CUVIS Spectral Software
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CUVIS Software is the core platform behind our hyperspectral imaging solutions, designed to deliver advanced imaging performance with a simple, intuitive user experience. Built for both research and industrial applications, it streamlines complex hyperspectral imaging workflows while enabling fast, accurate data acquisition and real-time analysis.
With CUVIS, users gain full control over imaging parameters, calibration, and data processing, allowing for precise, repeatable, and efficient results. Whether used in laboratory research, field testing, or industrial inspection, CUVIS Software empowers users to optimize hyperspectral imaging workflows from capture to analysis.
Specifications:
Customizable Settings: Adjust key hyperspectral imaging parameters such as integration time with auto-exposure and frame rate control to optimize performance for any application.
White & Dark Current Referencing: Ensure accurate, low-noise data with built-in white and dark current correction for reliable, calibrated results.
Multiple Operating Modes: Capture data in video mode for continuous monitoring, single-shot mode for precision measurements, or external trigger mode for UAV and automated systems.
Distance Calibration: Exclusive to light field cameras, this feature improves focus and alignment without relay optics across all configurations.
RGB
CIR
hNDVI
CUVIS also enables real-time hyperspectral data classification using live analysis tools such as the Spectral Angle Mapper (SAM), allowing immediate spectral identification and material categorization during data acquisition. This capability highlights the foundation of advanced AI-driven hyperspectral analysis and previews the upcoming CUVIS.ai platform for automated, intelligent spectral interpretation.
Why Choose CUVIS Software
Advanced Hyperspectral Imaging Functionality: CUVIS supports the full imaging workflow, from precise data acquisition to real-time spectral classification and analysis tools, enabling high-performance hyperspectral imaging applications.
User-Friendly Interface: Designed for ease of use, CUVIS features an intuitive interface and streamlined controls that simplify complex hyperspectral imaging processes for both research and industrial users.
Highly Customizable Platform: With plugin support, adjustable imaging parameters, and SDK access, CUVIS offers flexible integration for a wide range of hyperspectral imaging systems and applications.
AI-Ready Architecture: Built for the future of hyperspectral imaging, CUVIS is designed to support AI-powered analysis, automation, and next-generation spectral intelligence tools.