Long Wave Infrared (LWIR) imaging is inherently a 24-hour solution, but there are scenarios where objects are too close to thermal equilibrium with their surroundings to be detected by standard thermal imagers, or they have similar thermal profiles to natural clutter. Polarization reveals structure in low-contrast thermal scenes and highlights man-made objects that would otherwise blend in, turning low-contrast or cluttered imagery into actionable insight in real time.
Division of Focal Plane (DoFP) polarimetric filtering increases signal-to-clutter ratio, improving frame-by-frame interpretability in thermally uniform or visually complex LWIR scenes.
Polarization increases situational awareness, revealing important details that cannot be detected with standard thermal imaging.
SKYPASS GEN4 delivers next-generation GPS-independent navigation with a modular, scalable architecture. It fuses celestial and polarization-based cues to maintain reliable positioning in GPS-denied environments while improving manufacturability, reducing cost, and enabling flexible deployment across platforms.
Fuses star-field imaging, solar/lunar tracking, and sky polarization for drift-free navigation across variable conditions.
Oil sheens blend into water and are often missed. PODS uses LWIR polarization to separate oil from water so spills become clearly detectable in real time, day and night.
Pyxis Vis incorporates polarization into RGB technology in a way that increases image detail without overshadowing existing RGB imagery and allows the resulting imagery to use existing image processing libraries.
WASS enables high-resolution, cost-effective hemispherical monitoring using a stop-and-stare scan architecture.
In zero light or long range, identification breaks down. IRIS enhances imaging with a portable, highly stable, eye-safe IR illuminator to improve feature clarity and matching reliability.
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