Jin Network Applies for Patent on "Blockchain Digital Asset Security Management Method and System," Enhancing Digital Asset Security

Jin Network Applies for Patent on "Blockchain Digital Asset Security Management Method and System," Enhancing Digital Asset SecurityFinancial World, December 9, 2024 Jin Network (Beijing) Digital Technology Co., Ltd

Jin Network Applies for Patent on "Blockchain Digital Asset Security Management Method and System," Enhancing Digital Asset Security

Financial World, December 9, 2024 Jin Network (Beijing) Digital Technology Co., Ltd. has applied for a patent titled "A Blockchain Digital Asset Security Management Method and System," with publication number CN119090431A, filed in August 2024, according to information released by the State Intellectual Property Office of China. This patent application aims to address the low security, poor privacy, and low practicality issues present in existing digital asset management technologies, offering a novel solution for secure digital asset management.

The patent abstract reveals that the invention belongs to the field of digital asset management technology and proposes a blockchain-based digital asset security management method and system. The system enhances the security and management efficiency of digital assets by constructing a multi-layered security protection system. Its core lies in building a complete workflow integrating data acquisition, encryption, verification, analysis, and storage, leveraging the immutability and transparency of blockchain technology to ensure the security and reliability of digital assets.

The core technology of this patent application lies in its proposed security management method, detailed in the following seven steps:

Step 1: Platform Construction and Database Establishment

The system is built upon a secure digital asset security management platform. Three key databases are established on this platform: a legitimate user database, a digital asset analysis model, and an attack intrusion detection model. The platform also integrates a blockchain-based digital asset blockchain system for storing and managing digital asset transaction records. The legitimate user database identifies and verifies legitimate users, ensuring that only authorized users can access and operate digital assets. The digital asset analysis model monitors and analyzes digital assets in real-time, detecting anomalies. The attack intrusion detection model monitors system security in real-time, detecting and preventing malicious attacks.

Step 2: Key Generation and Identity Registration

To ensure key security and uniqueness, the system introduces a trusted authority for key generation and identity registration. The trusted authority generates a unique key pair for each terminal server and registers its identity, ensuring the legitimacy of each terminal server. This mechanism effectively prevents security risks such as key leakage and identity forgery.

Step 3: Data Acquisition, Encryption, and Signing

Terminal servers collect real-time digital asset data, encrypt it, and digitally sign it. Encryption ensures that data is not stolen or tampered with during transmission, while the digital signature verifies data integrity and authenticity.

Step 4: Hash Value Calculation and Upload

The system calculates the hash value of the encrypted real-time digital asset data and uploads the result to the digital asset security management platform. The hash value is a unique identifier for the data; any minor change in the data will alter the hash value, allowing the system to effectively detect data tampering.

Step 5: Security Verification

The digital asset security management platform verifies the uploaded hash value to ensure data integrity and authenticity. Only data passing security verification proceeds to subsequent processing.

Step 6: Digital Asset Analysis and On-Chain Storage

After security verification, the system uses the digital asset analysis model to analyze the digital asset data, identifying potential risks and abnormal behavior. After analysis, the encrypted real-time digital asset data is stored on the digital asset blockchain system. The immutability and transparency of blockchain technology ensure the security and traceability of digital asset data.

Step 7: Attack Intrusion Detection

The system simultaneously uses the attack intrusion detection model to monitor the system in real-time, detecting and preventing potential attacks and intrusions. This ensures system security, preventing malicious attacks from causing data leakage or system paralysis.

Through these seven steps, Jin Network's patent application effectively improves the security and management efficiency of digital assets. The system provides comprehensive security protection from data acquisition, storage, and transmission to access control through a combination of multiple security mechanisms, effectively addressing the low security, poor privacy, and low practicality issues of existing digital asset management technologies. This provides strong security for digital asset management. The innovation of this technology lies in its systematic approach, security features, and effective application of blockchain technology, bringing a breakthrough to the field of digital asset security management.

The successful patent application marks significant progress for Jin Network in the field of digital asset security management, providing crucial technological support for the future development of the digital economy. This is not only important for Jin Network's own development but also provides valuable insights for the industry, driving continuous improvement and advancement of digital asset security management technology, contributing to the construction of a more secure and reliable digital asset ecosystem. With the rapid development of the digital economy, the importance of digital asset security management technology will become increasingly prominent, and the application prospects of Jin Network's patented technology are very broad.