AR Digital-Physical Integration Solutions
Solution Overview
The AR Digital-Physical Integration Platform combines high-precision positioning, real-scene 3D modeling, and spatial AR technology to deliver an integrated solution featuring video-based 3D reconstruction, a spatiotemporal data foundation for real scenes, and city-scale spatial AR capabilities. It builds a future-ready, stable, user-friendly, and performance-first spatial AR management tool.
Core Modules
Project Management
Capture high-precision 3D reality data for new engineering trenches and pipelines. Generate 3D pipe models quickly from raw data, integrate seamlessly with traditional visualization systems via our dedicated platform, link 2D drawings and construction records to 3D models spatially, and build complete 3D digital archives.

Pipeline O&M
For gas distribution enterprises managing in-service pipelines, integrate GIS data to generate 3D point-line models. Project these models via AR terminals onto real-world scenes, overlaying the 3D data onto the physical environment to visualize pipeline information that was traditionally displayed on 2D maps. This enables intuitive comparison and validation against actual field assets such as pipes, pressure regulators, valve chambers, cathodic protection stations, and marker posts, allowing for rapid identification of any data discrepancies.

Station modeling and O&M
Leveraging efficient 3D data acquisition, we accurately reconstruct the terrain, structures, and real-world environment around the station. By integrating multi-dimensional data resources, we establish an integrated operations and maintenance (O&M) model that combines "equipment spatial positioning," "detailed equipment information," and "real-time data monitoring." This provides a precise, high-performance hardware data foundation for station O&M.

Commercial Complex Modeling and Operations
In commercial complex scenarios, handheld laser scanners capture comprehensive spatial data—including pipeline surroundings, tenant layouts, and routing—to accurately reconstruct the site and generate a high-precision digital twin foundation. This platform links core data such as device specifications and maintenance records, enabling custom creation of detailed safety inspection plans.

Customer Value
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