PowerFuzz substitutes power traces for instrumentation to guide black-box firmware fuzzing, reaching branch coverage within 13.5% of gray-box methods and up to 22% better than prior black-box fuzzers on ten benchmarks across three platforms.
IoT connected devices worldwide 2025–2034
5 Pith papers cite this work. Polarity classification is still indexing.
5
Pith papers citing it
years
2026 5verdicts
UNVERDICTED 5representative citing papers
MeshGuard is a framework that brings MUD access control to large-scale Thread IoT networks with any number of border routers via MLE extensions and SDN.
Large-scale study on 60k firmware shows vulnerable function versions, search space, function sizes and compilation toolchains affect BCSD performance; build-aware queries raise MRR from 0.818 to 0.981 and TPL-aware two-stage search improves it by 18.5%.
BYOT-CPS is a hybrid cyber-physical testbed that integrates real IoT hardware with GNS3 virtual networks to support realistic IoT security experimentation and vendor-neutral platform assessment.
SORAMAME app uses smartphone CMOS sensors for cosmic ray detection and reports altitude/latitude flux variations consistent with geomagnetic shielding from in-flight and Raspberry Pi tests.
citing papers explorer
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PowerFuzz: Power-Based Black-Box Firmware Fuzzing
PowerFuzz substitutes power traces for instrumentation to guide black-box firmware fuzzing, reaching branch coverage within 13.5% of gray-box methods and up to 22% better than prior black-box fuzzers on ten benchmarks across three platforms.
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MeshGuard: MUD-Based Network Access Control for Large-Scale Thread-Powered IoT Networks
MeshGuard is a framework that brings MUD access control to large-scale Thread IoT networks with any number of border routers via MLE extensions and SDN.
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Understanding Binary Code Similarity for Real-World Vulnerability Detection: A Large-Scale Empirical Study
Large-scale study on 60k firmware shows vulnerable function versions, search space, function sizes and compilation toolchains affect BCSD performance; build-aware queries raise MRR from 0.818 to 0.981 and TPL-aware two-stage search improves it by 18.5%.
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BYOT-CPS: A Hybrid Cyber-Physical Systems Testbed for IoT Security Assessment and Platform Evaluation
BYOT-CPS is a hybrid cyber-physical testbed that integrates real IoT hardware with GNS3 virtual networks to support realistic IoT security experimentation and vendor-neutral platform assessment.
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Development of a cosmic ray detector using CMOS sensors embedded in smartphones and Raspberry Pi devices
SORAMAME app uses smartphone CMOS sensors for cosmic ray detection and reports altitude/latitude flux variations consistent with geomagnetic shielding from in-flight and Raspberry Pi tests.