EyeLock NIXT3 Iris Identity Authentication System for Indoor Settings, Dual Function

Designed for secure indoor access points, the EyeLock NIXT3 Iris Identity Authentication System delivers fast, contactless biometric entry that reduces bottlenecks and raises security standards. As an EyeLock biometric reader, the NIXT3 pairs dual auto-tilt cameras for face and iris capture with a large 5" touch-screen LCD to guide users visually and audibly, improving first-time capture rates and easing operator training. The system authenticates up to 30 people per minute and stores up to 10,000 identities on-device, making it suitable for high-traffic corporate offices, healthcare facilities, and research labs. Multi-factor options (iris, card+iris, PIN+iris) and a built-in proximity reader give you flexible policy enforcement, while a robust SDK and native access-control integration simplify deployment into existing security, surveillance, and monitoring infrastructures. For health-sensitive environments, the optional iTemp infrared module provides simultaneous temperature screening during authentication, streamlining health checks without adding extra checkpoints. Choose the EyeLock NIXT3 to enhance perimeter security, accelerate throughput, and centralize identity and health monitoring—contact your integrator to configure a deployment tailored to your access control needs.

• Rapid, contactless authentication that processes up to 30 people per minute to minimize entry queues and improve throughput
• Dual face and iris auto-tilt cameras plus a large 5" touch LCD for clear visual guidance and reliable biometric capture
• Multi-factor flexibility: iris, card+iris or PIN+iris for stronger security and compliance with access control policies
• Compact indoor design with onboard storage for 10,000 users, ideal for busy lobbies, labs, and controlled workspaces
• Built-in proximity card reader and SDK support for seamless integration with existing access control, monitoring, and surveillance systems
• Optional iTemp add-on enables simultaneous infrared temperature screening for combined health monitoring and identity verification