Shenzhen Qixin Guidance Technology Co., Ltd.

This intelligent parking guidance system integrates AI vision, ultrasonic, and geomagnetic sensing technologies to accurately address the core pain points of various parking lots: difficulty in finding parking spaces, difficulty in locating vehicles, and slow traffic. It is adaptable to various scenarios including commercial complexes, transportation hubs, office buildings, and communities, helping parking lots achieve refined operations and improving the parking experience for drivers. The product employs a hybrid deployment solution of video detection and ultrasonic sensors, achieving an accuracy rate of over 99.7%. It can capture parking space occupancy status in real time and provide tiered guidance throughout the entire process from entry to parking via entrance screens, channel guidance screens, and parking space traffic lights, reducing driver search time by 70%. It supports AR navigation, reverse vehicle location, and seamless payment integration. On the return trip, vehicles can be quickly located via license plates, and there is no need to queue when leaving, significantly improving traffic efficiency. The system features a built-in visual operation dashboard that monitors key data such as parking space turnover rate and equipment status in real time. It supports tidal parking space scheduling and abnormal event alerts, helping managers reduce labor costs and increase parking space utilization by 80%. It also provides drivers with convenient, efficient, and unhurried parking services, balancing practicality and intelligence, making it a core solution for smart parking scenarios. This intelligent barrier gate system is the core equipment for smart parking lot entrance and exit management. It integrates high-definition license plate recognition, intelligent control, and anti-collision protection technologies, adapting to various scenarios such as commercial complexes, office buildings, communities, parks, and transportation hubs. It balances traffic efficiency and security control, facilitating the intelligent upgrade to unmanned entrances and exits.