Hypernano Optics Technology develops MEMS hyperspectral sensors that provide real-time, high-resolution imaging across a full spectral range from ultraviolet to short-wave infrared. Their technology enables precise material analysis for applications in industrial testing, environmental monitoring, and smart home devices, addressing the need for efficient and accurate detection in diverse environments.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional material analysis methods often lack the speed and precision required for real-time applications across diverse environments. Existing solutions may be bulky, expensive, and unable to provide comprehensive spectral data, hindering efficient detection and analysis.
Solution
Hypernano Optics Technology provides miniaturized MEMS hyperspectral sensors that deliver real-time, high-resolution imaging across a broad spectral range, from ultraviolet to short-wave infrared. These sensors enable precise material analysis by capturing spectral information for each point in a given area, outputting hyperspectral images that reveal detailed composition and distribution. The company's technology facilitates non-destructive testing and analysis in various sectors, including industrial testing, smart home appliances, environmental monitoring, and security. Hypernano's solutions combine hyperspectral imaging with AI algorithms, allowing for scene adaptation and high analytical precision even with limited training data.
Target Audience
The primary customers include manufacturers in industrial testing, developers of smart home appliances, and organizations involved in environmental protection, security, and medical and healthcare applications.
Features
- MEMS hyperspectral sensors that are over 1000 times smaller than traditional sensors, with low power consumption and standardized mass production.
- Continuously adjustable wide spectrum and freely selectable imaging sensors.
- Full spectral coverage from ultraviolet to thermal infrared.
- Real-time online analysis with high spatial resolution and luminous flux.
- Industrial hyperspectral cameras capable of obtaining two-dimensional spectral information for each point in a region.
- Hyperspectral camera modules with structural sealing, stability assurance, and industrial-grade application capabilities.
- Hyperspectral + AI algorithms that optimize AI performance, reduce arithmetic requirements and adapt to complex application scenarios.