모라이가 Xponential 2024에서 특별 전시 공간을 마련하고 미래 항공 모빌리티 및 국방 산업에 특화된 최신 시뮬레이션 기술을 글로벌 시장에 소개한다.
Participating in the world's largest drone exhibition Xponential 2024
Demonstrating the value of autonomous driving simulation in the future aviation industry Moray will be presenting a special exhibition space at Xponential 2024 to introduce the latest simulation technologies specialized for future air mobility and defense industries to the global market.
Morai announced on the 16th that it will participate in Xponential 2024, the world's largest commercial drone exhibition, held in San Diego, USA from April 22nd to April 25th.
Xponential 2024 is an international event hosted by the Association for Unmanned Vehicle Systems International (AUVSI) that shares the latest technologies and market trends in unmanned vehicles, including drones, unmanned aerial vehicles, and military unmanned vehicles.
In addition to the booth, I also participate as a session presenter.
Morai plans to present on the topic of ‘Safe and Efficient Future Urban Air Mobility Using Simulation’ to inform the value that Morai’s autonomous driving simulation provides to the future aviation industry.
MORAI's autonomous driving simulation platform, MORAI SIM, provides a highly realistic simulation and digital twin environment to test the system safety of next-generation mobility systems, including UAM (urban air traffic) and military multi-purpose unmanned vehicles.
In the field of future air mobility, UAM operation in urban areas By simulating various flight environments that may occur, the safety of the aircraft is verified, thereby preventing dangerous situations in advance.
It also provides location analysis for vertiports, which are the main infrastructure for UAM operation, and simulation functions that can be applied to UAM control and operation systems.
As UAM demonstration projects are being promoted in Korea for the commercialization of UAM by 2025, the simulation function for selecting the optimal location of vertiports provided by this solution can be utilized to secure accessibility and efficiency of UAM services in urban environments.
In addition, UAM control and operation functions are expected to accelerate the realization of UAM services by enabling safe aircraft operation, efficient route design, and traffic management.
In the defense field, it can be used to verify autonomous weapon systems and develop complex scenarios.
The platform is ideal for extensively testing operational scenarios for multi-purpose unmanned military vehicles and enhancing strategic capabilities.
It supports military unmanned vehicles to test their performance in various off-road environments. It precisely models diverse terrains, including unpaved roads and mountainous terrain, and helps optimize performance under extreme conditions that UGVs (unmanned ground vehicles) may face.
“Simulation is the optimal solution to help quickly commercialize next-generation mobility such as UAM, and Morai helps companies in the UAM, drone, and defense industries test unmanned mobility systems safely and efficiently and prepare for service operation,” said Jeong Ji-won, CEO of Morai. “Through this event, we expect to widely publicize Morai’s simulation technology capabilities to companies in the UAM, drone, and defense industries based on our capabilities in the autonomous vehicle industry and create opportunities for collaboration.”