MIPSBLEED uncovers timing leaks in L1 data cache, L1 instruction cache, and execution engine of SMT-enabled MIPS processors and demonstrates a single-trace key recovery attack on elliptic curve cryptography.
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SAILOR combines static analysis and LLM-orchestrated synthesis to automatically generate symbolic execution harnesses, discovering 379 previously unknown memory-safety vulnerabilities across 10 large open-source C/C++ projects where the strongest baseline found only 12.
Systematic review of 97 studies on breaking changes in five software ecosystems, producing a four-dimensional taxonomy, reason/impact categories, 43 detection approaches, and 66 mitigation strategies.
citing papers explorer
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MIPSBLEED: Uncovering Microarchitectural Timing Leaks in Pervasive Embedded Processors
MIPSBLEED uncovers timing leaks in L1 data cache, L1 instruction cache, and execution engine of SMT-enabled MIPS processors and demonstrates a single-trace key recovery attack on elliptic curve cryptography.
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Guiding Symbolic Execution with Static Analysis and LLMs for Vulnerability Discovery
SAILOR combines static analysis and LLM-orchestrated synthesis to automatically generate symbolic execution harnesses, discovering 379 previously unknown memory-safety vulnerabilities across 10 large open-source C/C++ projects where the strongest baseline found only 12.