nCorium’s advanced AI-driven platform integrates data from diverse sensors—including cameras, LiDARs, and IoT devices—into a proprietary nCorium format. Using cutting-edge algorithms, it harmonizes these streams to produce a unified, high-precision view of all activity within the facility and its surroundings.
The platform uses algorithms and models for precise detection, tracking, and analysis of people and vehicles. For privacy sensitive facilities, the platform also offers anonymized insights.
Proprietary Sensor Fusion
The nCorium’s Aero software serves as a robust and adaptable foundation for developing applications across diverse operational domains. As the backbone of nCorium’s product suite, it transforms various types of raw sensor data into actionable insights, enabling smarter decision-making across industries.
Highly Scalable Architecture
Engineered with scalability at its core, the nCorium’s Aero software seamlessly supports facilities of all sizes. From small regional airports handling fewer than 5 million passengers annually to global hubs managing 100 million passengers annually, the software ensures consistent, reliable performance tailored to each airport’s unique demands.
Integrations
nCorium’s Aero integrates seamlessly with both upstream and downstream airport systems. This includes systems like Flight Information Display Systems (FIDS), Airport Operational Databases (AODB), Resource Management Systems (RMS), and Baggage Handling Systems (BHS). By combining data from these systems with sensor feeds from cameras, LiDARs, and IoT devices, it delivers a unified platform for advanced analytics. This empowers real-time collaboration across airside operations, passenger-facing tools, and security systems, helping airports streamline operations, enhance passenger experiences, and maximize existing infrastructure.
