'Fingerprints And Faces Can Be Faked, But Not Brain Patterns

A market for counter-surveillance is emerging, offering a vast array of methods to protect individual information, whether by blocking, distorting, deceiving or destroying the surveillance means. Another counter-surveillance strategy is also emerging, the use of surveillance technology to control controllers. Finally, technological solutions – the so-called privacy-enhancing technologies, or PETs – have been advocated for limiting data collection, providing anonymity, and otherwise mitigating the surveillance potential of technology itself. Hardware protection is widely utilised and accepted to provide an enhanced level of security in many systems. A similar approach is employed to protect privacy. In essence, by utilising specific hardware components, certain rules could be built into the system. These rules would represent specific privacy policies and rules for system operation. Under such a system, there would be no way that a software designer could bypass the privacy policies. PETs are an expanding field of great political and scientific interest and the European Commission has made PETs a priority and has set the following objectives: 1) supporting the development of PETs; 2) supporting the use of available PETs by data controllers; and 3) encouraging consumers to use PETs, also by promoting a EU-wide system of privacy seals. Are PETs the best possible answer to technology surveillance? Could PETs pose in their turn new ethical and policy issues?

'Fingerprints And Faces Can Be Faked, But Not Brain Patterns

Postby KJacobsen on Fri Mar 12, 2010 3:41 am

'Fingerprints And Faces Can Be Faked, But Not Brain Patterns' [http://www.sciencedaily.com/releases/2009/02/090205101138.htm]

This news story from 'ScienceDaily' (6 Feb. 2009) argues that sensors that are able to identify an individuals’ brain patterns and heart rhythms could soon become part of the next generation of biometric security systems.

Now, to what extent might the developments of new technologies that using brain patterns rather than easily forgeable fingerprints to identify individuals enhance the individual's privacy by presumably diminishing the risk of identity fraud?

Are such technological solution sufficient to address the risk of privacy violations that the deployment of new biometric technologies might potentially pose to the contemporary citizen?
KJacobsen
 

Re: 'Fingerprints And Faces Can Be Faked, But Not Brain Patterns

Postby gelanyi on Mon Aug 23, 2010 8:52 am

No one replies? I support what you
gelanyi
 
Posts: 4
Joined: Tue Jul 13, 2010 4:54 am


Return to Privacy Enhancing Technologies

Who is online

Users browsing this forum: No registered users and 1 guest

cron