Visual Navigation

This product is an intelligent visual navigation and positioning device based on artificial intelligence technology. It acquires aerial images of the flight area via downward-looking visible light or infrared sensors mounted on aerial vehicles. Relying on visual matching algorithms and target recognition algorithms, it estimates the current position of aerial vehicles. Capable of achieving autonomous navigation, positioning and perception of aerial vehicles independent of inertial navigation, satellite navigation and other auxiliary navigation methods, the product delivers high-precision and high-reliability visual navigation and positioning functions. The product is widely applicable to unmanned and manned aerial vehicles including multi-rotor and fixed-wing aircraft, providing users with highly reliable autonomous navigation and positioning services independent of satellite navigation. It boasts the following two advantages: a) Independence from satellite signals It maintains stable operation in environments with weak, interfered or unavailable GPS signals. b) High precision and strong robustness Intelligent extraction of ground surface semantic features, multi-source feature matching and spatiotemporal optimization algorithms are integrated to ensure stable and reliable output.