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We explore how GIS connects BIM, CAD, and reality capture into usable context for design, construction, and operations. Gaussian splatting takes center stage as Patrick Wallace explains how it preserves fine detail and enables point clouds, meshes, and object detection at scale.
• Indoors product ingesting DWG to power floor-aware campus maps
• Difference between authoring tools and GIS as the system of context
• Drones, LIDAR, photogrammetry workflows for operational models
• Weekly drone flights for 4D construction review and issue forensics
• Gaussian splatting fundamentals, benefits, and capture best practice
• Filling gaps with open imagery and managing artifacts
• Building point clouds and meshes from images and video
• Cloud-first processing, streaming data, and single source of truth
• AI deep learning models for solar panel and asset detection
• Living Atlas curation, partner data, and scalable access
By Roopinder TaraWe explore how GIS connects BIM, CAD, and reality capture into usable context for design, construction, and operations. Gaussian splatting takes center stage as Patrick Wallace explains how it preserves fine detail and enables point clouds, meshes, and object detection at scale.
• Indoors product ingesting DWG to power floor-aware campus maps
• Difference between authoring tools and GIS as the system of context
• Drones, LIDAR, photogrammetry workflows for operational models
• Weekly drone flights for 4D construction review and issue forensics
• Gaussian splatting fundamentals, benefits, and capture best practice
• Filling gaps with open imagery and managing artifacts
• Building point clouds and meshes from images and video
• Cloud-first processing, streaming data, and single source of truth
• AI deep learning models for solar panel and asset detection
• Living Atlas curation, partner data, and scalable access