Control, Alt, Generate: Why AI Needs Control Surfaces, Not Bigger Prompts
Two distant-looking papers show the same production lesson: generative AI becomes useful when teams can measure, constrain, and localise the behaviour that actually matters.
Two distant-looking papers show the same production lesson: generative AI becomes useful when teams can measure, constrain, and localise the behaviour that actually matters.
HetScene shows why dense 3D indoor generation improves when AI separates room structure from local object placement instead of treating every object as the same kind of token.
CoEval shows how task-specific LLM evaluation can become renewable, contamination-resistant, and less dependent on a single judge model.
A mechanism-first reading of counterfactual localization, a method for finding when model reasoning shifts toward deception before the final answer exists.
Two new arXiv papers show why production AI improves when scarce training budget is routed toward informative difficulty, not spread evenly across convenient data.
A cross-paper analysis of why production AI reliability depends on structured evidence, calibrated uncertainty, and consequence-aware evaluation—not bigger models staring harder at raw inputs.
A mechanism-first reading of MARS, a CASTLE Challenge system showing why long-horizon multimodal AI needs selective evidence control more than brute-force context stuffing.
A mechanism-first reading of Guide, a generative auto-bidding system that pairs exploratory Decision Transformers with conservative fallback actions and value-based selection.
A mechanism-first reading of H-CSC, a protocol that separates what AI agents decide from what kind of agreement their decision can honestly claim.
A practical framework for understanding why scalable AI infrastructure depends on finding the smallest useful control surface, not duplicating or inspecting everything.