Urban road-side spaces have long suffered from parking shortage and disorderly parking.
Supported by high-precision AI perception terminals, edge computing and platform systems, AICT builds a road-side system featuring real-time perception, event recognition, alert forwarding and closed-loop management. It connects data of people, vehicles, parking bays, facilities and environments to improve urban road-side governance efficiency.
High-precision AI perception devices are deployed along roads. Combined with spatial positioning and intelligent video analysis, contact-less road-side parking management is realized. The system automatically detects motor-vehicle illegal parking, disorderly non-motor-vehicle parking, street-side vending and facility damage, enabling automatic snapshot capture, intelligent classification, real-time alerts and work-order closed-loop processing.
Supports non-intrusive 24/7 monitoring and lightweight deployment adaptable to various road scenarios.
Improve accuracy for event recognition and evidence generation via spatio-temporal AI algorithms.
Realizes standardized, data-driven and traceable workflows.
Improved detection rate and response efficiency for road-side incidents.
