Multispectral System for Materials Identification
The CU Multispectral Module is a groundbreaking, autonomous imaging system for complex target detection and acquisition. The Module’s passive multispectral imaging sensors identify the distinctive spectral signatures of targets made of a variety of materials.
Sophisticated optical image-processing technologies provide real-time intelligence, enabling detection and identification of hidden or exposed targets based on their unique spectral fingerprints. Materials may be pre-defined by the operator through real-time sampling or via the module’s anomaly detection of materials.
Transforming the identification of hidden targets, working autonomously in real-time, the CU Module reveals the unseen and enables identification through the unique spectral signature of the target materials.
The system can be installed on a variety of drone types and UAVs as well as on aerial, maritime and land platforms. Meeting international standards, it is ideal for a wide range of military, search and rescue and law enforcement missions. Civilian use includes identification of environmental pollution, as well as agriculture-related activities.
How It Works
A spectral sample of the materials being sought, is uploaded to the system’s database. Using Module CU on a platform, a search is made for materials in real-time, comparing them to the sample stored in the database. When a match is discovered, the CU Module alerts the user. Comparisons can also be made on anomalies.
Unique Multispectral Imaging Technologies
High-performance spectral filters and patented software collect and map the spectral data of different materials, calculating the spectral signature of each pixel in the FOV. With superior optics, material sensing, distinctive signature extraction algorithms and lock capabilities, the CU Module can reacquire lost targets and detect and identify hidden or camouflaged targets, materials, survivors at sea, or any spectral anomalies in real-time.
