Privacy engineering [electronic resource] : proactively embedding privacy, by design / Ann Cavoukian, Stuart Shapiro, R. Jason Cronk.


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DC Title
Privacy engineering [electronic resource] : proactively embedding privacy, by design / Ann Cavoukian, Stuart Shapiro, R. Jason Cronk.
Jurisdiction
Ontario
Language
DC Date
DC Creator
Ontario.Office of the Information and Privacy Commissioner
Cavoukian, Ann,1952-
Shapiro, Stuart
Cronk, R. Jason
DC Publisher
Toronto : Information and Privacy Commissioner, Ontario,
ID
ONT325821
DC Type
software, multimedia
Bibtype
m
DC Description
"This paper surveys the emerging discipline of privacy engineering. Privacy engineers require multidisciplinary knowledge and skills. To be effective, they need to have an understanding of both technical and non-technical considerations. Privacy engineers are tasked with managing risks. The paper reviews several risk models that they can adopt, some based on Fair Information Practice Principles and legal compliance, others stemming from user-centric harms and integrity of context. Privacy engineers must then apply systematic risk analyses, using tools such as privacy impact assessments, to measure and quantify identified risks. Finally, privacy engineers must design controls to mitigate those risks, including privacy-respecting architectures, effective privacy policies, and a range of data management methods including minimization, anonymization, aggregation, and the use privacy-enhancing technologies."--The Commissioner's website.
Includes bibliographical references.
"This paper surveys the emerging discipline of privacy engineering. Privacy engineers require multidisciplinary knowledge and skills. To be effective, they need to have an understanding of both technical and non-technical considerations. Privacy engineers are tasked with managing risks. The paper reviews several risk models that they can adopt, some based on Fair Information Practice Principles and legal compliance, others stemming from user-centric harms and integrity of context. Privacy engineers must then apply systematic risk analyses, using tools such as privacy impact assessments, to measure and quantify identified risks. Finally, privacy engineers must design controls to mitigate those risks, including privacy-respecting architectures, effective privacy policies, and a range of data management methods including minimization, anonymization, aggregation, and the use privacy-enhancing technologies."--The Commissioner's website.
gr-140217
rss-140214
I
2014
null