Tencent Applies for Patent on "Data Processing Method, Device, and Storage Medium," Aiming to Reduce Blockchain Computational Pressure

Tencent Applies for Patent on "Data Processing Method, Device, and Storage Medium," Aiming to Reduce Blockchain Computational PressureOn October 29, 2024, the National Intellectual Property Administration revealed that Tencent Technology (Shenzhen) Co., Ltd

Tencent Applies for Patent on "Data Processing Method, Device, and Storage Medium," Aiming to Reduce Blockchain Computational Pressure

On October 29, 2024, the National Intellectual Property Administration revealed that Tencent Technology (Shenzhen) Co., Ltd. had filed a patent for a "Data Processing Method, Device, and Storage Medium" (publication number CN118827665A), with an application date of April 2023.

This patent aims to address the issue of excessive computational pressure in blockchain networks while ensuring the secure execution of transaction tasks. The patent abstract indicates that the method reduces the computational burden on blockchain nodes by utilizing the contract process of a first blockchain node to execute transaction tasks and invoking third-party computing services upon reaching the target execution stage. The specific steps are as follows:

1. Execute transaction tasks using the contract process of the first blockchain node: Assign transaction tasks to the first blockchain node for processing, with its contract process responsible for executing the tasks.

2. Invoke third-party computing services: When a transaction task reaches the target execution stage, invoke third-party computing services to complete a portion of the computation.

3. Obtain the list of first computing servers: If the first blockchain node is a validation node, obtain a list of first computing servers. This list excludes those already used by the node for the execution of the transaction task, preventing the reuse of the same computing resources.

4. Determine the first computing server: Select a first computing server from the list to carry out the computation tasks for the transaction.

5. Distribute the computation tasks: Dispatch the computational task to this first computing server for execution, resulting in the first computational outcome for the transaction.

6. Receive the first computational outcome: Receive the first computational outcome and integrate it into the final processing result for the transaction task.

Through these steps, the method detailed in this patent effectively alleviates the computational pressure on blockchain nodes and distributes a portion of the computation tasks to third-party computing services, enhancing the efficiency and performance of the blockchain network. Moreover, by strictly controlling the selection of computing servers, the method ensures the completion of transaction tasks in a secure environment, mitigating the risk of data breaches or vulnerabilities.

This patent has the potential to be applied in various fields, including blockchain, big data, and cloud technology, offering novel approaches and solutions for technological advancement in these areas. For instance, it can be applied to blockchain platform optimization, improving transaction processing speed and efficiency; it can also be applied for big data analytics, reducing workload on data processing centers; and in cloud computing services, it can provide users with more secure and reliable computing services.

Tencent has consistently engaged in active research and exploration in blockchain technology, achieving significant milestones. This patent application marks another significant breakthrough in Tencent's blockchain technology portfolio, further solidifying its leading position in the field. The application of this patented technology will contribute to the advancement and adoption of blockchain technology, bringing greater benefits to various industries.