Blockchain-Based Digital Copyright Assertion System Patent Granted

Blockchain-Based Digital Copyright Assertion System Patent GrantedOn December 12, 2024, financial news outlet, Financial World, reported that the National Intellectual Property Administration of China revealed the publication of a patent application by Hubei Yunlei Information Technology Co., Ltd

Blockchain-Based Digital Copyright Assertion System Patent Granted

• On December 12, 2024, financial news outlet, Financial World, reported that the National Intellectual Property Administration of China revealed the publication of a patent application by Hubei Yunlei Information Technology Co., Ltd. The patent, titled "Blockchain-Based Digital Copyright Assertion System and Its Method of Use," has been published with the publication number CN119106405A. The application date was August 2024. This patented technology represents a significant breakthrough in digital copyright assertion, promising to greatly enhance the efficiency and security of digital content copyright protection.

The patent describes a blockchain-based digital copyright assertion system designed to address the inefficiencies and security vulnerabilities inherent in traditional digital copyright assertion methods. The system converts digital copyright information into blockchain data in the form of characters or binary code. Utilizing advanced blockchain analysis techniques, it achieves efficient management and precise assertion of digital copyrights.

The patent abstract details the system's core components and mechanisms. First, a conversion module transforms digital copyright information into character or binary code suitable for blockchain storage. This conversion is not a simple copy-paste operation but involves sophisticated algorithms to generate unique, forgery-resistant hash values. Specifically, the conversion module includes character and binary conversion units. The character conversion unit converts digital copyright information into a mixed hash value of numbers and English letters, ensuring information security and uniqueness.

Second, a selection module, incorporating a selection box for key information extraction, allows users to choose specific copyright information segments for analysis and verification, enhancing the system's flexibility and usability. Importantly, this selection box is dynamic and adaptable to specific needs.

Furthermore, the system integrates an optimization algorithm with an adaptive unit that uses a neural network for active learning to adjust the selection content and range of the selection box. This allows the system to automatically adjust its parameters based on evolving data and user needs, achieving optimal performance. The neural network's learning capability ensures efficient operation and accurate identification even with massive datasets, significantly improving assertion efficiency.

The core advantage of this patented technology lies in its deep blockchain analysis capabilities. The system can analyze and categorize different and identical items within the blockchain dataset, enabling rapid retrieval of authentication results and significantly improving the search efficiency for assertion results. This is crucial for handling vast amounts of digital copyright information, effectively reducing time and labor costs.

Traditional digital copyright assertion methods often rely on centralized databases or complex legal processes, making them vulnerable, inefficient, and costly. This patented blockchain-based system, leveraging the decentralized, transparent, and immutable nature of blockchain technology, effectively addresses these shortcomings.

Blockchain technology ensures that digital copyright information is stored in an encrypted, tamper-proof manner on a distributed network, avoiding single points of failure and data loss. Transparent transaction records facilitate copyright tracking and verification, effectively combating piracy and protecting rights holders.

The innovation lies not simply in applying blockchain to digital copyright assertion, but in deeply analyzing blockchain data and recategorizing it for efficient search and authentication. This demonstrates the sophistication of the algorithm design and technical implementation, signifying a shift towards more intelligent and automated digital copyright assertion technologies.

The application and publication of this patent mark significant progress in China's digital copyright protection efforts. Future refinements and applications will provide strong technological support for the healthy development of the digital economy, protecting the rights of digital content creators and fostering the prosperity of the digital content industry. The technology enhances both the efficiency and security of digital copyright assertion, safeguarding the healthy development of the digital economy.

The successful development and patent grant showcase Hubei Yunlei Information Technology Co., Ltd.'s strong R&D capabilities in blockchain technology and digital copyright protection. The company is expected to continue investing in R&D, creating more innovative technologies to contribute to the digital economy.

In conclusion, this blockchain-based digital copyright assertion system patent represents a significant advancement in digital copyright protection technology. Its efficiency, security, and transparency will have a profound impact on the healthy development of the digital economy. The application of this technology is poised to usher in a new era of digital copyright protection, providing more effective and reliable copyright protection solutions for numerous digital content creators as the technology matures and its applications expand.