Core Insights - The article discusses the emergence of a "GPT moment" in the computer vision (CV) field, similar to what has been seen in natural language processing (NLP) with the introduction of large language models (LLMs) [3][16]. - It highlights the potential of Google's DeepMind's video model, Veo 3, which can perform various visual tasks using a single model, thus addressing the fragmentation issue in CV [12][24]. Group 1: Video Model Breakthrough - The paper titled "Video models are zero-shot learners and reasoners" presents a significant advancement in video models, indicating that video is not just an output format but also a medium for reasoning [17][18]. - The model utilizes a "Chain-of-Frames" (CoF) approach, allowing it to demonstrate reasoning through the generation of video frames, making the inference process visible [18][22]. - Veo 3 exhibits zero-shot capabilities, meaning it can handle 62 different visual tasks without specific training for each task, showcasing its versatility [25][26]. Group 2: Transition from NLP to CV - The transition from NLP to CV is marked by the ability of a single model to handle multiple tasks, which was previously achieved through specialized models for each task in CV [7][10]. - The article emphasizes that the fragmentation in CV has limited its advancement, as different tasks required different models, leading to high development costs and restricted generalization capabilities [10][11]. - By leveraging large-scale video and text data for generative training, Veo 3 bridges the gap between visual perception and language understanding, enabling cross-task generalization [13][15]. Group 3: Implications for Future Development - The ability of video models to perform reasoning through continuous visual changes rather than static outputs represents a paradigm shift in how visual tasks can be approached [24][25]. - This unified generative mechanism allows for the integration of various visual tasks, such as segmentation, detection, and path planning, into a single framework [24]. - The advancements in video models signal a potential revolution in the CV field, akin to the disruption caused by LLMs in NLP, suggesting a transformative impact on AI applications [28].