| CEO | JiWon JUNG, Jun HONG | ||
|---|---|---|---|
| Address | (06168) 서울시 강남구 테헤란로 501 브이플렉스 12층 | ||
| Tel | 070-5030-3009 | Homepage | https://www.morai.ai |
| Exhibits |
MORAI SIM is an advanced autonomous driving simulation platform designed to verify the safety and functionality of next-generation mobility systems, including autonomous vehicles, Urban Air Mobility (UAM), unmanned robots, and unmanned ships. It creates a highly realistic virtual environment using digital twin technology, replicating complex physical conditions, weather changes, and lighting variations over time. The platform enables the testing of autonomous driving systems through a variety of scenarios, allowing for effective performance evaluation. By modeling real traffic flows from actual vehicle data and simulating how autonomous vehicles should respond to different situations, it helps prepare systems for unforeseen events. This creates a robust foundation for testing autonomous driving scenarios in environments that closely mimic real-world conditions. MORAI Air is a specialized simulation solution for next-generation air mobility, including UAM (Urban Air Mobility) and drones, designed to validate the safety of aircraft systems in highly realistic virtual environments. It enables the testing and development of unmanned flight algorithms and scenario-based evaluations for individual aircraft. By conducting technology validation under various weather conditions, MORAI Air enhances the reliability of UAM and UAV technologies. In addition to aircraft simulation, MORAI Air provides a wide range of functionalities, including vertiport site analysis, UAM traffic control, and operational system development. Its simulation capabilities for optimizing vertiport locations are essential for maximizing the accessibility and efficiency of UAM services in urban environments. Furthermore, its traffic control and operational management features ensure safe flight operations, efficient route planning, and precise traffic management, accelerating the deployment of UAM services. |
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