MINING & SLOPES / MONITORING

See subtle changes in the mountains, protecting continuous production.

For open-pit mines, waste dumps, tailings ponds, and engineering slopes, it integrates GNSS, deep displacement, crack, rainfall, and water-level monitoring to continuously observe risk evolution in GIS and 3D scenes.

GNSS Displacement Subsurface Displacement Rainfall and water level Cracks and inclination

Discuss My Monitoring Plan

Illustration of mining and slope monitoring applications — AI-generated industry scenario illustration · Not an actual customer case

Bring the Mining and Slope solution to your monitoring project

Create Project Draft a monitoring plan

Understand the Field

First understand the site,
then organize monitoring data.

Slope measurement points are dispersed and communication conditions are complex. Surface displacement and deep deformation also need to be understood together with rainfall, water levels, and mining conditions. The platform needs to track both slope changes and the online status, battery level, and data quality of the equipment itself.

WHAT TO MONITOR

What to measure, how to connect, and how to analyze it.

Core Monitoring Content Instruments and Data Sources Platform Analytics and Applications

3D surface displacement GNSS, automated total stations, displacement sensors

Analyze horizontal and vertical displacement, rate of change, and displacement direction.

Deep Displacement and Cracks In-place inclinometers, crack gauges, and tiltmeters

Organize deformation data by profiles, monitoring zones, and geological zones.

Rainfall and Groundwater Rain gauges, piezometers, water level gauges, and weather stations

Compare rainfall, pore-water pressure, and deformation changes on the same timeline.

Site Status and Linkage Cameras, data acquisition gateways, audible and visual alarms

Use device status to support remote verification and trigger linked alerts according to authorization policies.

Integrate sensors, monitoring instruments, and gateways from various manufacturers. Verify the device model, accuracy, protocol, and actual adaptation scope during the solution phase.

FROM SETUP TO DELIVERY

Keep monitoring projects running through professional workflows.

Model benches, slope faces, cross-sections, and risk zones

Integrate displacement, hydrological, meteorological, and device status data

Configure tiered thresholds and rules combining multiple indicators

Use GIS / oblique photography to locate alerts and generate inspection references

DELIVERABLES THAT MATTER

See the process clearly,
and deliver results.

Mining Area and Slope Risk Zoning Map

Displacement Vectors, Deep Profiles, and Trend Analysis

Rainfall–water level–displacement correlation view

Alert Response Records and Periodic Monitoring Reports

Technical Basis and Project Applicability Select applicable standards based on the mine type, slope classification, and approved design documentation. Open-pit slopes, waste dumps, and tailings storage facilities each have their own monitoring layouts, indicators, and management requirements; the monitoring plan does not apply a single set of thresholds across all of them.

International projects must determine monitoring plans based on the laws, standards, and owner requirements of the project location. The Chinese standards mentioned on this page are provided only to illustrate relevant engineering scenarios and do not represent direct applicability in other countries or regions.

QUESTIONS, ANSWERED

Mining & Geotechnical Slopes: FAQ

Let's work through your questions, from integration to delivery.

Discuss Project Requirements

What if network connectivity at the mine is unstable?

5G, NB-IoT, wired communication, or on-site gateways can be evaluated during integration design. The ability to retransmit data after interruptions and store data locally depends on the actual equipment and gateway and must be verified before integration.

Can measurement points be placed on an oblique photogrammetry model?

Supports associating measurement points with GIS, 3D models, or oblique photography scenes. Model files, the coordinate reference system, and measurement point coordinates are required to complete location and data mapping.

LET’S BUILD WHAT’S NEXT

Turn your site requirements, into a monitoring project that can be implemented.

Starting with the monitoring parameters, equipment, and deliverables for your mine or slope, we work with you to develop a detailed solution.

Let's Discuss My Project