Privacy by design solutions for biometric one-to-many identification systems [electronic resource] / Ann Cavoukian, Alex Stoianov.


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DC Title
Privacy by design solutions for biometric one-to-many identification systems [electronic resource] / Ann Cavoukian, Alex Stoianov.
Jurisdiction
Ontario
Language
English
DC Date
DC Creator
Ontario.Office of the Information and Privacy Commissioner
Cavoukian, Ann,1952-
Stoianov, Alex.
DC Publisher
Toronto : Information and Privacy Commissioner,
ID
ONT327359
DC Type
software, multimedia
Bibtype
m
DC Description
"In this paper, we apply a Privacy by Design approach to exploring new ideas and solutions that can lead to deployment of privacy-protective and secure biometric one-to-many systems. We showed that new advances in Biometric Encryption (BE) can be complemented with other innovative solutions, such as Cryptographically Secure Biometric Architectures and Biometric Setbase/Weak Links. We presented a case study of the first BE application using facial recognition in a watch list scenario at the Ontario Lottery and Gaming Corporation. We proposed a cryptographically secure architecture for a one-to-many system using Blum-Goldwasser cryptosystem. In our opinion, these solutions can be combined with each other in the application specific context in order to create a one-to-many system that addresses privacy, security and functionality issues, all the hallmarks of a Privacy by Design approach."-- The Commissioner's website.
"IPC Technical Report"--Cover.
Includes bibliographical references.
"In this paper, we apply a Privacy by Design approach to exploring new ideas and solutions that can lead to deployment of privacy-protective and secure biometric one-to-many systems. We showed that new advances in Biometric Encryption (BE) can be complemented with other innovative solutions, such as Cryptographically Secure Biometric Architectures and Biometric Setbase/Weak Links. We presented a case study of the first BE application using facial recognition in a watch list scenario at the Ontario Lottery and Gaming Corporation. We proposed a cryptographically secure architecture for a one-to-many system using Blum-Goldwasser cryptosystem. In our opinion, these solutions can be combined with each other in the application specific context in order to create a one-to-many system that addresses privacy, security and functionality issues, all the hallmarks of a Privacy by Design approach."-- The Commissioner's website.
gr-140623
null
DC Subject
Biometric identification.
Privacy, Right of.
Data encryption (Computer science)
DC Identifiers
https://collections.ola.org/mon/28006/327359.pdf