Design and Development of an ML/DL Attack Resistance of RC-Based PUF for IoT Security
2026-04-01T07:23:34Z•db9ccb8e815240c055a8414797483792a5d7cba1f5f47faf32ded2c499a2561e
IDSIoT-authenticationPUFRC-PUFWGAN-GPattestationbackdoor-attacksbenchmarkingdataset-condensationdataset-poisoningdifferential-privacygenerative-augmentationjailbreak-defensesmachine-learning-securitymulti-agent-systemsprivacy-guardprompt-injectionprompt-optimizationruntime-enforcementskill-securitysmall-language-modelssupply-chain-securitytoken-activation
What happened
This collection presents recent research across ML/AI and IoT security highlighting both new offensive techniques and practical defenses. Key risks: SNEAKDOOR demonstrates highly stealthy backdoor attacks tailored to distribution-matching dataset condensation (high risk to model training pipelines and downstream models); empirical studies show small LMs and multi-agent assistants remain vulnerable to jailbreaks and prompt-injection, with SafeClaw-R and GUARD-SLM proposed as runtime enforcement and token-activation defenses respectively; supply-chain threats against LLM pipelines are addressed
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_cr
- Record identifier
- db9ccb8e815240c055a8414797483792a5d7cba1f5f47faf32ded2c499a2561e
- Enrichment time
- 2026-04-01T07:23:34Z
- AI-assisted enrichment
- Yes
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