Google Earth launches a new image generation function based on Nano Banana 2. Generate realistic AI scenes and historical features with one click. In the context of accelerating artificial intelligence technology to empower daily tools, Google Earth (Google Earth) recently officially launched a new image based on the Nano Banana2 model.

Google Earth launches a new image generation function based on Nano Banana 2 to generate realistic AI scenes and historical features with one click. In the context of accelerating artificial intelligence technology to empower daily tools, Google Earth (Google Earth) recently officially launched a new image generation function based on the Nano Banana2 model. By deeply integrating satellite, aerial and 3D real-life maps with generative AI, this feature allows global web users to visually reshape real-life locations directly on the map. As the highlight of this feature, users only need to zoom in to a specific target area in the web version of Google Earth, click "Create image" and enter descriptive instructions to generate a customized image based on real geographical data that fits the actual terrain in depth. This technology not only expands the boundaries of spatial visualization, but also provides new solutions for multiple industry application scenarios. In the field of education, this feature frees history teaching from the abstraction of pure text. When teachers lead students to observe world heritage sites, they enter commands such as rendering the bustling street scene of Pompeii in AD 78, and the ruins can be restored into a three-dimensional scene full of Roman Empire style with one click. At the same time, combined with the underlying search capabilities of Gemini, the system can also quickly generate intuitive information maps containing key historical causes and effects around landmark buildings. For the real estate development and urban planning industries, this technology significantly lowers the barrier to entry for early concept demonstrations. Whether it is showing customers the future vision of converting vacant land in Tokyo into a commercial complex, or simulating a modern lakeside wooden house nestled among mountains and rivers for buyers, planners only need to input specific requirements, and the system can render a high-precision 3D design effect on the original natural landforms in real time, helping the team to evaluate the plan more intuitively before starting construction. In addition, this tool also provides the public with an interesting experience that breaks the boundaries of reality. Users can transform Google's Mountain View campus into a cyberpunk-style sci-fi utopia with one click, and intuitively experience the visual wonders a hundred years from now. At present, this function has been officially launched for global web users. via AI News (author: AI Base)