iCAM D2000

Simple convenient travel experience  

From curb to gate – Secure and Accurate

Iris ID’s iCAM D2000 multi-biometric system is compact, insightful, and delivers unparalleled quality biometric performance. The innovative design represents a new class of multimodal iris and face identification systems. With a flexible capture distance ranging from 50cm to 1.0m, iCAM D2000 provides an intuitive user experience while delivering high quality iris and face images for enrollment and identification. Built with the user experience in mind the iCAM D2000 is ideal for identity, travel, and access solutions.

Leveraging multi-modal biometrics is a unique feature set that sets us apart and reinforces to the industry that we are not only security focused, but also customer driven. Each solution that we put forth is thoughtful and aims to deliver modern design complemented with speed and accuracy.

Iris ID provides a robust REST API to enable all functions of the iCAM D2000. The REST API is a platform independent solution meaningit adheres to clear architectural principles, uses standard web protocols, and supports scalable, modular development.

Single Capture Biometric System

Ideal for enrollment or authentication

Product Features

Multimodal Biometric

Automatically captures dual iris and face at the same distance.

User Height Accommodation

Automatic capture range from 1.2m to 2.1m

Countermeasure for Security

A proven set of anti-spoof measures that continues to set the standard for the industry.

Installation Flexibility

The device can be used with a mounting option that can be fixed to a desk.

Enhanced Capture Range

Range 50 –100cm. Auto Zoom, Pan and Focus. High quality optics.

Intuitive User Guidance

10.1 inch high LCD display provides user feedback.

Mask Detection

The device can detect a user’s mask.

Standards Compliant

Standards Compliant Hardware and Software: CE, FCC, Eye Safety, ISO and ICAO, RoHS

Technical Specifications

Basic

Display

Audio

Camera

Illumination

External Interface

Mechanics

Capture Volume

Size

Operating Environment

Capture Volume