Strained coherence flagged by Claude judge on 44 coding trajectories predicts failure (94% vs 46%, p=0.003), with partial replication on second model.
Trajad: Trajectory anomaly detection for trustworthy llm agents.arXiv preprint arXiv:2602.06443, 2026
4 Pith papers cite this work. Polarity classification is still indexing.
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UNVERDICTED 4representative citing papers
OpenClawBench annotates 31,264 agent trajectories to show that roughly 9% of task-successful executions contain measurable process anomalies, and a fine-tuned detector reaches F1 0.729 on held-out data.
ProjGuard monitors agent trajectories with low-dimensional projections to cut unsafe actions from 16% to 3% and raise task completion from 59% to 65% on OS-Harm.
Content embeddings from SBERT enable AUROC above 0.89 for attack detection in MCP tool-call sessions, with tree ensembles on pooled embeddings reaching 0.975 and outperforming GNNs when using task-stratified splits instead of random ones.
citing papers explorer
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Strained Coherence: A Pre-Failure Signal in Coding Agent Execution Trajectories
Strained coherence flagged by Claude judge on 44 coding trajectories predicts failure (94% vs 46%, p=0.003), with partial replication on second model.
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OpenClawBench: Benchmarking Process-side Anomalies in Real-world Agent Execution Trajectories
OpenClawBench annotates 31,264 agent trajectories to show that roughly 9% of task-successful executions contain measurable process anomalies, and a fine-tuned detector reaches F1 0.729 on held-out data.
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ProjGuard: Safety Monitoring for Computer-Use Agents via Low-Dimensional Projections
ProjGuard monitors agent trajectories with low-dimensional projections to cut unsafe actions from 16% to 3% and raise task completion from 59% to 65% on OS-Harm.
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Content-Aware Attack Detection in LLM Agent Tool-Call Traffic: An Empirical Study of Features, Architectures, and Evaluation Protocols
Content embeddings from SBERT enable AUROC above 0.89 for attack detection in MCP tool-call sessions, with tree ensembles on pooled embeddings reaching 0.975 and outperforming GNNs when using task-stratified splits instead of random ones.