Beijing Xin Chuang Digital Technology Applies for Patent on Blockchain-Based Electronic Certificate Management System, Enhancing Certificate Information Integrity

Beijing Xin Chuang Digital Technology Applies for Patent on Blockchain-Based Electronic Certificate Management System, Enhancing Certificate Information IntegrityOn January 24, 2025, the State Intellectual Property Office of China revealed that Beijing Xin Chuang Digital Technology Co., Ltd

Beijing Xin Chuang Digital Technology Applies for Patent on Blockchain-Based Electronic Certificate Management System, Enhancing Certificate Information Integrity

On January 24, 2025, the State Intellectual Property Office of China revealed that Beijing Xin Chuang Digital Technology Co., Ltd. applied for a patent titled "A Blockchain-Based Electronic Certificate Management System and Method," with publication number CN119338760A and an application date of September 2024. This invention aims to improve the efficiency and security of electronic certificate management and significantly enhance the integrity of accessed certificate information. The patent application's publication marks a new advancement for Beijing Xin Chuang Digital Technology Co., Ltd. in the application of blockchain technology and provides a new technical solution for China's digital transformation of e-government.

The patent abstract details the system's core functions and technical characteristics. The system primarily consists of four main modules: an image analysis module, a storage analysis module, a character processing module, and a certificate storage module. Each module performs different functions, working together to manage and process electronic certificates.

First, the image analysis module performs quality checks on the electronic certificate images. It analyzes the uniformity of brightness distribution and clarity, determining the image quality category based on preset reference values. This ensures that only images meeting quality standards proceed to subsequent processing, effectively avoiding information loss or errors due to poor image quality. This precise image quality assessment is crucial for ensuring the accuracy of subsequent processing, directly impacting the integrity and reliability of the final electronic certificate information. High-quality image processing is a key element of the system's core competitiveness.

Second, the storage analysis module determines the certificate storage method based on the image quality category provided by the image analysis module. Different image quality categories may require different storage strategies to optimize storage space efficiency and ensure that images of varying quality are stored securely and reliably. This reflects the system's consideration of resource management and data security. Through flexible storage strategies, it maximizes the utilization of storage resources while guaranteeing data integrity and security. The module's design fully considers various factors in real-world application scenarios, ensuring the system's practicality and stability.

Next, the character processing module identifies and processes character information in electronic certificates. It uses OCR and other technologies to recognize characters in the image and determines the character processing method based on the percentage of lost areas within the character region. If character loss exists, the system attempts to repair or supplement it using various algorithms to extract character information as completely as possible. This design ensures accurate character information extraction even with poor image quality, improving the accuracy and completeness of information extraction. This demonstrates the system's advanced and robust data processing capabilities.

Finally, the certificate storage module stores the electronic certificate's image and character information. This module employs secure and reliable storage technology to ensure the integrity and security of stored data, preventing data loss or tampering. The application of blockchain technology further enhances data security, transparency, and traceability. Blockchain technology effectively prevents data tampering or forgery, ensuring the authenticity and validity of electronic certificates. This is crucial for maintaining the authority and security of electronic certificates.

The system's design philosophy organically integrates image analysis, character processing, and secure storage to ensure the integrity and security of electronic certificate information. This not only improves the efficiency of electronic certificate management but also provides a solid foundation for building a more secure and reliable e-government system. The system effectively addresses many problems in traditional electronic certificate management, such as poor image quality, information loss, and data security, significantly enhancing the application value of electronic certificates.

Beijing Xin Chuang Digital Technology Co., Ltd., the applicant for this patent, was established in 2009 and is located in Beijing. It is a company primarily engaged in technology promotion and application services. The company has registered capital and paid-in capital of RMB 20 million. Tianyancha data shows that the company has invested in 6 enterprises, participated in 103 bidding projects, holds 30 trademarks, 30 patents, and 3 administrative licenses. This data indicates that the company has extensive experience and strong capabilities in the technology field and possesses independent R&D and innovation capabilities. The successful patent application further confirms the company's continuous investment and achievements in technological innovation.

In conclusion, the patent for "A Blockchain-Based Electronic Certificate Management System and Method" applied for by Beijing Xin Chuang Digital Technology Co., Ltd., effectively solves many problems in electronic certificate management by combining image analysis, character processing, and blockchain technology, significantly improving the integrity and security of certificate information. This technology not only improves the efficiency of government departments but also provides enterprises and individuals with more convenient and secure electronic certificate services, promoting the healthy development of e-government. The innovation of this patented technology lies in its strict control of image quality, precise identification and repair of character information, and ingenious use of blockchain technology. These provide strong technical support for building a secure, efficient, and reliable electronic certificate management system. In the future, as this technology is further refined and promoted, it will have a profound impact on China's e-government and digital transformation. This innovative initiative by Beijing Xin Chuang Digital Technology Co., Ltd. deserves industry attention and study.