Fish in the Ocean, Not Needles in the Haystack
A mechanism-first reading of SIN-Bench, and why enterprise AI evaluation must move from answer accuracy to auditable evidence chains.
A mechanism-first reading of SIN-Bench, and why enterprise AI evaluation must move from answer accuracy to auditable evidence chains.
A mechanism-first reading of TOPODIM, a multi-agent framework that replaces chatty coordination with sparse, task-specific topology generation.
Why redundancy-driven top-k functional dependency discovery is not just faster FD mining, but a cleaner way to decide which database constraints deserve attention.
LaViT shows why multimodal models can copy answers without inheriting visual grounding, and why enterprise AI teams should audit where models look, not only what they say.
A mechanism-first reading of role-playing agents: why the future of digital humans depends less on charming prompts and more on personality models, memory, behavior control, data rights, and evaluation.
A grounded analysis of why long-context models can still fail after finding the right evidence—and what that means for AI system design.
MathDoc shows why document AI needs calibrated refusal, not just better transcription, when real exam papers are noisy, occluded, and incomplete.
A mechanism-first reading of LIBERTy, a structural-counterfactual benchmark that tests whether concept-based explanations actually track causal model behavior rather than merely producing plausible edits.
GUI-Eyes shows why GUI agents need learned active perception, not just bigger models staring harder at screenshots.
MatchTIR shows why multi-turn tool agents need fine-grained credit assignment, not just bigger models or louder final-answer rewards.