---
title: "Spatial Understanding"
description: "Real-time scene analysis, surface detection, and AI-powered depth perception."
canonical: "https://stddev-01.web.app/technology/xr/xr-spatial-interaction-input/spatial-understanding"
date_published: "2021-05-26T07:20:34+00:00"
date_modified: "2026-10-11T20:01:37+00:00"
tokens: 1068
content-signal: "ai-train=yes, search=yes, ai-input=yes"
---

> Documentation Index  
> Fetch the complete documentation index at: https://stddev-01.web.app/llms.txt  
> Use this file to discover all available pages before exploring further.

**Sector:** SCORE XR Spatial Interaction & Input

# Spatial Understanding

### Comprehensive environmental awareness techniques for precise virtual content integration.

> Real-time scene analysis, surface detection, and AI-powered depth perception.

**Synthesizing environmental anchors, geometric mapping, and tracking data enables virtual content to blend seamlessly with physical realities.** SCORE XR integrates spatial computing modules—including marker tracking, surface mapping, and real-time occlusion—to orient and resolve 3D assets within physical spaces.

### Core Technologies

Spatial Anchors ensure the reliable placement and persistence of virtual objects in the real world. Spatial Mapping captures the geometry of the physical environment, allowing virtual content to be realistically positioned in the scene. The AR Object Occlusion technology uses depth information to ensure that virtual objects are correctly displayed behind real structures.

### Marker Interactions

Finally, AR Marker Tracking expands the possibilities for interaction by enabling the precise placement of virtual content based on physical markers.

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### Frequently Asked Questions

#### Q: How does SCORE XR integrate spatial computing modules to orient 3D assets?

SCORE XR integrates spatial computing modules such as marker tracking, surface mapping, and real-time occlusion to orient and resolve 3D assets within physical spaces.

#### Q: What is the purpose of Spatial Anchors in SCORE XR?

Spatial Anchors in SCORE XR are designed to ensure the reliable placement and persistence of virtual objects within the real world.

#### Q: How does Spatial Mapping contribute to realistic virtual content placement?

Spatial Mapping captures the geometry of the physical environment, which allows virtual content to be realistically positioned within the scene.

#### Q: What technology is used to ensure virtual objects are displayed behind real structures?

The AR Object Occlusion technology utilizes depth information to correctly display virtual objects behind real structures.

#### Q: How does AR Marker Tracking enhance interaction possibilities?

AR Marker Tracking expands interaction possibilities by enabling the precise placement of virtual content based on physical markers.

#### Q: What core technologies enable virtual content to blend seamlessly with physical realities?

Synthesizing environmental anchors, geometric mapping, and tracking data enables virtual content to blend seamlessly with physical realities.

#### Q: What are the key spatial computing modules integrated by SCORE XR?

SCORE XR integrates spatial computing modules including marker tracking, surface mapping, and real-time occlusion.

#### Q: How does the system ensure virtual objects remain in their placed positions?

Spatial Anchors are used to ensure the reliable placement and persistence of virtual objects in the real world.

#### Q: What function does AR Object Occlusion serve in spatial understanding?

AR Object Occlusion uses depth information to ensure virtual objects are displayed correctly behind real-world structures.

#### Q: What is the role of geometric mapping in achieving seamless virtual-physical integration?

Geometric mapping, along with environmental anchors and tracking data, is synthesized to enable virtual content to blend seamlessly with physical realities.

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