Discovering stable neuron behavior across entire domains remains a challenge in mechanistic interpretability. Existing methods often rely on instance-level point estimates or computationally expensive procedures, which either obscure population-level variability or limit scalable domain-wide analysis. We present RACE (Residual Alignment for Consistency Estimation), a forward-pass statistical framework that evaluates the domain-wide functional consistency of Transformer neurons. Compared with gradient-based point estimates, RACE produces neuron rankings that yield more domain-specific effects under perturbation. Token-distribution shifts support the connection between the selected neurons and the target domain, while scoring requires roughly one-hundredth of the computational overhead of the gradient-based methods. Code is available at https://github.com/Nexround/RACE.

Rubric generation improves the interpretability and actionability of large language model evaluation, but in online-to-offline (O2O) local-life AI search, user queries often reflect more complex needs, such as consumption intent, location constraints, and scenario preferences. Directly generating rubrics from a single query tends to produce generic criteria that fail to satisfy AI search evaluation needs, while leveraging candidate responses, preference samples, or external evidence at scale remains challenging. To address these limitations, we propose Category-Aware Rubric Generation (CaRG), a category-aware evaluation dimension candidate pool framework. Through embedding-based clustering, representative selection, and iterative LLM-based consolidation, CaRG constructs reusable candidate pools of both general and category-specific evaluation dimensions from representative historical queries. Subsequently, these candidate pools are leveraged to generate query-level rubrics with concrete positive and negative scoring criteria for target queries. Experimental results demonstrate that CaRG consistently outperforms Direct-Rubric and shows more stable overall quality than existing query-only baselines, while achieving the strongest overall agreement with production golden rubric rankings. Our repository is available at https://github.com/PlussLe/CaRG.