subsequent data processing. Determining the target data schema requires in-depth analysis and understanding of the data within the blockchain network to accurately identify and extract the required data. This requires strong data analysis capabilities and a profound understanding of blockchain technology.

Next, the method extracts 'N' data attribute objects from the target data schema. 'N' represents the number of data attribute objects, depending on the complexity of the target data schema and specific requirements. Each data attribute object represents a defined data attribute for the target type of blockchain data. For instance, if the target data is transaction records, data attribute objects might include transaction time, amount, and addresses of involved parties. The selection of these data attribute objects requires careful design based on the specific application scenario to ensure effective support for subsequent query operations. This necessitates a clear understanding of business needs and strong database design skills.

Following the extraction of 'N' data attribute objects, the method constructs an index data table for each. Index data tables are a common database technique significantly improving query efficiency. By creating an index for each data attribute object, the method can quickly locate blockchain data associated with that attribute value, avoiding a full scan of the entire blockchain network and drastically improving query speed. This design requires careful consideration of index type selection and maintenance strategies to ensure index effectiveness and efficiency. This demands in-depth knowledge of database technology.

The 'N' constructed index data tables are then added to an index database, integrating all tables and providing a unified query interface. Users can query blockchain network data through this index database without directly accessing the underlying blockchain network. This design considers database performance, scalability, and security to ensure reliable operation. It requires a thorough understanding of database architecture.

Ultimately, each data attribute object's index data table stores associated blockchain data, while the index database provides query services for rapid and efficient access to blockchain data.

The patent's core innovation lies in the efficient organization and management of blockchain data to enhance data access speed. Traditional blockchain data queries often necessitate traversing the entire blockchain, which is highly inefficient with large datasets. This patent's method, through the creation of index data tables, enables rapid indexing and retrieval of blockchain data, significantly improving query efficiency and reducing complexity.

This technology has broad application potential. For example, in supply chain management, it can quickly query product origin information; in digital asset management, it can quickly query transaction records; and in digital identity authentication, it can rapidly verify user identities.

In summary, Tencent's patent application for a "Blockchain Network Data Processing Method, Device, Product, Equipment, and Medium" promises to effectively solve the problems of low efficiency and high complexity in blockchain data querying through its innovative data processing method. It offers a more efficient and convenient means of data access for blockchain technology applications. The successful application of this technology will further promote the popularization and development of blockchain technology, benefiting various industries. Its core lies in improving data query efficiency and reducing complexity through the construction of an index database, providing a superior data access experience for various blockchain applications. This advancement in efficient blockchain data organization and management will play a crucial role in the widespread adoption of blockchain technology in the future. Tencent's move demonstrates its continued investment and innovation in blockchain technology, positioning it favorably in future market competition. The successful application of this patented technology will likely drive the adoption of blockchain technology in more fields and boost related industries. Future developments are promising, positively impacting blockchain technology development and application. The mature application of this technology will pave the way for blockchain technology's adoption across various industries. By improving data access efficiency, it will significantly simplify blockchain application development and reduce costs, promoting wider adoption and providing strong technical support for industrial digital transformation and upgrading. The resulting efficiency gains and cost reductions will drive large-scale application of blockchain technology in more diverse fields.