Multispectral AI
Multispectral AI technology refers to the integration of multispectral signal acquisition including ultraviolet, infrared, and visible light with perception, spectral modelling, and intelligent computing into a unified system. It enables on-device closed-loop processing from data capture to preliminary reasoning, offering ultra-wide spectral sensing and high sensitivity, while also supporting cloud-based services for centralised model training, data aggregation, and remote optimisation.
Multispectral AI
Our multispectral perception-computing integration technology integrates the accurate capture of multispectral signals (covering ultraviolet, infrared, and visible spectra) with spectral fusion,real-time processing, and AI-driven analysis capabilities directly at the device level. This technology is mainly integrated into Multispectral AI Modules and Multispectral AI Perception Terminals, and contributes to "optics-sensor-imaging-computing" part of our technology architecture, as specified below:
Key Features
Multispectral Sensing Capabilities
Capabilities simultaneously capture, process, and analyse multispectral data across multiple spectral bands.
Multispectral Sensing Capabilities
Capabilities simultaneously capture, process, and analyse multispectral data across multiple spectral bands.
Enhanced Accuracy in Data Recognition and Analysis
Our AI algorithms enable precise data analysis in complex environments.
Enhanced Accuracy in Data Recognition and Analysis
Our AI algorithms enable precise data analysis in complex environments.
Real-Time Processing and Decision-Making
Our AI technologies complete the entire process of data capture, spectral fusion to on-device reasoning and output generation.
Real-Time Processing and Decision-Making
Our AI technologies complete the entire process of data capture, spectral fusion to on-device reasoning and output generation.
Advanced Technologies with Significant Application Potential
Within a hybrid framework blending on-device and cloud-based elements，these models find wide application in emerging domains.
Advanced Technologies with Significant Application Potential
Within a hybrid framework blending on-device and cloud-based elements，these models find wide application in emerging domains.