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SUMMARY:Detecting Spies in Sensor-Rich Environments using Cyber-Physical C
 orrelation - Brent Lagesse\, University of Washington Bothell (visiting Ca
 mbridge as a Fulbright Scholar)
DTSTART:20180522T130000Z
DTEND:20180522T140000Z
UID:TALK105754@talks.cam.ac.uk
CONTACT:Alexander Vetterl
DESCRIPTION:The emerging ubiquity of devices with monitoring capabilities 
 has resulted in a growing privacy concerns.  This work addresses the chall
 enge of automatically identifying devices that are streaming privacy-intru
 ding information about a user.  The work includes a framework for inducing
  a signal in the physical world and then detecting its digital footprint w
 hen devices are monitoring the user.  The approach only requires the user 
 to have a device with the ability to enter into network monitor mode.  The
  techniques described work regardless of if the camera uses encryption or 
 is even on the same network as the device.  The effectiveness of this appr
 oach has been demonstrated through analyzing over 15 hours of network traf
 fic.  The technique detected over 90% of the hidden cameras across a varie
 ty of physical environments while producing less than 6% false positives w
 ithin 30 seconds of the camera beginning to stream recordings\n\n* http://
 www.brentlagesse.net\n* https://faculty.washington.edu/lagesse/publication
 s/HiddenSensorDetection.pdf
LOCATION:LT2\, Computer Laboratory\, William Gates Building
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