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Transforming satellite imagery and geospatial data into detailed, photorealistic 3D digital twins of urban environments. Powered by advanced AI, delivering real-time, high-precision visualizations that enable smarter planning, decision-making, and management for industries ranging from smart cities to manufacturing.
Our AI-driven platform revolutionizes 3D city modeling with unprecedented efficiency and global coverage.
Build city-scale digital twins and mission-critical dashboards with an AI automated pipeline that segments and understands the semantics of satellite & street images, videos, and point clouds. Complete globe coverage with no aerial photogrammetry needed.
Capture and create detailed 3D models of any city on Earth without relying on traditional drone-based photogrammetry. Eliminates logistical, regulatory, and technical challenges associated with drone operations, restricted flight zones, and weather dependencies.
Create highly accurate digital twins using satellite imagery and data from leading geospatial providers worldwide. Ensures geometrically precise and positionally accurate models that are always up-to-date, delivered through an incredibly fast, AI-driven workflow.
Unlike traditional methods, we build dimensionally-accurate, photorealistic, real-time, semantic 3D digital twins via deep learning and satellite imagery on a global scale. No drones, aerial photogrammetry, or government permits required.
Our building facade texturing process combines AI, heuristics, neural graphics and procedural methodologies. Using a Vision Transformer neural network trained on 1500+ cities, we classify each pixel to create photorealistic, life-like environments from satellite imagery.
Models are updated in near real-time, depending on satellite data availability. Our AI-driven workflow ensures that 3D twins are always current, providing users with the most up-to-date visualizations and insights for better decision-making.
Optical VHR Satellites + SAR + VLEO
Drones & Planes
Our advanced 3D mapping process transforms satellite data into photorealistic, geo-specific 3D city models with unmatched precision through a comprehensive AI-driven pipeline.
Stereo images from low-orbit, sun-synchronous VHR satellites, multi-spectral, and SAR data collection.
AI-driven enhancements to correct distortions, remove noise, and improve resolution.
Advanced AI classifies and segments different land cover types and infrastructure elements.
Precise extraction of building envelopes and construction of 3D geometry.
Conversion and optimization of point clouds into refined 3D meshes.
Application of photorealistic textures to create the final 3D digital twin.
Our satellite-based approach delivers exceptional accuracy and resolution for comprehensive 3D mapping.
| Specification | VHR Satellite Imagery & SAR | Aerial LIDAR (UAV/Planes) | Vehicle-Mounted LIDAR | Tripod-Mounted LIDAR |
|---|---|---|---|---|
| Geometric Resolution | 15, 30, 50 cm | 3-10 cm | Millimetres | Millimetres |
| Location Accuracy | WGS 84 (≤30cm or better) | WGS 84 | WGS 84 | N/A |
| Texture Resolution | 4K - 8K | 4K | 4K | 4K |
Our 3D digital twin technology supports a wide range of industries and use cases.
Urban planning, infrastructure management, and city-scale visualization
Property visualization, development planning, and market analysis
Site planning, progress monitoring, and project visualization
Facility mapping, logistics optimization, and operations planning
Infrastructure monitoring, site selection, and environmental assessment
Route optimization, warehouse planning, and supply chain visualization
Change detection, disaster management, and sustainability tracking
Realistic 3D environments for games, training, and virtual experiences
Terrain analysis, mission planning, and situational awareness
We use proprietary AI-driven technology to transform raw satellite imagery and geospatial data into highly accurate, photorealistic 3D models. Our machine learning algorithms classify building elements, road networks, and other infrastructure to create precise digital twins without the need for drones or manual surveying.
Our technology supports smart cities, real estate, construction, manufacturing, energy, logistics, environmental monitoring, gaming, simulations, training, architecture, and defense. From infrastructure planning to simulations and security, our digital twins provide valuable insights for better decision-making and operational efficiency.
Our models are geometrically and positionally accurate, with sub-30 cm precision. The technology provides high-resolution, real-time data that continually updates, ensuring that the models are always current and highly reliable.
Our 3D models offer unmatched accuracy, speed, and cost-efficiency. They provide real-time insights, helping businesses optimize workflows, improve infrastructure management, enhance safety and security, and support sustainability goals. The technology is scalable and adaptable for any location worldwide.
Yes, we can accurately model any location on Earth using satellite imagery and data from top geospatial providers. Our AI-driven process ensures that we can create models for cities, regions, and industrial facilities anywhere in the world.
Traditional 3D mapping methods often rely on aerial photogrammetry or manual data collection, which can be time-consuming and costly. Our AI-based platform automates this process, delivering faster, more cost-effective, and scalable 3D models with no need for drones or on-site data collection.
Our models are updated in near real-time, depending on the availability of satellite data. Our AI-driven workflow ensures that the 3D twins are always current, providing users with the most up-to-date visualizations and insights.
Being able to 3D-map anywhere globally with high accuracy is a massive game changer. Request a demo to see how our technology can transform your operations.