Beiliande Industry in Shenzhen Files Patent for Blockchain Security Verification and Protection, Enhancing Network Security Defenses

Beiliande Industry in Shenzhen Files Patent for Blockchain Security Verification and Protection, Enhancing Network Security DefensesOn January 25, 2025, the State Intellectual Property Office of China revealed that Shenzhen Beiliande Industry Co., Ltd

Beiliande Industry in Shenzhen Files Patent for Blockchain Security Verification and Protection, Enhancing Network Security Defenses

On January 25, 2025, the State Intellectual Property Office of China revealed that Shenzhen Beiliande Industry Co., Ltd. (hereinafter referred to as "Beiliande") filed a patent for a "Method, Blockchain Node, Medium, and Product for Blockchain Security Verification and Protection," with publication number CN119341847A and an application date of December 2024. This patent aims to enhance blockchain network security by effectively identifying and preventing security threats. Its core lies in leveraging blockchain technology and smart contract mechanisms to perform multi-level security verification and protection on network requests.

The patent abstract details this innovative security verification and protection method. The method first obtains the received network request data. Then, based on the historical request behavior of the request source address, it dynamically assesses its credit score. This step centers on establishing a reputation system based on historical behavior, translating past request data into a quantifiable credit score to inform subsequent risk assessments. The credit score directly determines the subsequent verification process.

If the request source addresss credit score exceeds a preset threshold, the system verifies the legitimacy of the request content using a smart contract. The smart contract, as self-executing code, rigorously examines the request content's legality according to predefined rules without human intervention. The verification result, whether legitimate or illegitimate, is recorded on the blockchain network, ensuring transparency and immutability. The immutability of blockchain technology is crucial for maintaining the integrity and reliability of security audit records.

If the verification result shows the request content is legitimate, the system processes the network request data normally. Conversely, if the request content is deemed illegitimate, the system lowers the request source address's credit score by a preset value, penalizing malicious behavior. This demonstrates a dynamic risk assessment mechanism that adjusts security strategies in real-time based on the situation and effectively contains potential threats.

When the request source address's credit score falls below the preset threshold, the system automatically generates a warning message and broadcasts it to the blockchain network. This warning promptly alerts system administrators or other relevant parties to potential security risks. The broadcast mechanism ensures a rapid response and effective handling of security incidents. Based on the warning, the system automatically activates protection mode, further strengthening security and effectively blocking malicious attacks.

The innovation of this patent lies in its ingenious combination of blockchain technology, smart contract mechanisms, and a dynamic reputation assessment system. This synergy effectively addresses numerous shortcomings of traditional network security protection methods, such as slow response times, numerous security vulnerabilities, and difficulty tracing attack sources. The patented method enables real-time monitoring of network requests, dynamically adjusts security strategies based on risk levels, and provides traceable audit records, significantly improving network security defenses.

Beiliande, a company specializing in the manufacturing of computers, communication, and other electronic devices, has a direct business connection to this patent application. According to Tianyancha (a Chinese business information platform), Beiliande was established in 2015, with a registered capital of 50 million RMB and a paid-in capital of 13.95 million RMB, located in Shenzhen. This indicates Beiliande possesses substantial financial strength and robust R&D capabilities.

Beyond this latest blockchain security verification and protection patent, Beiliande has achieved significant success in intellectual property. Tianyancha data shows the company has invested in one company, participated in 61 bidding projects, holds 19 trademarks, 33 patents, and 4 administrative licenses. This data underscores Beiliande's strength in technological innovation and market competition.

In summary, Beiliande's application for this blockchain security verification and protection patent represents a significant technological breakthrough in network security. Its innovative security verification and protection method, combining blockchain technology, smart contracts, and dynamic reputation assessment, effectively enhances network security defenses, providing strong technical support for building a more secure and reliable network environment. This patent technology can protect the company's information security and offer effective security solutions for other industries, demonstrating broad application prospects. As blockchain technology continues to develop and be applied, this patent technology will play an even more important role. Beiliande's continuous innovation and technological accumulation will bring more groundbreaking advancements to the field of network security. We look forward to seeing this patent technology achieve significant results in practical applications and contribute to safeguarding network security. This technology is of significant importance in improving network security defense levels and maintaining network security stability. As a high-tech enterprise, Beiliande's continued R&D investment and technological innovation have made positive contributions to industry progress. We believe that Beiliande will continue to achieve greater success in the network security field in the future.