AI Based Crowd & People Counting Solutions
AETET provides intelligent crowd monitoring and people counting solutions powered by AI-driven analytics and real-time video processing technologies. Our systems help Government authorities, Smart Cities, transportation hubs, enterprises, and public infrastructure operators monitor occupancy levels, crowd movement, footfall patterns, and safety compliance with high accuracy and operational efficiency.
- Real-Time Footfall Monitoring
- AI Powered Occupancy Detection
- Multi-Zone Crowd Analytics
- Entry & Exit Counting Systems
- Smart Alert & Threshold Monitoring
- Centralized Dashboard Integration
Frequently Asked Questions
Our crowd intelligence systems are designed to improve public safety, operational planning, crowd management, and resource optimization across high-footfall environments using advanced AI-enabled analytics and centralized monitoring technologies.
These systems are ideal for Smart Cities, airports, railway stations, government buildings, shopping complexes, industrial campuses, event venues, educational institutions, hospitals, and public infrastructure where crowd management and occupancy visibility are essential.
The system uses advanced video analytics and AI algorithms to detect, track, and count people entering or exiting predefined zones in real time. It helps organizations analyze crowd density, movement patterns, occupancy limits, and visitor trends with high accuracy.
Yes. The solution can automatically generate alerts when occupancy thresholds or crowd density limits are exceeded, enabling faster response and proactive crowd management by security and operations teams.
Absolutely. AETET’s crowd intelligence solutions can be integrated with centralized monitoring platforms, video walls, command centres, surveillance systems, and reporting dashboards for unified operational visibility.
The system helps organizations improve safety, optimize manpower deployment, enhance visitor management, reduce congestion, analyze footfall trends, and support data-driven operational planning across large facilities and public environments.