# Spatial AR/VR & 3D Vision — 3D Gaussian Splatting, SLAM & Industrial Telepresence

Canonical URL: https://alectorlab.com/capabilities/spatial-ar-vr
Raw Markdown: https://alectorlab.com/capabilities/spatial-ar-vr/raw
Provider: Alector Lab – Enabling Technologies Ltd (https://alectorlab.com)
Contact: alectorlab@gmail.com

## Executive Summary
Real-time 3D Gaussian Splatting, 6-DoF SLAM tracking, and WebXR/VisionOS spatial twins.

## Detailed Overview
Alector Lab develops spatial computing interfaces and 3D vision workflows for visualization, simulation and remote inspection. Tracking accuracy, rendering performance and device support are evaluated against the intended scene and runtime. Clinical or safety-critical use requires a separate validation and governance program.

## Architecture Overview
A spatial architecture connects scene capture, reconstruction, tracking and an interactive viewer. We scope these components around the available sensors, scene update rate and deployment device, with measured latency and geometric accuracy requirements.

## Core Engineering Areas
- Real-time 3D Gaussian Splatting & differential tile rasterization
- Neural Radiance Fields (NeRFs) & high-fidelity scene reconstruction
- 6-DoF Visual-Inertial SLAM (VIO) tracking
- Apple VisionOS (PolySpatial, RealityKit) native engineering
- Meta Quest Pro / 3 Enterprise OpenXR native runtimes
- WebGPU & WebXR zero-install browser spatial streaming
- Point cloud segmentation & LiDAR multimodal sensor fusion
- Industrial digital twins with real-time SCADA/IoT bi-directional sync

## System Specifications
- **Motion-to-Photon Latency:** Optimized end-to-end, target set per headset/use case
- **Render Framerate Target:** Defined and measured for the target device
- **Spatial Tracking Precision:** Scoped to sensor setup and use case
- **Deployment Runtimes:** Apple VisionOS, Meta Quest OpenXR, WebGPU, Linux

## Production Features & Controls
- **3D Gaussian Splatting:** Scene rendering evaluated for visual quality, frame time and artifacts on the intended device.
- **Visual-Inertial Spatial Tracking:** Robust visual-inertial odometry fusing high-framerate IMU data with multi-camera feature tracking under adverse dynamic lighting.
- **Apple VisionOS & OpenXR Native Runtimes:** Engineered specifically for enterprise headsets with custom C++/Rust kernels, hand-tracking gesture recognition, and spatial audio.
- **Bi-directional Digital Twin Telemetry:** Synchronize live physical plant sensor streams into interactive 3D spatial environments for real-time remote diagnostics and control.

## Technical Scoping & RFQ
Scope a custom Spatial AR/VR & 3D Vision architecture: https://alectorlab.com/contact?service=Spatial%20AR%2FVR%20%26%203D%20Vision