Cai Pu Technology successfully held the technical demonstration meeting for 7-12um hyperspectral cameras, marking the beginning of a new journey of technological innovation.

At the end of 2013, Cai Cen Technology successfully held a highly anticipated technical demonstration meeting for 7 - 12um hyperspectral cameras. In this meeting, renowned experts and scholars from Zhejiang University, the Chinese Academy of Sciences, Tsinghua University, Beijing Institute of Technology, Tongji University, Hangzhou Dianzi University and China University of Metrology gathered together to jointly offer suggestions and strategies for the development of hyperspectral camera technology.

At the beginning of the meeting, Yuan Kun, the General Manager of Cai Pu Technology, took the lead in presenting a comprehensive and in-depth report on the 7 - 12um hyperspectral imaging system solution to all the attending experts. He clearly expounded the significant strategic importance of this project for Cai Pu Technology and the entire industry. Subsequently, the project team detailedly demonstrated the current progress and mid-term achievements of the project from multiple key dimensions such as optical scheme, structural scheme, embedded system scheme, image processing algorithm scheme, and testing scheme to the experts.

During the argumentation phase, the experts engaged in a rigorous and meticulous discussion on the 7 - 12um hyperspectral imaging system solution proposed by Cai Pu Technology. With their profound academic attainments and rich industry experience, the experts expressed their own viewpoints, conducted in-depth analyses from multiple aspects such as technical feasibility, innovation, and application prospects, and put forward many constructive opinions and suggestions.

To ensure the smooth progress of the project and the continuous optimization of the technology, a project technical expert committee was established at the meeting site. The committee members conducted more in-depth discussions on core contents such as the index design, scheme maturity, and test scheme of the 7 - 12um hyperspectral imaging system project. The experts unanimously believed that this project not only presents extremely high technical challenges but also has broad market application prospects, and is expected to achieve breakthrough applications in multiple fields. Among them, the potential value in the military field has attracted widespread attention.

The 7-12um hyperspectral camera technology holds irreplaceable advantages in military reconnaissance. It can simultaneously detect targets within continuous working bands, directly reflecting the spectral characteristics of the measured objects, thereby accurately differentiating the surface components and states of the targets, obtaining precise corresponding relationships between space detection information and actual ground targets, and providing key intelligence for detailed battlefield reconnaissance. In complex battlefield environments, this technology can assist military personnel in quickly identifying hidden military facilities, weapons and equipment, as well as potential threat targets.

Meanwhile, this technology can also effectively identify camouflaged targets. Based on the different spectral characteristics between the background and the camouflaged target, hyperspectral cameras can sensitively detect military equipment that has been camouflaged. By inverting the spectral characteristic curves, the composition of the target can be deduced, making it impossible for camouflaged targets hidden in various environments to remain undetected. In areas with dense vegetation, by utilizing spectral characteristics such as the red edge effect of the vegetation, green camouflaged targets hidden within can be easily identified, significantly enhancing the accuracy of military reconnaissance.

Furthermore, the airborne equipment equipped with a 7-12um hyperspectral camera can perform remote sensing operations by distinguishing most colors within a wide spectral range and with extremely high resolution. It can be used to identify, measure and track various materials and objects, including detecting weak-signal military activities and hidden obstacles, as well as identifying dangerous goods, providing comprehensive support for military operations.

At the meeting, Cai Pu Technology solemnly stated that the 7 - 12um hyperspectral camera is the company's top project for 2025, carrying great expectations. The company will spare no effort, integrate various resources, increase R&D investment, strictly control product quality, and ensure that it does not disappoint the earnest expectations of all experts. In 2025, it will successfully launch this product, adding another "national weapon" to China's hyperspectral imaging field and injecting new vitality into the development of Cai Pu.

Cai Pu Technology has been deeply engaged in the field of optical instruments. It has achieved fruitful results in the research and development of high-spectrum cameras and unmanned aerial vehicle high-spectrum measurement systems, and possesses a number of patented technologies. It has published several academic papers in renowned domestic and foreign journals. The successful holding of this technical demonstration meeting is another important milestone for Cai Pu Technology on the road of scientific and technological innovation. In the future, with the launch of 7 - 12um high-spectrum cameras, it is expected to play an important role in environmental monitoring, agricultural remote sensing, industrial inspection, and biomedicine, promoting the technological upgrading and development of related industries, and also contributing to the further enhancement of China's national defense strength in the military field.