Yes, currently pedestrian recognition and vehicle detection alarms have been implemented, mainly through software image comparison based on target features to achieve related functions.

The application of infrared thermal imaging in driving assistance has evolved from tank night vision devices. In the 1950s, in order to improve the nighttime maneuverability of tanks, people installed equipment and instruments with night vision capabilities on tanks, allowing them to move freely at night.

Due to its ability to detect infrared radiation beyond the visual range of the human eye, infrared systems have a wide range of applications in the automotive industry. Previously, due to high prices, it was mainly used in the military field, such as tanks and armored transport vehicles, radar vehicles, and so on. With the advancement of technology, the popularization of the market, and the decreasing prices, it has become possible for ordinary civilian vehicles to have onboard infrared sensing capabilities.

Yes, and not only that. In addition to having the ability to see objects at night, our products can also alert pedestrians and vehicles in front of the vehicle that are at risk of collision in adverse weather conditions and when the driver's line of sight is poor, providing assistance to the driver.

Our infrared thermal imaging intelligent driving system has advanced auxiliary driving functions such as pedestrian and vehicle detection and alarm, which can effectively adapt to complex road conditions such as night, fog, haze, strong light and glare. It can effectively solve the pain points of visible light cameras, millimeter wave and laser radar sensors that may fail in certain specific situations in current intelligent driving solutions. Realize all-weather visibility enhancement, greatly improving road safety.

The application of infrared thermal imaging in driving assistance has evolved from tank night vision devices. In the 1950s, in order to improve the nighttime maneuverability of tanks, people installed equipment and instruments with night vision capabilities on tanks, allowing them to move freely at night.

Due to its ability to detect infrared radiation beyond the visual range of the human eye, infrared systems have a wide range of applications in the automotive industry. Previously, due to high prices, it was mainly used in the military field, such as tanks and armored transport vehicles, radar vehicles, and so on. With the advancement of technology, the popularization of the market, and the decreasing prices, it has become possible for ordinary civilian vehicles to have onboard infrared sensing capabilities.

The application of infrared thermal imaging in driving assistance has evolved from tank night vision devices. In the 1950s, in order to improve the nighttime maneuverability of tanks, people installed equipment and instruments with night vision capabilities on tanks, allowing them to move freely at night.

Due to its ability to detect infrared radiation beyond the visual range of the human eye, infrared systems have a wide range of applications in the automotive industry. Previously, due to high prices, it was mainly used in the military field, such as tanks and armored transport vehicles, radar vehicles, and so on. With the advancement of technology, the popularization of the market, and the decreasing prices, it has become possible for ordinary civilian vehicles to have onboard infrared sensing capabilities.

Infrared thermography is the use of infrared radiation characteristic images formed by the temperature or radiation differences between the target and the background or various parts of the target to discover and identify targets.