1. Overview.
With the acceleration of urbanization, parking difficulties have become the focus of attention of city managers and residents. In order to effectively solve this problem, Yishitong has introduced a parking lot geomagnetic roadside parking management system. This system realizes intelligent and automated parking management through advanced Internet of Things technology, aiming to improve the level of parking service and optimize the parking experience.
Second, the characteristics of the system.
1.Efficient and convenient: The system can automatically identify vehicle information, realize rapid entry and exit, and greatly improve parking efficiency. At the same time, car owners can check the available parking spaces through the mobile app, book the parking spaces in advance, and avoid the trouble of finding parking spaces. 2.Safe and reliable: The geomagnetic sensor monitors the parking situation of the vehicle in real time, and in the event of an accident such as a vehicle scratch or collision, the system will respond immediately to effectively protect the rights and interests of the owner.
3.Data analysis: Managers can obtain real-time data such as traffic flow and parking space utilization through the background system to provide data support for decision-making. 
Third, the system operation process.
1.Installation of geomagnetic sensors: Geomagnetic sensors are installed under the parking space to sense the parking situation of the vehicle.
2.Vehicle information entry: The owner enters the vehicle information into the system through the mobile phone APP, so that the system can identify the vehicle. 3.Reserve a parking space: The owner can check the available parking spaces through the mobile app and reserve the parking spaces that need to be parked in advance. 4.Admission management: When the vehicle arrives at the reserved parking space, the system will automatically identify the vehicle information and release the vehicle. 5.On-site management: The system monitors the parking situation of the vehicle in real time, and if an abnormal situation occurs, the system will immediately respond and notify the owner and relevant management personnel. 6.Exit management: When the vehicle leaves, the system automatically identifies the vehicle information again and completes the billing and deduction. 7.Data statistics: The system automatically counts various data in the background to provide decision-making support for managers. 
Fourth, the application effect.
By introducing the parking lot geomagnetic roadside parking management system, we can achieve:
1.Improve parking efficiency: The system automatically identifies vehicle information and quickly completes the operation of entering and exiting the site, which greatly improves the parking efficiency.
2.Improve service quality: Through convenient methods such as mobile apps, car owners can check free parking spaces in real time and reserve parking spaces in advance, avoiding the trouble of finding parking spaces and improving the parking experience. 3.Enhance safety: Geomagnetic sensors monitor the parking situation of vehicles in real time, and once an abnormal situation occurs, the system will immediately respond and notify relevant personnel, effectively protecting the rights and interests of car owners. 4.Provide decision-making support: Obtain real-time data such as traffic flow and parking space utilization rate through the background system to provide data support for decision-making. 
In short, the introduction of the parking lot geomagnetic roadside parking management system will greatly improve the parking situation of urban roads, enhance the level of urban traffic management, and inject new vitality into the development of the city.