Spatial Computing Spatial Computing is the broader paradigm where digital systems use the geometry of the physical world as a core part of computation and interaction. Instead of …
Spatial Data Layer The Spatial Data Layer is the shared foundation where all maps, Spatials, anchors, and Spatial events are stored and synchronized. It sits below applications, …
Spatial Edge Computing Spatial Edge Computing runs parts of the Spatial AI pipeline-like localization, object detection, or safety checks-close to where data is generated, on …
Spatial GPS Spatial GPS refers to high-precision positioning pipelines that go beyond basic latitude/longitude to deliver centimeter-scale localization anchored to rich Spatial …
Spatial Index A Spatial Index is a data structure that makes it fast to answer location-based questions like “what’s near this point?” or “which Spatials …
Spatial Intelligence Cloud A Spatial Intelligence Cloud is a cloud-hosted environment dedicated to processing, storing, and serving Spatial AI data and services at scale. It …
Spatial IoT Spatial IoT describes networks of sensors and actuators whose readings and actions are anchored to specific Spatials rather than abstract IDs. Temperature sensors …
Spatial Journey Mapping Spatial Journey Mapping tracks how people move through environments over time, turning paths and interactions into an end-to-end narrative of the user …
Spatial Localization Spatial Localization is the act of determining a device’s precise pose-position and orientation-within a known Spatial map. Where GPS gives you a rough …
Spatial Mapping Spatial Mapping is the process of converting raw sensor data-camera frames, depth readings, LiDAR scans-into a structured 3D model of an environment. The result is …
