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Welcome and Opening remarks |
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| Keynote I
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Persistent Fault Analysis: The Persistent Threat
Shivam Bhasin
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| Session 1 – FAULT ATTACKS ON SW AND HW DEVICES
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A single-trace fault injection attack on hedged module lattice digital signature algorithm (ML-DSA)
Sönke Jendral, John Preuß Mattsson and Elena Dubrova |
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Fault injection attacks exploiting high voltage pulsing over Si-substrate backside of IC chips
Yusuke Hayashi, Rikuu Hasegawa, Takuya Wadatsumi, Kazuki Monta, Takuji Miki and Makoto Nagata |
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Improving CPU fault injection simulations: insights from RTL to instruction-level models
Jasper van Woudenberg, Rajesh Velegalati, Cees-Bart Breunesse and Dennis Vermoen |
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| Keynote II
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Fault Tolerance of Encrypted Memory: Crash Consistency Problem and Secure Recovery
Rei Ueno
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| Session 2 – FAULT ATTACK MODELS AND COUNTERMEASURE (short papers)
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Switch-glitch - location of fault injection sweet spots by electromagnetic emanation
Matthias Probst, Michael Gruber, Manuel Brosch, Tim Music and Georg Sigl |
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MAYo or MAY-not: exploring implementation security of the post-quantum signature scheme MAYO against physical attacks
Thomas Aulbach, Soundes Marzougui, Vincent Quentin Ulitzsch and Jean-Pierre Seifert |
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| Session 3 – Fault Injection Analysis and Tools
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FaultyGarble: fault attack on secure multiparty neural network inference
Mohammad Hashemi, Dev Mehta, Kyle Mitard, Shahin Tajik and Fatemeh Ganji |
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PoP DRAM: a new EMFI approach based on EM-induced glitches on SoC
Clément Fanjas, Simon Pontié, Driss Aboulkassimi and Jessy Clédierè |
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Closing remarks and Farewell |
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