1. Service groups

a. UAV load

For complex operation scenarios such as daytime, nighttime, and low light, it provides full process support from algorithm tuning, parameter calibration to software and hardware integration. By optimizing ISP image processing, strengthening low-light-level signal acquisition and noise suppression capabilities, high-definition full-color imaging without supplementary light is realized, which is suitable for unmanned aerial vehicle operation requirements such as security inspection, emergency search and rescue, and power mapping. At the same time, lightweight algorithm transplantation and load compatibility debugging are provided to help unmanned aerial vehicles break through night operation restrictions.

B. Rail transit

For tunnel access, track lines, vehicles, key parts inspection and other scenarios, provide a full-process solution from hardware adaptation, structural design, software design, algorithm tuning to system integration. Ensure all-weather, high-precision and safe operation and maintenance of rail transit, and improve the efficiency of emergency response.

c. Sleep health monitoring

According to the demand of non-disturbing monitoring at night, high-definition full-color imaging without light supplement in 0.001Lux extremely low light environment is realized, and behavioral characteristics such as sleep posture and turning frequency are accurately captured. Support customized interface to seamlessly connect with sleep monitoring terminal and health management platform, provide privacy desensitization, data encryption and lightweight algorithm transplantation services, give consideration to monitoring accuracy and sleep comfort, and help build a senseless and intelligent sleep health management system.

D, pan-body intelligence class

Aiming at the all-weather operation scenes of intelligent bodies such as humanoid robots and cooperative robotic arms, accurately capture the three-dimensional structure of the environment, object details and human body action characteristics; Support seamless docking with binocular depth camera and motion control module, provide lightweight algorithm transplantation and multi-sensor data fusion debugging services, improve the perception accuracy and interaction stability of intelligent bodies in complex low light environment, and help physical intelligent devices break through the illumination limit, realize all-weather autonomous operation.

2. Customized design

a, hardware design: hardware development one-stop service, focusing on industry scene depth adaptation, providing from sensor selection, lens customization, core computing module integration to structural design of the full link services.

B, structural design: senior ID design team, with users as the core, to provide appearance modeling, material technology, interface layout, installation structure full-dimensional customization, accurate matching scene integration and brand differentiation of industrial design solutions.

C, software development: with mainstream SoC platform solution adaptation capabilities, to provide driver adaptation, algorithm migration, function debugging, system optimization of the whole process services, customized intelligent identification, data processing, protocol docking and other functions, to help hardware efficient landing scene application.

d, AI-ISP image tuning: relying on deep learning algorithm and user segmentation scene requirements, for dark light, backlight, strong light and other complex lighting environment, to achieve automatic white balance, high dynamic range expansion, AI noise reduction, detail enhancement of intelligent, high frame rate, depth vision and other collaborative optimization. The tuning parameters can be customized according to the needs of different scenes, greatly improving image clarity, color reproduction and target recognition accuracy, and building a high-quality imaging foundation for the visual perception system.

3. User value

B. 7 x 24 hours operation, beyond the limits of human visual perception.

C. rapid response alarm mechanism, the first time to respond to customer needs.

d professional service team to ensure the professionalism and standardization of product design.

E. high accuracy and professional qualification certification, enhance the trust of users.