ZTE Applies for Patent on "Blockchain-Based Computing Power Network" to Expand Applicability

ZTE Applies for Patent on "Blockchain-Based Computing Power Network" to Expand ApplicabilityOn November 12, 2024, information from the National Intellectual Property Administration revealed that ZTE Corporation had applied for a patent titled "Method, System, Electronic Device and Medium for Realizing a Blockchain-Based Computing Power Network," with publication number CN118921365A, and an application date of May 2023. This patent aims to build a more efficient, secure, and scalable computing power network through blockchain technology, further expanding its applicability

ZTE Applies for Patent on "Blockchain-Based Computing Power Network" to Expand Applicability

On November 12, 2024, information from the National Intellectual Property Administration revealed that ZTE Corporation had applied for a patent titled "Method, System, Electronic Device and Medium for Realizing a Blockchain-Based Computing Power Network," with publication number CN118921365A, and an application date of May 2023. This patent aims to build a more efficient, secure, and scalable computing power network through blockchain technology, further expanding its applicability.

The patent abstract shows that the method includes:

1. Constructing a Computing Power Chain: Forming a computing power chain based on the computing power identifier of the computing power publisher node and at least one computing power node. The computing power node includes a computing power consumer node, and the computing power consumer node includes at least one of the node where the edge device is located and the node where the terminal device is located.

2. Computing Power Encapsulation: Encapsulating the computing power resources in the computing power publisher node to generate a computing power NFT.

3. Network-Wide Broadcasting: Broadcasting the generated computing power NFT across the computing power chain.

4. Executing Computing Power Tasks: Other computing power nodes in the computing power chain can execute computing power tasks by calling the computing power NFT.

By introducing blockchain technology, this patent achieves the following advantages:

• Enhancing the security and credibility of the computing power network: The decentralized nature of blockchain effectively prevents single points of failure within the computing power network, while its immutability ensures the authenticity and reliability of computing power resources.

• Improving the transparency and traceability of the computing power network: Network-wide broadcasting of computing power NFTs guarantees transparent allocation and usage of computing power resources, providing auditable records for resource management and supervision.

• Expanding the applicability of the computing power network: This patent encapsulates computing power resources into NFTs and manages and schedules them through blockchain, enabling more flexible allocation to a wider range of users, thus expanding the applicability of the computing power network.

In conclusion, ZTE's patent, by applying blockchain technology to the computing power network, aims to construct a more efficient, secure, and scalable computing power network, expanding its applicability and providing new insights and directions for the future development of computing power networks.