Tencent Files Blockchain-Based Data Processing Patent to Enhance Transaction Efficiency and Resource Utilization

Tencent Files Blockchain-Based Data Processing Patent to Enhance Transaction Efficiency and Resource UtilizationOn March 25, 2025, the State Intellectual Property Office of China revealed that Tencent Technology (Shenzhen) Co., Ltd

Tencent Files Blockchain-Based Data Processing Patent to Enhance Transaction Efficiency and Resource Utilization

On March 25, 2025, the State Intellectual Property Office of China revealed that Tencent Technology (Shenzhen) Co., Ltd. filed a patent for a "Method, device, and readable storage medium for blockchain-based data processing," with publication number CN119668771A and an application date of September 2023. This patent aims to improve resource utilization of blockchain nodes and enhance on-chain transaction efficiency, with applications spanning cloud technology, artificial intelligence, smart transportation, and assisted driving.

The patent abstract details the method's technical specifics. Its core lies in the efficient processing of blockchain-based transactions. When a transaction requiring smart contract deployment (the first pending on-chain transaction) is encountered, the system first encodes the transaction, generating an encoded file. This file is then sent to the master node in the cluster resource management system. The master node uses the encoded file to create a corresponding contract service for the smart contract.

This contract service contains two key components: a scheduling component and an execution component. The execution component is distributed across A worker nodes, with each node running an execution component. When the first pending on-chain transaction arrives, the scheduling component selects the most suitable node (the first worker node) among the A worker nodes to execute the transaction. Finally, the first pending on-chain transaction is executed in the execution component of the first worker node.

This architecture, based on a master node and distributed execution components, cleverly addresses the low resource utilization and slow transaction processing speed issues common in traditional blockchain systems. By distributing transaction processing tasks across multiple worker nodes, the system can efficiently process large volumes of transactions in parallel, significantly increasing overall blockchain throughput and efficiency. This design avoids single-point bottlenecks, enhancing system scalability and stability. Rational resource allocation also reduces energy consumption, improving the system's economic efficiency.

The patent technology boasts broad application prospects. In cloud technology, it can optimize cloud data storage and processing, improving efficiency and security. In AI, it provides a secure and reliable platform for AI model training and deployment. In smart transportation, it can build secure and reliable platforms for sharing traffic data, improving traffic management efficiency. In assisted driving, it ensures the security and integrity of vehicle driving data, enhancing the reliability of assisted driving systems.

In summary, Tencent's blockchain-based data processing patent effectively enhances blockchain performance and application efficiency through clever resource allocation and efficient transaction processing mechanisms, providing a solid technological foundation for broader applications. The innovation lies in its optimized resource utilization and scalability across different application scenarios. It not only improves transaction processing speed but also enhances overall system stability and reliability.

It is noteworthy that Tencent Technology (Shenzhen) Co., Ltd., which filed the patent, was established in 2000 with a registered capital of US$2 million. It is a company primarily engaged in software and information technology services. According to Tianyancha data, the company has invested in 16 enterprises, participated in 250 bidding projects, holds 5000 trademark registrations and 5000 patent applications, and has 405 administrative licenses. This demonstrates Tencent's strong capabilities in technological innovation and industrial layout, and this blockchain patent reflects its technological prowess. The company's continuous R&D investment and extensive industrial layout lay a solid foundation for its future technological competitiveness. This patent application showcases Tencent's ongoing exploration and innovation in blockchain technology and foreshadows the potential for wider blockchain applications in the future.

This patent's significance extends beyond Tencent's own technological development; it offers new perspectives and insights to the entire blockchain industry. It reflects Tencent's ongoing commitment to technological innovation and its application in real-world scenarios. In the future, as the technology matures, it is expected to play a larger role in more fields, driving the digital transformation and upgrading of related industries.

Analyzing this patent reveals Tencent's technological accumulation and innovation capabilities in the blockchain field. This technology not only improves blockchain efficiency and security but also enables wider applications. We can expect Tencent to achieve further breakthroughs in blockchain technology and contribute more to societal development. The patent application signifies a further deepening of Tencent's strategic layout in blockchain technology, providing a stronger competitive edge.

The successful development and application of this patent technology will positively impact the application of blockchain technology in real-world scenarios. It will help improve the overall efficiency and security of blockchain technology and provide technological support for building a more secure and reliable digital society. This technology also provides a reference and guidance for other companies' R&D in the blockchain field, promoting the collective progress of the industry. In the future, we can anticipate continuous refinement and upgrading of this technology, allowing it to play a unique role in even more areas.