Dianke Cloud Obtains "Blockchain-based Computing Power Scheduling" Patent, Enhancing Reliability and Effectiveness of Power Scheduling

Dianke Cloud Obtains "Blockchain-based Computing Power Scheduling" Patent, Enhancing Reliability and Effectiveness of Power Scheduling[Financial News] September 11, 2024 - Tianyancha Intellectual Property Information shows that Dianke Cloud (Beijing) Technology Co., Ltd

Dianke Cloud Obtains "Blockchain-based Computing Power Scheduling" Patent, Enhancing Reliability and Effectiveness of Power Scheduling

[Financial News] September 11, 2024 - Tianyancha Intellectual Property Information shows that Dianke Cloud (Beijing) Technology Co., Ltd. has obtained a patent titled "Blockchain-based Computing Power Scheduling Method, Device, Equipment, and Blockchain Network," with the authorization announcement number CN118260055B, and the application date being May 2024. This patent aims to address the single point of failure issue in traditional computing power scheduling, improving the reliability and effectiveness of computing power scheduling.

According to the patent abstract, the method first receives a computing task request sent by the user and evaluates whether it meets the task requirements based on local computing resource data. If satisfied, a computing task is generated, signed with a private key, and timestamped with its own unique blockchain identifier to produce a task acceptance record. Subsequently, this record is published on the blockchain network via message broadcasting. Once the record is confirmed to be written into the blockchain ledger, the computing task is executed, and the result data is sent to the user through the mobile switching network.

By introducing blockchain technology, this patent enables distributed task scheduling, effectively preventing single point of failure and enhancing the overall system's reliability and effectiveness. Specifically, the decentralized nature of blockchain eliminates the dependence on a single node for computing task scheduling and execution, relying instead on the entire network for maintenance, ensuring system high availability.

Simultaneously, the transparency and immutability of blockchain guarantee the authenticity and validity of task execution. Each computing task record is permanently stored in the blockchain ledger, preventing tampering or deletion, allowing users to track the task execution process at any time, ensuring the authenticity and reliability of the results.

The application of this patented technology will have a positive impact on areas such as cloud computing, edge computing, and particularly in scenarios requiring high reliability and security, such as finance, healthcare, and industry. For instance, in the financial sector, this technology can be leveraged for financial transactions, data analysis, and other operations, ensuring transaction security and data reliability. In healthcare, it can be used for medical data storage and sharing, protecting patient privacy and data security.

In conclusion, Dianke Cloud's acquisition of the "Blockchain-based Computing Power Scheduling" patent signifies a breakthrough in the field of computing power scheduling, playing a positive role in promoting the efficient utilization of computing resources and enhancing the efficiency and reliability of computing power scheduling. With the application and promotion of this technology, it is expected to further stimulate the development of the digital economy and propel the process of social digital transformation.