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The Biogy fingerprint smart card chip provides a complete fingerprint authentication solution. It acquires, extracts, stores and matches all fingerprint information on a single chip. This facilitates system implementation and deployment by enabling a new class of biometric smart cards that can operate on any standard smart card reader. Furthermore, no fingerprint information ever leaves the Biogy fingerprint smart card chip, even during enrollment. This eliminates the many common problems of current biometric systems: privacy and legal issues; the insecurity, cost and maintenance of storing encrypted fingerprint templates on a backend database; and interoperability problems between different authentication systems.
Since fingerprint images are acquired, processed, stored and matched all on the smart card chip, the biometric data can not be compromised or stolen. Fingerprint enrollment occurs on the smart card chip; it does not require any external computing. Theft of your biometric information is the worst type of identity theft since it is immutable unlike a lost credit card where you can apply for a new one. Once your biometric prints are stolen, they are lost forever.
Biogy fingerprint authentication occurs on the smart card chip in under 1.0 seconds with an accuracy of 1 in 100,000 FAR at an FRR of less than .1% for a single stored user. Accuracy tests were obtained from fingerprint images provided by leading sensor manufacturers.
BFPSC-07 Features
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No external software or memory required.
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Setup, acquisition, extraction & matching functions all execute on a smart card chip requiring no more than 24K of RAM. (Patents Pending).
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No fingerprint information ever leaves the embedded smart card chip.
(Patents Pending).
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Fingerprint templates are encrypted on the smart card chip with a scattered key.
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360 degree rotation of finger placement.
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Image computation helps prevent sensor tampering.
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Supports standard PKI protocols with all private keys securely stored on chip.
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Cryptography key generation - 256, 512, 1024, 2048, 4096 bits - derived from fingerprint information. (Patents Pending).
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Biometric One-Time Passcodes enable secure portable Identity Authentication.
(Patents Pending).
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Non-time based One-Time Passcodes enable power to be completely shut off.
(Patents Pending).
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Fully embedded smart card chip enables standalone smart card solutions for applications such as physical locks and universal keys.
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Fully embedded chip enables custom applications completed in < 8 weeks.
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Optional LCD interface improves usability and enables OTPs for legacy systems.
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