OpenAI introduces RobustMAD, a benchmark for evaluating multimodal small language models' real-world robustness in anomaly detection. The study reveals promising capabilities of compact models but also critical robustness gaps. RobustMAD provides actionable guidance for designing next-generation industrial inspection assistants.

OpenAI introduces a new method for detecting model distillation in large language models, raising questions about fairness and policy violations. The approach uses reference-based membership inference to identify teacher models. This breakthrough has significant implications for the AI industry, developers, and businesses.

OpenAI has launched GPT-5.6, a new family of models that promises to deliver more intelligence from every token, stronger performance per dollar, and more capability on demand. The models have been trained to get more useful work from every token and have achieved state-of-the-art results across various fields. GPT-5.6 sets a new standard for both intelligence and efficiency, outperforming previous and competing frontier models with fewer tokens and at lower estimated cost.

OpenAI introduces GPT-5.6, a groundbreaking AI model that sets new standards for intelligence and efficiency. This model achieves state-of-the-art results in various fields, outperforming previous models at lower costs. GPT-5.6 is available in three variants: Sol, Terra, and Luna, catering to different needs and budgets.

OpenAI introduces ATHENA-R1, an AI agent for treatment reasoning that outperforms language models and tool-use systems. Trained on 212 biomedical tools, ATHENA-R1 achieves 94.7% accuracy on open-ended drug reasoning and 82.9% on treatment reasoning. This breakthrough has significant implications for the healthcare industry and AI research.