With 3D modeling and AI intelligent monitoring as the core, it connects the entire process of “inspection, measurement, and management” to leave no illegal construction undetected.
Insufficient interagency coordination, public communication gaps, and data silos lead to inefficient law enforcement, delayed responses, and restricted information sharing.
Illegal construction identification relies on manual experience rather than scientific data, lacking multi-period comparison and systematic analysis, resulting in low accuracy and poor foresight.
Highly concealed violations and detection blind spots, combined with long cycles, low resolution of satellite imagery and low efficiency of traditional UAV inspections, make large-scale regular monitoring difficult.
Centered on 3D modeling and intelligent monitoring systems, it regularly captures aerial imagery, uses AI automatic comparison to identify temporal changes and visualize suspected illegal constructions. Integrated with on-site manual survey and rapid evidence collection, it forms a closed-loop management from monitoring to law enforcement, effectively improving the efficiency and capability of illegal construction supervision.

A 3-person team can cover 100 km² in 4 days, reducing data update time by 86% and efficiently identifying illegal construction hotspots.
UAV aerial surveys and 3D modeling achieve full coverage without blind spots, adapting to urban, industrial and rural scenarios.
UAV and AI automation reduce labor and data processing costs, lowering regular operation expenses by 68% while supporting weekly updates.
High-efficiency data processing enables 7-day update cycles for real-time dynamic monitoring and proactive illegal construction governance.







Jointly built with Binzhou Water Group — Shuiyun Binzhou: Integrated Supervision, Operation & Management Water Utility SaaS Platform and Digital Twin Development Project

Selected as a 2024 Smart Water Utility Typical Case by the Ministry of Housing and Urban-Rural Development (MOHURD)

Accurate pipeline simulation and real-time monitoring effectively improve O&M efficiency and pipeline network safety.

Traditional method: 3-4 personnel could only inspect one street block per week;
Solution outcome: 3-person team + 1 UAV covered 100 km² in 4 days, detecting over 1,000 illegal constructions—efficiency increased by dozens of times.

Operation scale: 45 km² covering Yingcheng Sub-district and surrounding areas;
Solution outcome: 1 day of flight + 1 day of processing, identifying 353 change spots with 1.2 km² of suspected illegal land use.

Longtan Industrial Park (54.07 km²): 1 day of flight + 1 day of results, 356 change spots (9 categories including new buildings and roof extensions);
Baiping Industrial Park (40.9 km²): Monthly monitoring cycle, 478 change spots, providing precise support for land acquisition and park governance.
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