Over the last two decades there has been an increase in the interest in, and uptake of, automated biometric systems. Biometrics are now commonly being integrated into a range of large and complex information communication technology systems and processes, and access to this data is becoming virtual rather than physical.
Last year, as part of improvements in the Responsible Gambling program, the Ontario Lottery and Gaming Corporation (OLG) completed the implementation of facial recognition technology utilizing Biometric Encryption techniques in most of its casino facilities [1, 2]. Biometric Encryption or BE (a.k.a. biometric template protection, biometric crypto system, fuzzy extractor, etc.) is a process that binds a digital key to, or generates a key from, a biometric so that no biometric image or template is stored.
With the shift from industrial manufacturing to knowledge creation and service delivery, the value of information and the need to manage it responsibly have grown dramatically. At the same time, rapid innovation, global competition and increasing system complexity present profound challenges for informational privacy.
Ann Cavoukian (City of Ontario, Canada),
David Vladeck (FTC Bureau of Consumer Protection),
Alexander Macgillivray (Twitter)