μARCHIFI: Formal Modeling and Verification Strategies for Microarchitectural Fault Injections
PaperFirst seen 7/6/2026
Last seen 7/6/2026
Evidence 7 chunks
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21 connectionsThe paper discusses VerFI as related simulation-based work.
The paper introduces the faulty transition system formalism.
The paper discusses FIVER as related work for fault injection analysis.
Damien Couroussé is listed as an author of the paper.
Karine Heydemann is listed as an author of the paper.
Mathieu Jan is listed as an author of the paper.
The paper is affiliated with CEA List.
One author (Karine Heydemann) is affiliated with Thales DIS.
The paper discusses SYNFI as related work for equivalence checking of netlists.
The paper mentions Lazart as related work for software-level fault robustness analysis.
The paper mentions ARMORY as related work for fault simulation on ARM binaries.
The paper mentions SimpliFI as related work for hardware simulation of fault attacks.
The paper mentions SAMVA as related work for multi-fault attack path analysis.
The paper mentions Cadence JasperGold as a commercial tool supporting fault injection.
The paper mentions Synopsys VC Formal as a commercial tool supporting SystemVerilog Assertions.
The paper mentions Siemens QuestaVerify as a commercial tool supporting SystemVerilog Assertions.
The paper references nuXmv as a symbolic model checker.
The paper introduces μARCHIFI as a new open-source tool for formal modeling and verification of microarchitectural fault injections.
The paper introduces a complete workflow for SW/HW co-verification against fault injection.
Simon Tollec is listed as an author of the paper.
Mihail Asavoae is listed as an author of the paper.