Biometric Controllers — High Security in Tbilisi
Biometric Access Controllers are the most secure access control systems that use unique biological characteristics for identification — fingerprint, facial recognition, iris scanning, or palm vein reading in Tbilisi and throughout Georgia. This technology eliminates the risk of card loss, theft, or sharing, since biometric data is unique and impossible to copy or transfer to another person, ensuring 100% personal identification and maximum security at high-risk facilities (banks, government institutions, data centers, laboratories). LAGI offers full range of biometric controllers: fingerprint controllers (optical/capacitive sensor, 3000-10000 fingerprint database, <1s recognition time), facial recognition terminals (2D/3D algorithm, 5000-50000 face database, mask detection, temperature measurement), palm vein readers (infrared scanning, 99.99% accuracy), multimodal terminals (finger+face+card), TCP/IP network controllers, Wiegand/RS485 interfaces, integration with time attendance systems. All devices comply with GDPR data protection standards and ensure encrypted storage of biometric data.
Main Types of Biometric Controllers
- Fingerprint controllers — optical/capacitive sensor, 3000-10000 fingerprint database, <1s recognition time, FAR <0.001%, IP65 weatherproof, TCP/IP/Wiegand.
- Facial recognition terminals — 2D/3D algorithm, 5000-50000 face database, mask detection, temperature measurement (±0.3°C), 3-5m recognition distance, anti-spoofing.
- Palm vein readers — infrared scanning, 99.99% accuracy, impossible to forge, hygienic (contactless), 10000+ palm database.
- Multimodal terminals — finger+face+card+PIN combination, high security, dual verification, anti-passback, VMS integration.
- Network biometric controllers — TCP/IP Ethernet, PoE power, centralized management, real-time monitoring, cloud-based platform.
- Time attendance biometric terminals — finger/face recognition, automatic attendance tracking, Payroll integration, shift management, reporting.
FAQ — Frequently Asked Questions
Fingerprint controllers — require physical contact with sensor, cheaper, ideal for indoor use, work in any lighting, but may not work if finger is wet/damaged. Facial recognition terminals — contactless (hygienic), fast (from 1-2m distance), ideal for high-traffic locations, temperature measurement for COVID-19 screening, but more expensive and require good lighting.
Modern biometric controllers do not store your actual fingerprint or face photo. They create mathematical template — encrypted sequence of numbers that cannot be reversed back to real image. This template is stored in encrypted form (AES-256) in controller memory or central server. According to GDPR standards, biometric data is sensitive personal information and its storage requires user consent and special protection.
Modern biometric controllers use anti-spoofing technologies to prevent forgery. Fingerprint controllers — live finger detection (temperature, pulse, skin moisture), won't work with photo or silicone copy. Facial recognition — 3D liveness detection (depth camera), won't work with photo, video, or mask. Palm vein reader — infrared scanning of live veins, impossible to forge. For high-security facilities use multimodal verification (finger+face+PIN).