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  • [Domestic] DIGITAL IMAGE BASED SYSTEM AND METHOD FOR ANALYSING AIRCRAFT ON FINAL APPROACH SEGMENT APPLYING AI

  • [Domestic] 3D VISUALIZATION METHOD BASED ON DIGITAL TWIN TECHNOLOGY TO MANAGE URBAN AIR MOBILITY SUBSTANTIATION

  • [Oversea] LANDING GUIDE SYSTEM USING ENERGY ANALYSIS OF UAM AIR VEHICLE

  • [Domestic] CAMERA MODULE

  • [Domestic] REMOTE CONTROL INTEGRATED SUPPORT SYSTEM

  • Aircraft final approach angle display system
  • Horizontal deviation display system
  • Aircraft final approach remote monitoring status system
  • Aircraft take-off and landing site weather information collection system
  • UAM horizontal deviation system
  • UAM final approach remote monitoring status system
  • UAM verification route airspace analysis and design automation system
  • AI(Artificial Intelligence) based aircraft tracking and trace display system for detecting UAM(Urban Air Mobility) abnormal approach
  • AI based warning system for detecting UAM abnormal approach
  • AI based aircraft position inference system for detecting UAM abnormal approach
  • AI based corridor design and demonstration system for detecting UAM abnormal approach
  • AI based UAM abnormal approach information collection and processing system


Tel : +82) 32-831-0910

Fax : +82) 32-831-0970

Email : rudasys@rudasys.com

Address: Room#531, IIACI Building, 36 Gaetbeol-ro, Yeonsu-gu, Incheon, Republic of Korea