Elevate urban management with Power AI Edge Computing & Image Analysis System (PAECIA), featuring advanced AI for real-time traffic analysis, intelligent signal control, and efficient law enforcement. Reduce congestion and enhance safety with dynamic traffic solutions while lowering maintenance costs through AI-based innovations. Ensure seamless integration and customization to meet diverse city needs. Discover a smarter, safer, and more efficient urban environment with AIMOBILE’s cutting-edge technology.
Harnessing AI for real-time data analysis, these solutions optimize traffic, public transport, and emergency responses with precision.
AI mobile systems capable of detecting traffic patterns, congestion conditions, road accidents, reversals and illegal parking will enable more efficient management and improve reliability.
Customizable for diverse urban needs and scalable for future growth, ensuring flexibility and long-term relevance.
Enhancing mobility, reducing congestion, and optimizing services for a smoother, less stressful city living experience.
Seamlessly integrating IoT devices and leveraging comprehensive data analytics to drive informed decisions and policies.
Reducing congestion through AI will minimise vehicle emissions and promote sustainability and social inclusion.
Utilizing advanced AI and computer vision, traffic detection systems monitor varieties of vehicle movements in real-time. They provide actionable insights into traffic flow, enabling efficient management of congestion and early detection of reversing and speeding.
Automated License Plate Recognition systems leverage AI to swiftly capture and interpret license plate numbers from images or video feeds. This technology streamlines processes such as toll collection, parking management, and security access, improving operational speed and accuracy.
AI-powered technology that identifies and classifies vehicle types, such as SUVs, buses, lorries, and more, from visual data. This capability enhances transportation management, aids in traffic analysis, and supports applications in urban planning and logistics optimization.
This technology can simultaneously detect pedestrians, report unauthorized entry at railroad crossings, and monitor dangerous crossings, thereby contributing to the safety of the community.
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