privacy algorithm / energy intensive aspects / backscatter imaging devices / operator software / software-based attacks / adopted advanced imaging technology / metal handgun / software version / lockable metal cabinet / backscatter imaging / metal knife / cm metal folding knife / security systems / mechanical systems / external device / implantable medical devices / imaging / malicious software / software-based privacy protections / device operator / software displays / software verification / energy / metal / reflected energy / front-end software package / metal detector / people screening systems / pattern recognition algorithm / software-based defenses / walk-through metal detector / software mediation / electrical and mechanical systems / external detector hardware / wholebody imaging / external network / forensic analysis software / manufacturing / cyberphysical systems / algorithmic image analysis software / transportation security / backscatter imaging mechanism / gun metal / metal components / nonmetallic explosive devices / metal objects / software dif9 / metal shell / software control / steel / /
OperatingSystem
MS-DOS / Microsoft Windows / /
Organization
System Control Board / U.S. Government / University of Michigan / Johns Hopkins University / US Federal Reserve / U.S. Transportation Security Administration / FDA / Department of Homeland Security / /
Person
Eric Wustrow / Chris Comfort / J. Alex Halderman / Stephen Checkoway / Eric Rescorla / Steven W. Smith / Corey Singleton / Tom Wypych / Richard Reid / /
Position
politician / servo controller / critic / reprogrammable servo motor controller / the Parker Gemini GV6 / candidate for concealment / Controller / /
Proceedings of the 23rd USENIX Security Symposium, August[removed]For further information, visit https://radsec.org/. Security Analysis of a Full-Body Scanner Keaton Mowery*, Eric Wustrow†, Tom Wypych*, Corey Singleton*