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DESCRIPTION:For non specialists\, Electromagnetic Pulse weapons (EMP) are fantasy weapo
 ns in science fiction movies. Interestingly\, the susceptibility of electro
 nic devices to electromagnetic interference has been advertised since the 9
 0’s. Regarding the high integration of sensors and digital systems to con
 trol power-grids\, telecom networks and automation infrastructures (e.g. Sm
 art-grids\, Industrial Control Systems)\, the intrinsic vulnerability of el
 ectronic devices to electromagnetic interference is of fundamental interest
 . In the context of IT Security\, few studies have been carried out to unde
 rstand how the effects may be a significant issue especially in the far-fie
 ld region (distance between the transmitter’s antenna and the target with
  regard to the wavelength/central frequency). Most studies in Emanation Sec
 urity (EMSEC) are related to near-field probing for side-channel and fault 
 injection attacks assuming a close physical access to the targeted devices.
  In this paper\, we propose a methodology to detect\, classify and correlat
 e the effect induced during the intentional exposure of analogue and digita
 l systems to electromagnetic interference. Applying this methodology\, the 
 implication of the effects for the IT security world will be discussed with
  regards to the attacker profile needed to set-up a given scenario. 
DTEND;TZID=Europe/Berlin:20171228T161500
DTSTAMP:20171220T105657Z
DTSTART;TZID=Europe/Berlin:20171228T151500
LAST-MODIFIED:20171220T105651Z
LOCATION:Saal Clarke
SEQUENCE:0
SUMMARY:Electromagnetic Threats for Information Security - @EMHacktivity \, José L
 opes Esteves
TRANSP:OPAQUE
UID:a39634b4-d220-4c84-bf5a-e52c375827c5@frab.cccv.de
URL;VALUE=URI:https://fahrplan.events.ccc.de/congress/2017/Fahrplan/events/8920.html
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