Label Leakage Attacks in Machine Unlearning: A Parameter and Inversion-Based Approach
2026-04-10T07:23:35Z•183d45a5d6792abee33b42006cedc34c911872ee2002540817a64e768c691d9d
MCPMEVRAGRPSGTRUSTDESCblockchaincontact-networksdifferential-privacyepidemiologyfair-ordering','MEV-ACE'','post-quantum','AITH','ML-DSA','delegggenetic-algorithmgradient-attacklabel-leakagemachine-unlearningmodel-context-protocolmodel-inversionnode-level-DPpoisoning-attacksprompt-injectionretrieval-augmented-generationretriever-poisoningsupply-chain-securitysynthetic-datatool-poisoningtrusted-tool-descriptions
What happened
Collection of recent security- and privacy-focused ML/LLM papers highlighting several high-impact threats and defenses. Key findings include: (1) Label leakage in machine unlearning via parameter-difference analytics and model-inversion (white-box gradient and black-box genetic attacks) enabling recovery of forgotten classes; (2) RefineRAG — a highly effective word-level retrieval poisoning framework achieving strong transferability to black-box RAG systems; (3) tool-poisoning attack surface and TRUSTDESC — an automated pipeline to generate implementation-faithful tool descriptions to mitigate
Why it matters
A reviewed impact interpretation has not been published for this record.
Evidence and limitations
- Source ID
- arxiv_cs_cr
- Record identifier
- 183d45a5d6792abee33b42006cedc34c911872ee2002540817a64e768c691d9d
- Enrichment time
- 2026-04-10T07:23:35Z
- AI-assisted enrichment
- Yes
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