How Niankang Rewrites Night Vision Rules

Faced with the nighttime visual pain points in the automobile and shipbuilding industries, Jiangxi Niankang Industry and Trade Co., Ltd. did not stop at simply improving brightness or stacking hardware, but used four core technologies to build a closed loop of "seeing far, clearly, and accurately.", able to collaborate ". The core of this system is a low-light full-color imaging engine, infrared multi-spectral fusion, AI intelligent computing platform, and AI digital noise reduction and overexposure prevention technology.

The core breakthrough is the low-light full-color imaging engine.The engine independently developed by Niankang is equipped with a 110° ultra-wide-angle line-scan color sensor, has a physical resolution of 4 million pixels, and can output 2K ultra-clear image quality. In a star-level extremely dark environment of 0.003 LUX-equivalent to a scene with only starlight illumination and no artificial light sources-high-definition full-color pictures can still be output in real time. For the automotive industry, this means that when driving at night, areas that cannot be illuminated by the high beam lights, that is, pedestrians, vehicles, and obstacles from 150 meters away to 500 meters, are clearly recognizable and the colors are truly restored. The driver can immediately determine whether it is a pedestrian wearing a red coat or a static roadblock in front of him, and the reaction time is extended from less than 3 seconds to more than 10 seconds. For the shipbuilding industry, the color of navigation marks, ship names and obstacles in the night channel can all be displayed in full color, completely solving the industry's stubborn problem of "visible but unclear" in traditional night vision.

The second key technology is infrared multi-spectral fusion.Niankang integrates low-light full-color images with infrared thermal imaging in real time to achieve both color and heat source. In severe weather such as dense fog, heavy rain, and dust-which is a scene with high incidence of accidents-infrared thermal imaging penetrates smoke to detect heat sources such as human bodies and vehicle engines, while low-light full-color provides color and outline details. After dual light fusion, the contrast of the presented picture far exceeds that of a single sensing solution. At the same time, the professional-grade precise temperature measurement function of-20℃ to 150℃ can identify hidden dangers such as tire overheating and abnormal engine heating, providing additional data dimensions for safety warnings of vehicles and ships. This means that the night vision system can not only "see", but also sense temperature abnormalities and detect the risk of mechanical failure in advance.

The third item is the AI intelligent computing platform.The dual-core processor provides 2TOPS AI computing power, enabling the Nian Kang night vision system to possess intelligent interaction capabilities such as target recognition and AI translation. In automotive scenarios, the system can automatically identify and label target types such as pedestrians, vehicles, and animals, and even highlight potential dangerous targets in the image; in maritime scenarios, it can assist in identifying lighthouse types and ship outlines, upgrading the "observation tool" to an "intelligent decision-making assistant". Night vision is no longer just making the night brighter, but extracting the key information from the image and directly serving driving and navigation decisions.

The fourth item is AI digital noise reduction and overexposure prevention.The AI digital noise reduction algorithm makes the picture pure and noise-free, and the full-target anti-overexposure technology ensures that the dark details are visible. Under extreme working conditions such as drastic changes in light and dark immediately entering and exiting the tunnel and direct exposure of the high beam of facing vehicles, the system can still keep the picture stable and available without being "blinded" by overexposure. This is especially important for driving at night: many accidents do not occur in complete darkness, but occur when strong light switches and alternates between light and dark.

From low-light full-color to infrared fusion, from AI recognition to overexposure prevention, Niankang Industry and Trade's technical system is not a single breakthrough, but a closed loop around real scenes. It allows night vision systems to move from "seeing" to "understanding", and from auxiliary observation to active early warning. In the next article, we will focus on applications in the automotive industry and see how this technology can equip "full-color eyes" for driving at night.