Adaptive Pedestrian Crossing System (APCS)
Enhancing Pedestrian Safety, Improving Traffic Flow
Adaptive Pedestrian Crossing System (APCS) is an advanced, AI-powered solution designed to make pedestrian crossings safer, smarter, and more efficient. Unlike traditional signal-based crossings, APCS dynamically adjusts signal timings in real-time by detecting pedestrian movement, density, and demand at intersections.
Equipped with intelligent cameras, sensors, and integration with traffic controllers, APCS ensures that pedestrians get adequate time to cross safely while maintaining smooth traffic flow for vehicles. The system also prioritizes vulnerable road users such as senior citizens, children, and differently-abled individuals by automatically extending crossing times when needed.
By combining real-time monitoring, adaptive control, and centralized management, APCS plays a critical role in reducing pedestrian accidents, improving accessibility, and supporting sustainable urban mobility.
Key Features
Uses cameras and sensors to detect pedestrians in real time at crossings
Adjusts pedestrian walk time based on real-time demand and crowd size
Coordinates pedestrian and vehicle signals to ensure safe, smooth flow
Allows both manual push-button or touchless sensor activation for added convenience
Connects with traffic control centers for real-time monitoring, analytics, and incident management
Integrates smart crossings and sensors to protect vulnerable road users
Records pedestrian flow and crossing patterns for future planning and optimization
Easily connects with third-party systems like ERP, HRMS, and incident management tools for unified workflows.
Uses smart controllers and low-power sensors, scalable for single or multiple intersections
