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| Fujitsu provides a highly reliable biometric authentication system based on palm vein pattern recognition technology. PalmSecure™ features industry-leading authentication accuracy with extremely low false rates, and non-intrusive and contactless reader device provides ease of use with virtually no physiological restriction for all users. The Fujitsu PalmSecure sensor uses near-infrared light to capture a person's palm vein pattern, generating a unique biometric template that is matched against pre-registered user palm vein patterns. The palm vein device can only recognize the pattern if the blood is actively flowing within the individual's veins, which means that forgery is virtually impossible. Fujitsu™ For more information contact MCS Software - Sales. | Info |
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In order to enroll students using the palm scanner, please refer to the Palm Scanning Enrollment section of this page. There is also an additional Palm Scanner Enrollment Video to enhance the written documentation. |
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| Features - Advanced biometric authentication algorithm delivers ultra-low FAR (false accept rate) and FRR (false reject rate)
- Contactless palm vein authentication is hygienic and noninvasive - No Residual Trace Technology
- Encrypted repository for template storage & enterprise level event logging capability
- PalmSecure Authentication recognized by leading International Security Bodies, including International Common Criteria and CNIL Speed and Extensibility
- Quick-start deployment across the enterprise raises security and adds value
- SDK (Software Development Kit) for organizations deploying PalmSecure technology
- Fast and easy registration with virtually no enrollment error
- Biometric integration for third party Single Sign-On (SSO) solutions with PalmSecure LOGONDIRECTOR
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For those concerned with latex allergies, the Fujitsu Palm Scanner contains no latex products in the hand guide. The material is Polycarbonate/Acrylonitrile Butadiene Styrene (PC/ABS), a commonly used plastic. |
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| Technical Specs | Supply voltage (from USB power) | 4.4 to 5.4V (Input current: up to 500mA) | | Reliability | MTBF (mean time between failure):830,000 hours for sensor only. 250,000 hours for controller only | | FAR (false accept rate) | 0.00008% | | Sensor surface material | Glass | | Palm Capture Distance | 2 inches from the surface of the sensor (+/- .5 inch) | | Outer dimensions (sensor only) | 1.37(W) x 1.37(D) x 1.06(H) inches | | Supported OS | Client: Windows® 7, XP Pro, Vista, Redhat Linux Ver. 5
Server: Windows Server 2003 and 2008, Redhat Linux Ver. 5 | | Power consumption | 2.5W or less | | Authentication response time | Less than 1 second | | FRR (false reject rate) | 0.01% | | Acoustic Noise | None | | Operating Temperature | 0°C to 60°C | | Hand Guide Material | Polycarbonate/Acrylonitrile Butadiene Styrene (PC/ABS) |
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Step 9: Place the student's hand, fingers spread open, all the way to the top of the palm guide so that the middle finger is in between the two finger dividers at the top of the guard. The webbing between the index and middle finger and the middle, right ring-finger should be touching the two finger dividers with the palm flat down. The object is to let as little light in as possible, so the infrared scanner can read the veins.
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| title | Correct Hand Placement |
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