China Mobile Applies for Blockchain Operation and Maintenance Management Patent: Enhancing Efficiency, Security, and Resource Utilization

China Mobile Applies for Blockchain Operation and Maintenance Management Patent: Enhancing Efficiency, Security, and Resource UtilizationOn December 2nd, 2024, the State Intellectual Property Office of China revealed that China Mobile Communications Group Guangdong Co., Ltd

China Mobile Applies for Blockchain Operation and Maintenance Management Patent: Enhancing Efficiency, Security, and Resource Utilization

On December 2nd, 2024, the State Intellectual Property Office of China revealed that China Mobile Communications Group Guangdong Co., Ltd., China Mobile Bay Area (Guangdong) Innovation Research Institute Co., Ltd., and China Mobile Communications Group Co., Ltd. jointly applied for a patent titled "A Method, Device, and Storage Medium for Operation and Maintenance Management," with publication number CN119052251A and application date in August 2024. This patent application focuses on blockchain operation and maintenance management technology, aiming to improve efficiency, enhance security, and optimize resource utilization. The patent abstract details the key innovations of the technical solution, providing new ideas and technical support for blockchain operation and maintenance management in large-scale data centers.

The core of this patent application lies in a novel operation and maintenance management method, along with corresponding devices and storage media. Its core competitiveness stems from the ingenious integration of a time-slice allocation mechanism, the IACO algorithm, the IDPoS consensus algorithm, and the SM2 encryption algorithm, achieving a comprehensive upgrade of blockchain operation and maintenance management.

Firstly, the time-slice allocation mechanism proposed in the patent application sets corresponding data reception timestamps for all node servers. This is akin to scheduling precise transit times for vehicles on a highway, avoiding resource competition and conflicts, thereby improving the overall efficiency of blockchain operation and maintenance management. The ingenuity of this mechanism lies in its precise time control, effectively avoiding data transmission conflicts between node servers and ensuring the stability and efficiency of data transmission. Previous operation and maintenance management methods often neglected the impact of time, leading to intense data competition between node servers and impacting overall efficiency. This patented technology, through precise time-slice allocation, achieves precise allocation of node server resources, avoiding waste and conflicts.

Secondly, the patent technology employs the IACO algorithm for resource allocation among blockchain node servers. As an advanced resource allocation algorithm, IACO dynamically allocates resources based on the actual needs and load of node servers, maximizing blockchain resource utilization. In large-scale data center environments, efficient resource utilization is crucial. Traditional methods often struggle to cope with the complex and variable resource demands of large-scale data centers, leading to significant resource waste. The IACO algorithm dynamically adjusts based on actual conditions, effectively avoiding idle resources and waste, improving resource utilization efficiency, and reducing operating costs.

Furthermore, the patent application utilizes the IDPoS consensus algorithm for consensus among blockchain node servers. Compared to traditional consensus algorithms, IDPoS boasts higher efficiency and security. By introducing an identity verification mechanism, IDPoS effectively reduces the probability and lifespan of malicious nodes, thereby enhancing blockchain security. In blockchain systems, the consensus mechanism is key to ensuring data security and system stability. IDPoS, with its efficiency and security, effectively resists various attacks and ensures the stable operation of the blockchain system.

Finally, to further enhance the reliability of operation and maintenance management, the patent application employs the SM2 algorithm to encrypt and store operation and maintenance management data on the chain. SM2, an independently developed elliptic curve cryptography algorithm from China, offers high security, effectively protecting the confidentiality of operation and maintenance management data. Storing operation and maintenance management data on the chain in encrypted form effectively prevents data tampering or leakage. In blockchain technology applications, data security is paramount. Traditional encryption algorithms struggle to meet the security demands of increasingly complex network environments. SM2, as an advanced domestically produced encryption algorithm, offers higher security and better protection for operation and maintenance management data.

In summary, China Mobile's patent application for "A Method, Device, and Storage Medium for Operation and Maintenance Management" effectively improves the efficiency, security, and resource utilization of blockchain operation and maintenance management by integrating a time-slice allocation mechanism, the IACO algorithm, the IDPoS consensus algorithm, and the SM2 encryption algorithm. This technological innovation provides a new solution for blockchain operation and maintenance management in large-scale data centers and marks significant progress for China Mobile in the application of blockchain technology. The application of this patented technology will help further promote the widespread application of blockchain technology in various fields, providing strong technical support for the development of the digital economy. Its significant advantages in improving efficiency, ensuring security, and optimizing resource utilization give it enormous potential in future large-scale data centers and blockchain technology applications. The successful application of this patent technology also reflects China Mobile's strong capabilities in technological innovation and independent research and development, laying a solid foundation for its advantageous position in future competition. In the future, we can expect this technology to be applied in more fields, making greater contributions to the development of the digital economy.