Data Extraction
Data extraction attacks target the information processed or memorised by AI/ML systems. They take three main forms. First, training-data extraction: large language models can memorise verbatim spans of their training corpus, and an attacker who crafts the right prompts can pull back PII, API keys, or copyrighted text — a result demonstrated against GPT-2 by Carlini et al. and reproduced against several production models. Second, model extraction: by repeatedly querying a hosted model and observing outputs, an attacker can reconstruct enough behaviour to clone proprietary fine-tunes. Third, system-prompt and conversation leakage: indirect prompt injection or insecure logging can leak the application's instructions and other users' conversations. Multi-tenant inference platforms (vLLM, Triton, hosted APIs) and RAG systems are particularly exposed. Defenses: output filtering, differential privacy in training, rate limits, and strict tenant isolation.
| Severity | CVE | Headline | Package | CVSS |
|---|---|---|---|---|
| HIGH | CVE-2026-50180 | langroid: SQL blocklist bypass leaks Postgres files | langroid | - |
| MEDIUM | CVE-2026-9557 | Mautic Focus: SSRF enables internal network recon | mautic/core | 6.4 |
| UNKNOWN | CVE-2026-54760 | Langroid: SQLChatAgent regex bypass exposes pg_read_file | langroid | - |
| MEDIUM | CVE-2026-61432 | PraisonAI: FastContext path traversal leaks host files | praisonaiagents | 5.7 |
| HIGH | GHSA-wm45-qh3g-v83f | mcp-atlassian: path traversal leaks server files+creds | mcp-atlassian | 7.7 |
| MEDIUM | GHSA-489g-7rxv-6c8q | mcp-atlassian: DNS-rebind bypass revives header SSRF | mcp-atlassian | 6.5 |
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