Tencent Files Patent for Blockchain-Based Information Transmission Method, Aiming to Enhance Security and Efficiency

Tencent Files Patent for Blockchain-Based Information Transmission Method, Aiming to Enhance Security and EfficiencyThe State Intellectual Property Office of China shows that Tencent Technology (Shenzhen) Co., Ltd

Tencent Files Patent for Blockchain-Based Information Transmission Method, Aiming to Enhance Security and Efficiency

The State Intellectual Property Office of China shows that Tencent Technology (Shenzhen) Co., Ltd. filed a patent application in June 2023 for a "Method, Apparatus, Device, and Storage Medium for Information Transmission Based on Blockchain," with publication number CN119155008A. This patent application aims to improve the security and efficiency of information transmission and promises a potential breakthrough in blockchain technology. The patent abstract details a technical solution that cleverly designs the system architecture to simplify system development and maintenance, reduce network security risks, and ensure data security.

The patented information transmission method primarily applies to blockchain technology, but its design philosophy has broad application prospects. The patent describes an information transmission system composed of two main parts: a blockchain system and a business system independent of the blockchain system. The blockchain system includes at least one observer node responsible for monitoring and managing the information transmission process. The business system includes at least two business nodes: a first business node responsible for sending information, and a second business node responsible for identity verification.

The information transmission process is as follows: First, the first business node sends an information transmission request to the observer node. This request includes the information to be transmitted and the sender's authentication information. Upon receiving the request, the observer node forwards the authentication information to the second business node. The second business node verifies the identity of the first business node. Only after successful authentication does the second business node send the message to be transmitted and the identifier of the target recipient back to the observer node. Finally, the observer node forwards the authenticated message to the target recipient, completing the transmission.

Compared to traditional methods, this blockchain-based approach offers significant advantages. First, it leverages the decentralization and immutability of blockchain technology to enhance security, effectively preventing malicious tampering or theft during transmission. Traditional centralized systems are vulnerable to single points of failure; a server crash disables the entire system. This patent's distributed architecture improves reliability and fault tolerance.

Second, the patent simplifies the system architecture, reducing development complexity. Traditional blockchain-based information transmission systems often require complex architecture and extensive coding, increasing development costs and time. This patent's modular design and function allocation simplifies the architecture, reducing development difficulty and cost, and shortening development cycles.

Furthermore, the patent reduces network exposure and maintenance difficulty. Traditional network systems often have security vulnerabilities and are susceptible to hacking. This patent's approach strictly controls network access, reducing exposure and the risk of attacks. The simplified architecture also lowers maintenance costs and difficulty.

The patent application doesn't detail implementation specifics, such as consensus mechanism selection or ensuring network stability and scalability. However, the overall design reflects Tencent's blockchain R&D capabilities and foreshadows the technology's growing role in information security.

The patent prioritizes enhancing security, efficiency, and reliability of information transmission. By introducing blockchain technology, it addresses security and efficiency issues in traditional systems. This is particularly valuable for sensitive information, such as financial transactions and medical data.

Currently, the patent is only publicly disclosed and not yet implemented. Successful application in products or services would positively impact the information security industry and blockchain technology development. Tencent could utilize this technology internally or license it to other companies.

In conclusion, Tencent's patent demonstrates its ongoing exploration and innovation in blockchain technology, providing a new approach to enhancing information transmission security and efficiency. Mature application will provide users with a more secure and reliable experience, driving broader adoption of blockchain technology. We will continue to monitor the patent's progress and its practical application, which is crucial for promoting blockchain's use in information transmission and improving overall information security. Tencent's patent application offers new insights and directions for blockchain in information security, deserving attention and research. Through in-depth study and application, this technology can better protect user data security and improve information transmission efficiency.