Applications

Hyperspectral Imaging

Hyperspectral imaging has emerged as a versatile technology with applications across various industries. Its ability to capture spectral fingerprints makes it indispensable for solving complex challenges and unlocking new opportunities in the following fields:

Pollution Monitoring — Real-Time Detection of Greenhouse Gases and Fine Particulates

Hyperspectral imaging identifies the unique absorption fingerprints of pollutants, enabling real-time monitoring of greenhouse gases and fine particulates. When applied in cities or industrial sites, it provides precise, actionable insights to reduce emissions, improve air quality, support climate goals and yield health benefits

Examples of use:

• Detecting CO₂, NO₂, and PM₂.₅ hotspots for urban air quality management.
• Rapidly locating industrial leaks or traffic-related emission spikes.
• Verifying mitigation measures and ensuring regulatory compliance

Color Science — High-Performance Color and Brightness Measurement

Hyperspectral imaging ensures the quality and performance of display technologies by analyzing color and luminance distribution in flat and curved displays, including automobile dashboards.

Examples of use:

• Ensuring compliance with industry standards for color measurement accuracy.
• Identifying defects like pixel burn-in or uneven brightness.
• Monitoring aging effects to predict product lifecycle performance.

Earth Observation — Real-Time Earth Monitoring for Climate and Environmental Sustainability

Hyperspectral imaging empowers Earth & Space Observation by providing persistent, high-resolution insights from the stratosphere. The technology enables continuous environmental monitoring, advances climate research, and strengthens global observation capabilities.

Examples of use:

• Tracking vegetation health, pollution transport, and greenhouse gas emissions.
• Delivering rapid imaging for disaster response, such as wildfires or floods.
• Providing real-time hyperspectral data to improve global climate and environmental monitoring systems.

Final Notes:

Hyperspectral imaging's ability to deliver precise, non-invasive, and detailed analysis makes it a game-changing technology across industries. Its applications are constantly expanding, including geology, art inspection, forensics, military surveillance, food, chemical, and pharmaceutical inspection, addressing critical needs and unlocking innovative solutions.