CULTURAL
HERITAGE
PRESERVATION
Overview

Cultural Heritage
Digital Preservation

Precise Digital Surveying & Mapping Cultural Relics Exhibition Virtual Restoration Design Management Info Systems Cultural Tourism Systems Creative Product Design Museum Indoor Positioning & Navigation
Cultural Heritage Digital Preservation
Core Strengths

Advantages

  • Eleven Years of Deep Engagement

    Having completed numerous domestic and international heritage protection projects, we have progressively built a highly educated team with solid foundational knowledge, extensive experience, strong work ethic, and continuous innovation.

  • Team Strengths

    Collaboration with multiple universities and research institutions enables the integration of industry, academia, and research, maximizing and coordinating the resource advantages of all parties.

  • R&D Advantages

    In the field of software platform applications, we have independently developed several industry-leading system platforms, including the "Cultural Heritage Digital Restoration and Activation System", the "3D Model Collaborative Disease Annotation System", and the "Detect Technology Cultural Relics 3D Modeling Software Platform."

Core Solutions & Cases
Featured
Products
Potala Palace Ancient Building Complex Fine Surveying & Digitalization
Through precise surveying and mapping, the bedrock positions beneath the building's foundation trenches were extracted and fitted with the Red Mountain, clarifying the internal structural expression and spatial relationship. This serves the preventive protection of the ancient building complex. The survey data has also been applied to a 3D visualization platform, providing data support for intelligent operation and maintenance. Multiple outcomes have been featured at the Shanghai Building Expo and on CCTV's News Studio.
Anhai Longshan Temple Thousand-Armed Guanyin 3D Digitalization
The statue stands 4.2 meters tall with extremely small, densely packed spaces between hands (from 10cm to 40cm). The dim lighting made documentation difficult. The project team systematically numbered each hand. Through advanced technologies including 3D laser scanning and close-range photogrammetry, the team successfully preserved the digital information and definitively counted its 1,008 hands—solving a long-standing mystery.
Dazu Rock Carvings Baodingshan 3D Surveying & Digitalization
In 2016, we undertook the Phase II project. The scope included UAV oblique photogrammetry, overall cliff carving 3D scanning, fine scanning of key niches, and environmental/ancient building 3D model construction. The project achieved full 3D digitalization of the Dazu Rock Carvings, intelligent database management, and vivid digital displays, enhancing public technological innovation and tourism development.
Haidian Museum Collection Cultural Relics 3D Acquisition
Achieved 3D information acquisition through 3D data & texture acquisition and model construction. A data management system was established to centrally manage the 3D data and model info, enabling global searching and interactive display. This supports the informatization of operations, fulfilling the "Three Closeness" principle of advanced cultural heritage institutions.
Zhoukoudian Peking Man Site Integrated 3D Digital Surveying
Acquired centimeter-level aerial imagery covering 13.68 square kilometers. Using 3D laser scanning, we established millimeter-level 3D point clouds of fossil sites and submillimeter-level digital models of 18 first-class fossil specimens. Scanned 54,314 pages of drawings and 48,876 document pages. Upgraded the site's monitoring system and constructed digital exhibition halls using holographic projection and AI restoration technology for immersive experiences.
Advanced Virtual Restoration
Zhengyang Bridge Water-Dredging Inscription Stele 3D Digitalization

Complete inscription data was acquired through digital surveying, establishing a 3D real-scene model and electronic rubbings. Through preservation investigation and 3D analysis, disease information was statistically recorded. Most notably, through extraction and analysis of the existing text characters, virtual restoration of the cultural relic was achieved. By extracting stroke information, skeleton extraction and contour analysis filling were performed on individual strokes to reconstruct complete, recognizable characters. These digital archives provide crucial data support for subsequent conservation work.

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