Spatials And The Next Frontier of Spatial AI: Wearables, Robots, And Mixed Reality How Spatial AI, wearables, and robots converge with VR/AR Spatials and Spatial prompts. The way …
Spatial Prompts
VR Spatials, AR Spatials, And The AI Layer That Makes Them Intelligent Why VR Spatials and AR Spatials need Spatial AI, Spatial prompts, and analytics to stay aligned. Virtual and …
Robots, Logistics, And Geospatial Spatials In Motion Robotics, Spatial prompts, and geospatial coordination for high-throughput facilities. Maps used to be static: paper sheets, …
Ambient Spatial Computing Ambient Spatial Computing describes a future where Spatial AI quietly runs in the background of everyday environments, coordinating Spatials without …
AR Spatials AR Spatials are digital entities anchored to real-world locations and surfaces through Spatial AI and high-precision localization. They might appear as labels on …
Geospatial AI Geospatial AI focuses on applying machine learning to location-based data: satellite imagery, maps, GPS traces, and 3D city models. It powers use cases like land-use …
Indoor Positioning Indoor Positioning covers techniques for locating people and devices inside buildings, where GPS is weak or unavailable. Methods include Wi-Fi and BLE …
Location-Based Experiences Location-Based Experiences (LBEs) are apps and attractions whose core value depends on where the user is in the physical world-theme parks, museums, …
Spatial A/B Testing Spatial A/B Testing brings experimentation to the physical world by comparing how different Spatial configurations perform. Variants might include alternative …
Spatial Access Control Spatial Access Control applies permission models to space: who can see, edit, or enter particular Spatials and zones. In Spatial AI systems, access control …


