Shenzhen Shixinda Technology Applies for a Blockchain-Based Archival Information Analysis and Management System Patent, Enhancing Efficiency and Security

Shenzhen Shixinda Technology Applies for a Blockchain-Based Archival Information Analysis and Management System Patent, Enhancing Efficiency and SecurityOn April 7, 2025, the State Intellectual Property Office of China revealed that Shenzhen Shixinda Technology Development Co., Ltd

Shenzhen Shixinda Technology Applies for a Blockchain-Based Archival Information Analysis and Management System Patent, Enhancing Efficiency and Security

On April 7, 2025, the State Intellectual Property Office of China revealed that Shenzhen Shixinda Technology Development Co., Ltd. (hereinafter referred to as "Shixinda") applied for a patent titled "A Blockchain-Based Archival Information Analysis and Management System and Method," with publication number CN119759932A and an application date of March 2025. This patent aims to address numerous pain points in traditional archival management systems, such as data inconsistency, low task execution efficiency, and potential security risks. By cleverly utilizing blockchain technology, Shixinda aims to significantly improve the efficiency and security of archival management.

The patent abstract details the system's core technology and functions. The system achieves its goals through several key mechanisms: First, through task dependency analysis, node execution evaluation, and a smart contract synchronization mechanism, the system enables efficient and stable execution of archival update tasks. This mechanism optimizes task execution order and resource allocation, avoiding delays and errors caused by complex task dependency paths or unstable node execution. The system effectively identifies and handles inter-task dependencies, ensuring tasks are executed in the predetermined logical order, thus preventing confusion caused by resource contention or dependency conflicts. Simultaneously, the node execution evaluation mechanism dynamically allocates tasks based on node performance and load, maximizing overall system efficiency. The introduction of smart contracts further ensures the automation and reliability of task execution, reducing errors caused by manual intervention.

Second, the system employs a strategy for dynamically selecting the most suitable temporary transition node. This strategy considers both path complexity and node stability. By dynamically adjusting task paths, the system effectively reduces the occurrence of bottleneck paths, ensuring efficient processing of critical tasks. This is particularly important for handling large and complex archival information, effectively preventing system-wide paralysis due to individual node failures or bottlenecks. The dynamic selection of temporary nodes also reflects the system's high fault tolerance and adaptability, enabling it to better handle various contingencies.

Furthermore, the system cleverly utilizes a consensus mechanism and double hashing matching technology to ensure the consistency and integrity of on-chain and off-chain data. The consensus mechanism, such as Proof-of-Work or Proof-of-Stake, ensures the reliability and security of blockchain data, preventing data tampering or forgery. Double hashing matching technology further strengthens data consistency verification, ensuring that on-chain data remains synchronized with off-chain data, eliminating the possibility of data mismatch or loss. This is crucial for archival management systems, as the integrity and accuracy of archival data directly relate to the reliability and credibility of the information.

In summary, Shixinda's applied blockchain-based archival information analysis and management system and method effectively addresses data inconsistency, low efficiency, and security risks in traditional archival management systems through task dependency analysis, node execution evaluation, smart contract synchronization, dynamic node selection, consensus mechanisms, and double hashing matching. The system ultimately achieves significant improvements in overall execution efficiency, data synchronization accuracy, and operational security, effectively reducing potential execution risks and bottlenecks.

According to Tianyancha data, Shenzhen Shixinda Technology Development Co., Ltd., established in 2003 and located in Shenzhen, is primarily engaged in the manufacturing of computers, communications, and other electronic equipment. The company has a registered capital of RMB 50 million and a paid-in capital of RMB 5 million. Over years of development, Shixinda has accumulated rich industry experience and technical strength. The company actively participates in market competition, having invested in 3 companies and participated in 1,533 bidding projects, demonstrating its strong market competitiveness and development potential. Furthermore, Shixinda possesses 20 trademark registrations, 13 patent applications, and 9 administrative licenses, further highlighting its emphasis on intellectual property protection and compliant operations.

This blockchain-based archival information analysis and management system patent represents a significant achievement in Shixinda's technological innovation and marks a further enhancement of the company's technical capabilities in the archival management field. The application of this technology is expected to drive the archival management industry towards digitalization, intelligence, efficiency, and security. In the future, as the technology matures and improves, it is expected to be widely applied in more fields, bringing greater value to society. Shixinda's technological innovation also provides a reference for other companies, promoting technological progress in the industry. In the future, Shixinda is expected to continue increasing R&D investment, launching more innovative technologies and products, and contributing more to social development. Through continuous technological innovation and market expansion, Shixinda will continue to consolidate its leading position in the industry and provide customers with better products and services. Its active participation in bidding projects and accumulated intellectual property rights fully demonstrate its advantages and strength in market competition. The successful patent application is expected to further promote Shixinda's development in the archival management field, bringing greater business opportunities and development space. It also brings new technological breakthroughs and development directions to the entire archival management industry.

The application of this patented technology will not only improve archival management efficiency and reduce labor costs but also ensure the security and integrity of archival data, avoiding the risk of data loss or leakage. It is of significant importance to government agencies, enterprises, and individuals. Future archival management will be safer, more efficient, and more convenient. Shixinda's innovation sets a good example for industry development.