Inspur Cloudzhou Applies for Blockchain-Based IoT Data Sharing Patent: Enabling a New Model for Secure and Trustworthy Data Sharing

Inspur Cloudzhou Applies for Blockchain-Based IoT Data Sharing Patent: Enabling a New Model for Secure and Trustworthy Data SharingOn September 11, 2024, Financial World reported that Tianyancha intellectual property information shows that Inspur Cloudzhou Industrial Internet Co., Ltd

Inspur Cloudzhou Applies for Blockchain-Based IoT Data Sharing Patent: Enabling a New Model for Secure and Trustworthy Data Sharing

On September 11, 2024, Financial World reported that Tianyancha intellectual property information shows that Inspur Cloudzhou Industrial Internet Co., Ltd. has applied for a patent titled "Method, System, Device and Medium for Blockchain-Based Internet of Things Data Sharing," with publication number CN202410936724.0 and application date in July 2024. This patent application aims to address the security and trustworthiness issues in IoT data sharing by proposing a novel solution based on blockchain technology, promising to propel data security and collaborative development in the industrial internet sector.

The core of this patent application lies in constructing a secure and reliable IoT data sharing platform. It leverages blockchain technology to ensure data integrity, confidentiality, and traceability. The method primarily encompasses several key steps: First, rigorous registration and authentication of each IoT device participating in data sharing. Each device generates a unique key upon registration, serving as its identity identifier and the basis for data encryption. This ensures that only authorized devices can participate in data sharing, effectively preventing unauthorized access and data breaches.

Second, the patent application describes the data acquisition, encryption, and publication process. After collecting target data, IoT devices encrypt the data using the generated key. The encrypted data is then published by the data owner to the blockchain network, completing the corresponding blockchain transaction. This process fully utilizes the immutability of blockchain technology, ensuring that data is not maliciously altered or destroyed during transmission and storage. The decentralized nature of blockchain further enhances data security reliability, avoiding the risks associated with single points of failure.

To control access to encrypted data, the patent application introduces a pre-deployed smart contract mechanism. The smart contract manages access permissions for different nodes based on predefined rules. Only authorized nodes can decrypt the encrypted data using the key and obtain the required data information. This smart contract-based access control mechanism effectively prevents unauthorized data access, safeguarding data security and privacy.

Nodes granted access can perform data exchange operations on the decrypted data, enabling data sharing and collaborative utilization. The entire data exchange process is completely recorded on the blockchain, creating a clear and transparent data transaction history. This feature not only facilitates data auditing but also provides reliable evidence for data traceability, helping to resolve data disputes and assign responsibility.

Notably, the "data audit and traceability" function mentioned in the patent application is a major highlight of this solution. By recording the complete transaction history, the system can quickly track data sources, flow, and the actions of all participants. This is crucial for regulatory compliance, risk control, and the investigation and handling of data security incidents. In industrial internet applications, data authenticity and traceability are paramount, and this patent application effectively addresses this need.

In summary, Inspur Cloudzhou's patent application for blockchain-based IoT data sharing provides a new model for secure and trustworthy data sharing. By combining blockchain technology, key encryption, and smart contracts, it effectively addresses the security and trustworthiness challenges faced in IoT data sharing. The innovation lies in its comprehensive consideration of data security and data sharing, and its effective guarantee of data integrity, confidentiality, and traceability. This is of significant importance for promoting the digital transformation of the industrial internet and facilitating data collaboration and resource sharing.

The patent application details the technical solution, including data registration, key generation, data encryption, blockchain transactions, smart contract control, data decryption, data exchange, and transaction record keeping, clearly demonstrating the implementation path of this technology. This systematic design ensures the security, efficiency, and controllability of the entire data sharing process, providing a solid technological foundation for building a secure and reliable IoT data ecosystem.

The success of this patent application not only reflects Inspur Cloudzhou's strength in blockchain technology applications but also heralds new development opportunities for blockchain-based IoT data sharing technology. In the future, as technology matures and application scenarios expand, this technology is expected to leverage its unique advantages in more fields, driving the vigorous development of the digital economy. Furthermore, the promotion and application of this technology will further enhance China's international competitiveness in the fields of IoT and blockchain technology. We look forward to the early implementation of this patent to contribute to building a more secure and trustworthy digital society. This technology has significant practical implications for solving IoT data security problems and promoting data sharing and collaborative development.

The filing of this patent application marks significant progress by Inspur Cloudzhou in exploring secure and reliable IoT data sharing solutions. In the future, with further refinement and promotion of this technology, it is expected to play a positive role in multiple fields such as smart manufacturing, smart cities, and the industrial internet, promoting the digital transformation and upgrading of industries and contributing to the construction of a more secure and reliable digital society.

The application prospects of this technology are promising. It will bring safer and more efficient data sharing methods to various industries, promoting the effective utilization of data resources and providing strong support for the prosperous development of the digital economy. By addressing key issues such as data security and privacy protection, this technology is expected to promote the widespread adoption of IoT applications and provide key technological guarantees for building a more intelligent society. In the future, we can expect this technology to be applied in more fields, bringing about a new situation of safer and more reliable data sharing and collaborative development.