Build a digital immortality for cultural relics with the Gaussian splatting world model, creating an integrated digital closed-loop for movable cultural relics that encompasses collection, reconstruction, AI analysis, compliant storage, and global activation. Aligned with UNESCO's global digital heritage standards, it serves all types of cultural institutions including museums, archaeological institutes, comprehensive archives, cultural heritage bureaus, and intangible cultural heritage protection centers.

Build a full-link digital system of "fully automated lossless 3D scanning and collection insect-specific AI microscopic data analysis one-item--file secure archiving and storage". This solution is designed for university insect laboratories, insect taxonomy research institutes, biological specimen museums, and agricultural and forestry plant protection units, addressing the characteristics of insect specimens being extremely thin, extremely fragile, having complex microscopic structures, being easily damaged, difficult to measure, and difficult to preserve.

Currently, top universities and key laboratories worldwide have adopted high-precision 3D scanning and Gaussian Splatting digital twins as standard basic research tools; universities in Europe, Japan, South Korea, Hong Kong, and Macao have generally established campus-wide 3D shared experimental platforms to support interdisciplinary frontier research, practical teaching, international joint projects, the global sharing of cultural relics and specimens.

Based on the real business needs of geological research institutes, geological museums, mineral laboratories, university geology departments, and geotechnical investigation units, it fully covers the entire chain of "non-destructive scanning and data acquisition, intelligent 3D data analysis, and standardized secure storage and archiving," solving the long-term implementation pain points of digitizing mineral crystals, ores and soil cores.

Looking globally, the policing systems of developed countries in Europe and America, as well as multinational state-owned enterprises, have adopted high-precision non- 3D scanning, 3D digital twin evidence preservation, and trusted 3D archiving as standard infrastructure for government law enforcement and state-owned asset management: European and American police on 3D scanning to achieve permanent replication of crime scenes and non-destructive preservation of physical evidence; Fortune Global 500 multinational enterprises utilize 3D digitalization to realize-lifecycle management of fixed assets across all domains and traceability of cross-border plant operations and maintenance.