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AET60

AET60 BioCARDKey


Fingerprint authentication is the best choice for highly secure applications for its accuracy, convenience and cost-effectiveness. A whole system based on this biometric technology may be expensive, complicated and difficult to maintain, but if you combine it with smart card technology, such should not be the case.

The smart card-fingerprint reader feature of the AET60 BioCARDKey makes it deployable in applications of different natures, be it online or offline, for large or small user population, etc. It is an ideal solution for a broad range of applications, including e-commerce, physical/logical access control, banking and point-of-sales transactions.

i) Better security via multi-factor authentication
Authentication is two- or three-way. The RDKey verifies something “you have” (smart card), something “you are” (fingerprint) and something “you know” (PIN/password). Users carry their fingerprint templates with them and fingerprint verification authenticates only the smart card user, neutralizing privacy concerns and security risks posed by dummy fingerprints or stolen cards. Obviously, anti-security threats are eliminated via more factors of authentication.

ii) Affordable, flexible and scalable system
By storing the encrypted fingerprint template in a smart card, matching just involves checking the live fingerprint against the stored template. Hence, in contrast to a traditional fingerprint system, a BioCARDKey-based system does not require extra provision of fingerprint algorithm, database, server, and network connectivity, lowering both setup and maintenance costs.

Fingerprint System Components
Hardware Software
Traditional Fingerprint scanner Database
Local PC 1:N fingerprint matching algorithm
Enhanced network connectivity Application software
Server  
Using AET60 BioCARDKey AET60 BioCARDKey Application software
Local PC  
Smart card  

Total cost of ownership is lower in an AET60 BioCARDKey-based fingerprint system

Complete local-site authentication implies that, under normal circumstances, a biometric system can be constructed with just three components: local PC applications (or remote server applications), any common smart cards, and the BioCARDKey. As only the front-end applications need modification or replacement, back-end system architecture remains intact, removing scalability constraints and allowing undemanding system administration and maintenance.

  Smart cards
(i.e. ACOS3-24)
AET60 BioCARDKey Local PC/Remote Server
(Where application resides)
Enrollment





(3) Encrypted template (and other user information) is written into smart card.
(1) Fingerprint image is captured from live scan.


(2) Fingerprint image is converted to template. Template is then encrypted.
Verification




(3) The stored encrypted template is retrieved from smart card and is sent to local PC.
(1) Fingerprint image is captured from live scan.


(2) Fingerprint image is converted to template.




(4) Template from smart card is decrypted.

(5) Fresh template is matched against template from smart card.

(6) Matching result is looped back to application for processing.

A simple local-site authentication process

iii) Easy application development
The BioCARDKey is compliant with the BioAPI specification, which gives way for interoperability between different software applications and biometric technologies developed by different vendors. Nevertheless, developers can do away with the complicated BioAPI specification by using ACS’s simple API. The API and software development kit – which contains demo programs, tools/utilities, sample codes and reference manual – provided by ACS lets developers integrate fingerprint authentication into smart card-based applications effortlessly without requiring them to have an in-depth knowledge of biometrics.

 AET60 Standard Features:
  • Integrated fingerprint scanner/smart card reader
  • Full-speed USB interface
  • Requires no additional power supply
  • Match-on PC – Template extraction and matching algorithms run within the local PC
  • Large active sensor size – 12.8mm x 18.0mm
  • High-resolution 508 DPI imaging
  • Utilizes CMOS active capacitive pixel sensing technology, resulting to high-quality fingerprint images in any environment
  • ISO7816 1/2/3- and PC/SC-compliant
  • Supports all microcontroller cards, with T=0 or T=1 protocols
  • Supports ISO 7816 Class A, B and C (5V, 3V and 1.8V) cards
  • Encrypted fingerprint template stored inside smart card
  • UPEK large area fingerprint sensor
  • Session key generation among smart card, BioCARDKey processor and host computer
 Typical Applications:
  • Remote electronic voting
  • Secure e-commerce
  • Secure home banking
  • Physical access
  • Computer/network access
 Technical Specifications:
Dimensions 65mm (L) x 105mm (W) x 18mm (H)
Interface USB Full-speed
Supply Voltage Regulated 5V DC
Supply Current max. 50mA
Operating Temperature 0 - 40ˇăC
CLK Frequency 4 MHz
Compliance/Certifications

ISO 7816 1/2/3, Microsoft WHQL, PC/SC, BioAPI 1.1, RoHS, CE and FCC

Operating System Support
  • Windows 98, ME, 2000, XP, 2003, Vista
 System Requirements:
  • IBM-Compatible Personal Computer with Intel 486 Processor or higher
  • Microsoft Windows 98/Me/2000/XP/Vista
  • Minimum 16MB RAM
  • Available USB port

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