Geotechnical Monitoring & Resource Management

Feiyan enhances site safety and resource governance through continuous geotechnical monitoring. Data from the Y-1 UAV System and satellite sources is fused in our Swift4D Platform to monitor critical risks like slope stability and subsidence. This information feeds a centralized Mineral Resource Management (MRM) system, providing a single source of truth for reserve tracking and hazard mitigation, protecting both assets and personnel.

Our Differentiated Solution Framework

Built on the Swift4D Platform, our framework integrates multi-source sensing, risk analysis, and collaborative management:

Air-Space-Ground Monitoring: Y-1 UAVs with LiDAR and optical sensors conduct high-frequency surveys; satellite InSAR data provides wide-area deformation context. Fusion enables point-area combined monitoring.

Swift4D Deformation Analysis & Alerting: Automated processing of multi-temporal point clouds and imagery generates slope displacement fields and subsidence contour maps, supporting millimeter-level detection and automated threshold alerts.

SwiftAI Hazard Identification: Deep learning automatically identifies cracks, rockfalls, ponding, and other dangerous features, enabling rapid annotation and work order generation.

MRM System Integration: Links monitoring data with resource reserve models for integrated management of extraction progress, waste dump stability, and resource consumption.

Application Scenarios & Client Value

Application Scenarios

Open-pit slope stability and dump settlement monitoring

Before the landslide                                               After the landslide

Tailings dam deformation and seepage zone identification

Surface collapse risk assessment from underground mining

Dynamic resource reserve tracking and consumption auditing

Client Value

Controlled Safety Risks: Millimeter-level deformation alerts enable early intervention against landslides and subsidence.

Single Source of Truth: MRM system unifies asset and risk data, eliminating information silos.

Lower Compliance Costs: Automated monitoring replaces manual patrols, reducing labor and regulatory overhead.

Optimized Resource Use: Deformation data linked with reserves improves extraction sequencing and waste disposal.