National ID
Voter Registration
e-Passport & VISA
Border Control
Financial Services
Healthcare
Social Welfare Distribution
Law Enforcement
Experience unparalleled iris capturing and matching with the Aratek IR210 binocular iris scanner. This device integrates an advanced iris recognition SDK, ensuring exceptional accuracy in iris image registration and recognition. Its ergonomic VR glasses-like design minimizes external light interference, providing optimal image quality under any conditions. The high-definition camera captures both iris images simultaneously in real-time, speeding up the process of identity verification and identification across diverse applications such as national ID, law enforcement, border control, financial services, and healthcare. The IR210 iris device seamlessly integrates into global identity management frameworks thanks to its MOSIP compliance, enhancing security and operational efficiency in all its deployments.
Equipped with a professional-grade high-definition camera and advanced iris recognition algorithms, the IR210 iris scanner swiftly captures and accurately matches dual iris images. This enhances both the accuracy and efficiency of the iris enrollment and verification processes.
Meets the standards required for MOSIP compliance, ensuring security, interoperability and reliability in digital identity management systems.
Adheres to ISO/IEC 19794-6 standard, ensuring the highest quality and interoperability for iris image data on a global scale.
The barrel design effectively prevents external light interference, ensuring consistent iris image capture quality in a variety of settings, even in fields where light conditions can vary significantly.
Designed for a seamless and user-friendly experience, minimizing the need for extensive user interaction or technical expertise during the scanning process.
Provides a robust SDK for seamless integration of iris recognition into any existing ID management system, ensuring smooth and efficient operation.
Highly Accurate and Secure for Iris Recognition
Reliable Performance in Various Environments
Operational Efficiency for Fieldwork Processes
