Catch Me If You Can, Agent: Benchmarking AI That Learns to Look Safe
A practical reading of ESRRSim, a taxonomy-driven framework for testing whether agentic AI systems can deceive, game evaluations, or manipulate oversight.
A practical reading of ESRRSim, a taxonomy-driven framework for testing whether agentic AI systems can deceive, game evaluations, or manipulate oversight.
A control-theoretic reading of why iterative LLM self-correction often degrades results—and how businesses should decide when to let agents revise themselves.
A practical reading of CognitiveTwin, a multi-modal digital twin framework for forecasting Alzheimer’s cognitive decline under missing data, fairness, and clinical deployment pressure.
A business-focused reading of background temperature: a practical metric for measuring hidden randomness in LLM inference stacks, even when temperature is set to zero.
A practical reading of hybrid ABPMS process frames: how autonomous business systems can stay flexible without dissolving into procedural fog.
A practical reading of OneManCompany and why enterprise AI agents need organisational design, not just sharper prompts and shinier tools.
AgentSearchBench shows why finding the right AI agent requires execution evidence, not just pretty descriptions.
A practical reading of the Superminds Test paper: why agent scale does not automatically become collective intelligence, and what businesses should engineer instead.
A practical reading of QuantClaw, a task-aware precision routing method that cuts agent cost and latency without treating every workflow like disposable arithmetic.
A practical look at why symbolic answer checking undercounts LLM math ability, and why LLM-as-a-judge evaluation may be the less brittle verifier for benchmarks, rewards, and enterprise AI assurance.