Silent Sabotage During Fine-Tuning: Few-Shot Rationale Poisoning of Compact Medical LLMs

2026-03-04T19:45:48Z85b9aaf5b04ef7cecc88e48264988a379ccca4b680ce4534700b532afd38d05a
Android PendingIntentC2PA integrity clashDocker/OCIFHELLM agent securityLLM poisoningSDK authentication bypassSFT poisoningTraceGuardVA-DAR wallet recoveryZeroDay evaluationZeroDayBenchblockchain communication vulnerabilitiescomposable attestationcontainer securityfederated learningmedical AI safetymobile supply chainpost-quantum cryptographyreasoning backdoorssandbox escapespeaker impersonationsupply-chain securityvoice spoofingwatermarking

What happened

This feed aggregates multiple 2026 papers exposing high-risk attack surfaces and defenses across AI, mobile, cloud, and blockchain systems. Notable findings: (1) a fundamental Android PendingIntent provenance confusion can be exploited by notification-listener attackers to impersonate partner apps and bypass SDK authentication at scale; (2) LLM agents can identify and exploit container/sandbox vulnerabilities when present—demonstrating the need for hardened sandbox evaluations; (3) a novel few-shot rationale-poisoning attack during supervised fine-tuning stealthily degrades compact medical LLM

Why it matters

A reviewed impact interpretation has not been published for this record.

Evidence and limitations

Source ID
arxiv_cs_cr
Record identifier
85b9aaf5b04ef7cecc88e48264988a379ccca4b680ce4534700b532afd38d05a
Enrichment time
2026-03-04T19:45:48Z
AI-assisted enrichment
Yes

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