ABot-Earth 0.7 Operational

ABot-Earth 0.7, developed by Amap, is the world's first 3D-native urban world model. The model uses a 3D-native technical architecture and is trained on spatiotemporal data. Given a satellite image or a text prompt, it can generate a kilometer-scale 3D city on a consumer GPU in just 10 minutes. The model supports continuous generation at all scales, from planets to street views, covering 196+ countries and regions. Users can roam freely and interact in real time. ABot-Earth 0.7 has been deployed in Amap Flying Street View 2.0. As Amap's entry point for "spatial intelligence," it is evolving toward dynamic perception and spatiotemporal reasoning.

Image-to-3D / text-to-3D cities: Upload a satellite image or enter a text prompt to generate a kilometer-scale 3D city scene in 10 minutes.
Continuous generation at all scales: A single model seamlessly generates everything from planets to cities, street views, and landmarks, while spatial structure and visual appearance remain consistent as the viewpoint moves closer.
Free exploration and interaction: The model autonomously completes a fully continuous 3D space, enabling continuous entry, free roaming, and real-time interaction for an immersive sense of presence.
Plug and play: Generated results integrate seamlessly with UE/Unity for convenient developer integration.
Deployment in Flying Street View 2.0: Users can enter complex buildings and large scenic areas and roam through 3D scenes with a joystick.

3D-native architecture: The model is trained on spatiotemporal data containing spatial and temporal information, giving it an intrinsic understanding of 3D space.
End-to-end 3DGS generation: Outputs a 3D Gaussian splatting scene in a single pass, without step-by-step reconstruction.
Two-stage generation process: First generates a sparse structure (occupancy layout), then generates geometry and attributes (active voxel), progressively refining the result based on a satellite image.
Efficiency breakthrough: Produces a kilometer-scale scene on a consumer GPU in 10 minutes, approximately 1,000 times more efficiently than traditional approaches.

Try it on the official website: Visit the ABot-Earth 0.7 official website at https://abot-earth.amap.com/ and register or log in to try it online.
Planet exploration: Open the planet page on the official website to freely browse the 3D spaces of Earth, the Moon, Mars, and generated cities.
Image-to-3D / text-to-3D: Upload a satellite image or enter a text description to generate a kilometer-scale 3D city scene.
Land Parcel Plaza: Browse and roam through 3D parcels shared by other users to experience the generation quality and roaming experience firsthand.
Use within Amap: Through "Flying Street View 2.0" in the Amap App, enter complex buildings and large scenic areas and control a joystick to roam through 3D scenes.
Engine integration (developers): Import generated 3DGS results directly into Unity / Unreal Engine, then add interaction logic for use in games, film and television, or digital-twin production.

World's first 3D-native architecture: Establishes an intrinsic understanding of 3D space from the ground up, representing a paradigm-level innovation in digital earth technology.
Extremely high generation efficiency: Generates a kilometer-scale 3D city on a consumer GPU in 10 minutes, approximately 1,000 times more efficiently than traditional approaches.
Continuous generation at all scales: A single model spans planets → cities → street-view landmarks, maintaining consistent structure and visual appearance as the view moves from a broad overview to fine details.
World-leading coverage: Its digital earth coverage includes 196+ countries and regions, the broadest coverage currently available.
Flexible interaction experience: Autonomously completes continuous 3D spaces for free roaming and real-time interaction, removing the fixed-route limitations of traditional street view.
Deep data advantage: Built on Amap's decade-long accumulation of spatiotemporal data, including nearly one trillion daily BeiDou positioning calls, with real-world samples that are difficult to replicate.
Plug-and-play ecosystem: Integrates seamlessly with UE/Unity and has been deployed in Amap Flying Street View 2.0, providing a complete path from user experience to commercialization.

Smart mobility navigation: Enables 3D real-world navigation and destination previews in Amap and in-vehicle systems, allowing users to enter scenic areas, commercial districts, and complex buildings before departure.
Autonomous driving simulation and training: Quickly generates realistic kilometer-scale city scenes, providing low-cost, customizable simulation and testing environments for autonomous driving.
Game and film production: Generates 3D city assets in minutes and integrates them with UE/Unity, substantially reducing the cost of open-world games and virtual set creation for film and television.
Digital twins and smart cities: Builds an interactable 3D urban foundation for urban planning, traffic management, and emergency simulation and analysis.
Culture, tourism, and property showcases: Supports online 3D tours of scenic areas and museums, virtual property and scenery viewing, and spatial-perception training data for embodied robots and smart glasses.