'Self-State Attacks' New Threat: AI Agents Poisoned via Their Memory
paper web signal July 21st 2026 Schmidhuber et al. Formalize Self-State Attacks on AI Agents Free AI alerts in your inbox Email Get → TL;DR The paper names 'self-state attacks': an agent is compromised by corruption of its own memory or config files via legitimate OS system calls. The authors map the threat as a 23-cell matrix across four axes (Target, Mechanism, Granularity, Temporal) with 43 concrete file operations.
- ▪paper web signal July 21st 2026 Schmidhuber et al.
- ▪Formalize Self-State Attacks on AI Agents Free AI alerts in your inbox Email Get → TL;DR The paper names 'self-state attacks': an agent is compromised by corruption of its own memory or config files via legitimate OS system calls.
- ▪The authors map the threat as a 23-cell matrix across four axes (Target, Mechanism, Granularity, Temporal) with 43 concrete file operations.
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paper web signal July 21st 2026 Schmidhuber et al. Formalize Self-State Attacks on AI Agents Free AI alerts in your inbox Email Get → TL;DR The paper names 'self-state attacks': an agent is compromised by corruption of its own memory or config files via legitimate OS system calls. The authors map the threat as a 23-cell matrix across four axes (Target, Mechanism, Granularity, Temporal) with 43 concrete file operations. Their recommended layered defense left four attack cells 'structurally indistinguishable' at the OS level, concentrated on memory-file writes.
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Excerpt limited to ~120 words for fair-use compliance. The full article is at AI Weekly.
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