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DTSTART:20240310T030000
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DTSTAMP:20241228T213613Z
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DTSTART;TZID=America/Denver:20241024T180000
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DESCRIPTION:Side-channels pose a significant threat to cybersecurity\, as h
 ardware can inadvertently leak sensitive information\, such as cryptograph
 ic keys\, through side-channel attacks\, enabling adversaries to compromis
 e mathematically-secure encryption systems. Homomorphic encryption\, in pa
 rticular\, has emerged as a critical tool for securing sensitive data in m
 odern computing environments. As the demand for secure and privacy-preserv
 ing computation grows\, understanding and mitigating vulnerabilities withi
 n these systems becomes paramount.\nIn this talk\, Dr. Aydin will present 
 our research on single-trace side-channel analysis of homomorphic encrypti
 on\, including the first power-based side-channel attack on homomorphic en
 cryption. Dr. Aydin will also discuss additional single-trace vulnerabilit
 ies and explore proactive measures to strengthen homomorphic encryption ag
 ainst these attacks. Finally\, Dr. Aydin will touch on the impact of optim
 ization in software implementations\, providing insights into potential vu
 lnerabilities introduced by compiler optimization.\n\nSpeaker(s): Dr. Aydi
 n\, \n\nVirtual: https://events.vtools.ieee.org/m/439353
LOCATION:Virtual: https://events.vtools.ieee.org/m/439353
ORGANIZER:s.mehalingam.us@ieee.org
SEQUENCE:16
SUMMARY:Single-Trace Side-Channel Security Analysis of Homomorphic Encrypti
 on
URL;VALUE=URI:https://events.vtools.ieee.org/m/439353
X-ALT-DESC:Description: <br /><p>Side-channels pose a significant threat to
  cybersecurity\, as hardware can inadvertently leak sensitive information\
 , such as cryptographic keys\, through side-channel attacks\, enabling adv
 ersaries to compromise mathematically-secure encryption systems. Homomorph
 ic encryption\, in particular\, has emerged as a critical tool for securin
 g sensitive data in modern computing environments. As the demand for secur
 e and privacy-preserving computation grows\, understanding and mitigating 
 vulnerabilities within these systems becomes paramount.<br>In this talk\, 
 Dr. Aydin will present our research on single-trace side-channel analysis 
 of homomorphic encryption\, including the first power-based side-channel a
 ttack &nbsp\;on homomorphic encryption. Dr. Aydin will also discuss additi
 onal single-trace vulnerabilities and explore proactive measures to streng
 then homomorphic encryption against these attacks. Finally\, Dr. Aydin wil
 l touch on the impact of optimization in software implementations\, provid
 ing insights into potential vulnerabilities introduced by compiler optimiz
 ation.</p>
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