The iCAM D2000 face and iris recognition device represents a new class of iris recognition and biometric data integrated into a single device. The iCAM D2000 ophthalmometric device operates at a face-to-face distance of 0.5 to 1.0 meters, and provides a exemplary user experience while providing high-quality biometric iris imaging, facial image registration and identification. With its anthropomorphic approach to design and ease of use, the iCAM D2000 paves the way for the future of travel, access and identity.

The iCAM D2000’s unique capabilities are the result of years of research and development, drawing on the processing experience of tens of millions of people using advanced algorithms. With a high degree of automation, robust capture process, and elegant design, the iCAM D2000 ophthalmic and face recognition device provides seamless registration and identification for a wide range of next-generation applications in consumer travel border management, access control, financial services, and identity software.

With fully automatic face and iris scan backed by real-time feedback, the iCAM D2000 captures high-quality dual iris and face scans in about 2 seconds at a flexible capture distance of 50cm to 1.0m, creating an immersive experience. Attractive to users as well as being well suited to a wide range of different applications.

Compact, insightful and unmatched in biometric performance, the iCAM D2000 iris and face recognition device represents a new class of integrated face and iris identification systems. The iCAM D2000 provides an easy-to-use user experience while providing high quality images of the iris and face for registration and identification. With an emphasis on usability and dimensions, the iCAM D2000 is ideal for identity, travel and accessibility solutions.

Use cases:

• Multi-modal (Iris & Face) biometric Simultaneous Capture

• User Height Accommodation (from 1.2 m to 2.1 m)

• Countermeasure for Security

• Installation Flexibility

• Capture Range (50 ~ 100 cm)

• Intuitive User Guidance

• Mask Detection

Technical Specifications