On November 18, 2025, Google officially launched Gemini 3, its most advanced AI model to date, and it’s already breaking records across the board. Developed by Google DeepMind, Gemini 3 is now ranked #1 globally for complex multimodal reasoning, outperforming competitors in image, video, and long-context understanding.
Gemini 3 introduces a groundbreaking 1 million-token context window, allowing it to process entire books, research papers, and long videos in a single pass. This leap in capacity makes it ideal for tasks like legal analysis, scientific research, and enterprise-scale automation. The model also supports seamless integration of text, code, images, audio, and video—making it a true multimodal powerhouse.
Gemini 3 Breaks New Ground in Image and Video Reasoning
According to benchmark results, Gemini 3 has achieved new highs on MMMU-Pro for image reasoning and Video MMMU for video understanding. These scores reflect its ability to interpret complex visual scenes, understand motion, and generate accurate responses across formats. Developers can now use Gemini 3 for advanced tasks like medical imaging, autonomous navigation, and video summarization.
One of the most exciting features is its ability to support 3D interactive web design. With Gemini 3, designers can generate immersive layouts, animations, and responsive elements using natural language prompts. This opens up new possibilities for web development, gaming, and virtual reality experiences.
Available Across Google’s Ecosystem
Gemini 3 is now live across Google Search, the Gemini app, Google AI Studio, Vertex AI, and the new developer platform Google Antigravity. CEO Sundar Pichai confirmed that over 13 million developers are already using Google’s generative AI tools, and the Gemini app serves 650 million monthly users.
According to BusinessWorld, Gemini 3 also includes a new Deep Think mode for scientific and analytical tasks, offering deeper reasoning and multi-step interpretation. This positions Gemini 3 as a leader in agentic AI and autonomous task execution.