AirScope | LOAS Inc.│(주)로아스

Protected by AirScope
UAV detection solutions.

AirScope is an urban drone detection system equipped with AI Square.
This solution is optimized for protecting urban and industrial facilities from unmanned aerial vehicles such as drones, low-altitude drones, and small drones in urban areas with densely packed high-rise buildings.

Low-altitude unmanned aerial vehicle (UVA) day/night detection and response system

An acoustic-based drone detection and tracking system using multi-channel microphone sensors.
AI Square (Acoustic Inspector × Artificial Intelligence), an AI-based acoustic diagnostic solution, is used in drones.
An advanced acoustic-based control system that tracks and visualizes the rotational frequency generated from motors and auxiliary rotors (propellers) in real time.
It is a next-generation low-altitude drone detection system capable of day/night detection and response in urban areas with densely populated high-rise buildings and low-altitude flights that cannot be detected by Lidar, Radar, RF scanners, etc.

In the complex city center,

Detecting invisible threats

Integrated control solution with real-time tracking and reporting from prediction to alert, protecting privacy and security in key industrial facilities
It can prevent accidents from occurring.

제약을 벗어나, 더 넓은 가능성으로.

국내외 규제에 걸림 없는 기술, 민간에서도 자유롭게 사용할 수 있습니다.

밀집된 도시에서도, 주야간을 넘나드는 감지 능력.

도심의 높은 건물 속에서도, 시간과 관계없이 감지와 대응이 가능합니다.

감지의 한계를 넘어서, 모든 비행을 실시간으로.

Lidar와 Radar의 한계를 넘어, 저공 비행과 호버링도 실시간으로 탐지합니다.

For the modern city
Smart drone detection technology

It is possible to detect changes in motion according to changes in rotation speed . It is possible to detect changes in motion according to changes in rotation speed of the main power source, such as a motor or engine and a propeller.

Learn and process frequency data for changes in motion Learn and process frequency data for changes in the drone's five movements (hovering, left-right movement, up-down).

50m 전진

제자리회전

Learn and process all frequency data generated from rotating bodies Learn and process all frequency data generated from motors and engines, gimbals of mission equipment, cooling fans, and propellers.

Development and application of an identification and classification technique suitable for the urban environment An identification and classification technique algorithm is applied according to the environmental noise in the urban area, such as cars, birds, and outdoor equipment.