AI, biometrics, RFID, and identity technologies organized for faster discovery.
Access Tech
Hardware
AI Engine
Vision AI
Compact and precise capacitive FAP10 fingerprint scanner engineered for installations where space is limited but security is non-negotiable - 500 DPI, IP67-rated platen, and FBI PIV certified quality.
MARC10 delivers advanced capacitive fingerprint sensing in a slick 58*33*11mm footprint - combining scratch-resistant surface with FBI PIV image quality.
Exceptional ridge detail capture from a 12.8*18mm platen area. Delivers high-quality images even from fingers with worn, aged, or dry skin conditions, ensuring reliable enrollment and verification.
Guaranteed image quality that meets federal identity standards (Mobile ID FAP10). Features an IP67 water and dust protected platen area for durability in various environments.
NIST-quality-aware auto capture completes the placement-to-template cycle in under 2 seconds. Built-in quality checking rejects poor images before they reach the backend.
Ultra-slim form factor fits inside thin terminals and kiosk panels. Standard USB 2.0 interface provides power and communication over a single cable without external supply.
WHQL-certified drivers for Windows, plus full support for Linux and Android. Outputs in ISO 19794-2/4 and WSQ3.1 formats, compatible with all major biometric middleware.
Scratch-resistant capacitive surface maintains consistent image quality across millions of scans. Engineered for high-speed identification with extremely low false-acceptance rates.
MARC10's compact form and high precision make it ideal for space-constrained deployments.
Miniaturized capacitive sensor embeds directly into turnstiles and door locks for secure, spoof-resistant fingerprint entry.
Embedded in government kiosks for real-time Aadhaar UIDAI verification, eKYC, and citizen authentication.
High-speed identification and low FAR makes MARC10 suitable for reliable employee attendance terminals.
Our specialists will help you integrate MARC10 into your access control or identity system.