XenseAR Visual Positioning System (VPS)
XenseAR VPS is an advanced visual positioning solution that enables centimeter-level location accuracy with continuous relocalization powered by intelligent cloud services and an integrated on-device SDK.
XenseAR’s VPS technology operates across multiple platforms and does not depend on specific hardware vendors or closed ecosystems, enabling broad applicability in fields such as augmented reality (AR), autonomous robotics, and indoor/outdoor positioning applications.
Technology Overview
XenseAR VPS provides precise geo-positioning and full 6 Degrees of Freedom (6 DOF) tracking of a device’s position and orientation in three-dimensional space.
The solution is built on an AI-powered cloud computing infrastructure that processes visual and sensor data rapidly while ensuring stability and continuity in positioning—even when the device moves quickly or operates in complex environments.
XenseAR technology enables pre-mapping of locations worldwide, with millions of spatial feature points continuously stored and updated. Map coverage can be expanded quickly and flexibly through two primary methods:
- End users can directly contribute new spatial maps
- On-demand mapping services provided by XenseAR
Key Features
| Specification | Value / Description |
|---|---|
| Positioning Accuracy | Centimeter-level precision |
| Motion Tracking Capability | 6 Degrees of Freedom (6 DOF) – full 3D position and orientation tracking |
| Response Time | Under 1 second |
| Map Coverage Area | Up to 100,000m², with continuous storage and updates |
| Map Scalability | Expanded via user contributions or XenseAR’s on-demand mapping services |
| Platform Support | Cross-platform – hardware and ecosystem independent |
| Processing System | AI-powered cloud computing – fast, continuous image and sensor processing |
| Environmental Support | Works in both indoor and outdoor environments, including complex scenarios |
Real-World Applications
XenseAR VPS can be widely applied across multiple industries, including:
- Augmented Reality (AR) with stable and highly immersive interactive experiences
- Indoor navigation and positioning for robots and IoT devices
- Industrial tracking and warehouse logistics
- Smart mapping services and end-user location-based services