Guangdong Lanxun Technology Applies for Patent on "Blockchain-Based Intelligent Management System for Underground Parking Garages," Enhancing Security and Efficiency

Guangdong Lanxun Technology Applies for Patent on "Blockchain-Based Intelligent Management System for Underground Parking Garages," Enhancing Security and EfficiencyOn March 29, 2025, the State Intellectual Property Office of China (SIPO) revealed that Guangdong Lanxun Technology Development Co., Ltd

Guangdong Lanxun Technology Applies for Patent on "Blockchain-Based Intelligent Management System for Underground Parking Garages," Enhancing Security and Efficiency

On March 29, 2025, the State Intellectual Property Office of China (SIPO) revealed that Guangdong Lanxun Technology Development Co., Ltd. has applied for a patent entitled "A Blockchain-Based Intelligent Management System for Underground Parking Garages," with publication number CN119694160A and an application date of December 2024. This patent application marks a significant technological breakthrough in the intelligent parking lot management field, promising to substantially improve the security and management efficiency of underground parking garages.

The patent abstract details the system's core components, including six key modules: video anomaly detection module, blockchain encryption storage module, intelligent risk management module, parking space demand prediction module, parking space adjustment control module, and blockchain data synchronization module. The collaborative work of these modules achieves comprehensive intelligent management of the underground parking garage.

Firstly, the video anomaly detection module, through real-time image monitoring, can quickly identify abnormal behaviors, such as unauthorized intrusion or unusual vehicle speeds. This immediate identification capability significantly enhances the system's response efficiency and effectively reduces potential security risks. Traditional garage management often relies on manual patrols, resulting in delayed responses and monitoring blind spots. This system, through automated monitoring, compensates for these shortcomings, providing more reliable security for the garage.

Secondly, the blockchain encryption storage module is a highlight of this system. The introduction of blockchain technology ensures the encrypted storage and immutability of all monitoring data. This means that all data is securely protected, preventing data leakage or malicious tampering, improving the security level of monitoring data and management transparency. Compared with traditional database systems, the distributed storage characteristics of blockchain significantly enhance the system's fault tolerance and security. Even if some nodes fail, data integrity and availability are guaranteed. This high security is crucial for protecting vehicle owner information and vehicle safety.

The intelligent risk management module leverages the advantages of data analysis. This module can predict potential security risks based on real-time and historical monitoring data, and automatically take corresponding security measures, such as strengthening monitoring or triggering alarms. This automated risk management further optimizes the configuration of security measures, shortens response times, and improves the system's early warning capability and response efficiency.

The parking space demand prediction module utilizes big data analysis technology to predict parking space demand at different time periods, providing a scientific basis for parking space management. This allows garage managers to more effectively allocate resources, such as guiding vehicle parking and reducing traffic congestion, thereby improving garage utilization and overall operational efficiency.

The parking space adjustment control module dynamically adjusts parking space allocation strategies based on prediction results and real-time conditions, maximizing parking space utilization. This not only solves the problem of parking space shortages but also reduces the waiting time for vehicles to find parking spaces, improving the parking experience for vehicle owners.

Finally, the blockchain data synchronization module ensures data synchronization and consistency among all modules, guaranteeing the stability and reliability of system operation. This module supports real-time data updates and sharing, allowing all relevant personnel to obtain the latest garage status information promptly.

In summary, this system integrates advanced video monitoring technology, blockchain technology, and big data analysis technology to achieve intelligent, secure, and efficient management of underground parking garages. It not only improves the security level of the garage and reduces safety hazards but also improves garage utilization efficiency and enhances the parking experience for vehicle owners, providing important technical support for smart city construction.

Guangdong Lanxun Technology Development Co., Ltd., established in 2006 and located in Zhaoqing City, Guangdong Province, is primarily engaged in the rubber and plastic products industry. However, the company has also demonstrated strong capabilities in technological innovation. According to Tianyancha data, the company has a registered capital of RMB 55 million, a paid-in capital of RMB 55 million, has invested in 2 companies, participated in 173 bidding projects, holds 13 trademarks, 184 patents, and 56 administrative licenses. This patent application for the "blockchain-based intelligent management system for underground parking garages" is just one of the company's many technological innovation achievements, reflecting its commitment to exploring emerging technologies and promoting industrial upgrading. In the future, with further refinement and application of this technology, it is expected to bring comprehensive improvements in security and efficiency to more underground parking garages. This patent application also provides a reference for other companies, promoting the vigorous development of the intelligent parking lot management field.