Materials Mechanics
Monocular 3D Video Extensometer
Non-Contact Monitoring for Slopes and Landslides
Haytham’s slope monitoring solution uses the Online Visual Tracking System, passive targets, solar power, wireless transmission, and a cloud platform to continuously monitor:
Displacement · Deformation Rate · Crack Opening
Suitable for highway and railway slopes, open-pit mines, reservoir banks, urban slopes, and unstable rock masses.
Compared with manual surveying and point-based GNSS, one visual system can monitor multiple points over a large area from a safe distance, with faster deployment and lower installation complexity.


The Online Visual Tracking System uses oblique optical-axis imaging and sub-pixel tracking to measure 2D displacement remotely.

▪ Long-Distance Monitoring
Telephoto and zoom lenses support monitoring from tens to hundreds of meters.
▪ Multi-Point Measurement
One device can track multiple targets simultaneously.
▪ Sub-Millimeter Accuracy
High-precision displacement measurement under suitable conditions.
▪ Real-Time Outputs
Displacement, deformation rate, acceleration, and crack opening.
▪ Automatic Alerts
Multi-level threshold alerts for abnormal deformation trends.
▪ Sensor Integration
Supports rainfall, groundwater, reservoir level, inclinometer, and vibration data.
Visual Sensing → Data Transmission → Cloud Platform → Early Warning

The system supports solar power, 4G/5G communication, cloud visualization, historical trend review, report export, and API integration.
It is suitable for both long-term online monitoring and portable emergency measurement.
▪ Highway & Railway Slopes
Continuous monitoring of slope displacement and deformation trends.
▪ Open-Pit Mines
Large-area monitoring of mine slopes and waste dumps.
▪ Reservoir & Hydropower Slopes
Monitoring slope deformation under rainfall and water-level changes.
▪ Urban Slopes & Excavations
Remote monitoring of high slopes and excavation areas.
▪ Unstable Rock Masses
Long-distance monitoring of dangerous or inaccessible areas.
▪ Emergency Monitoring
Rapid deployment for landslide inspection and post-disaster monitoring.
For the long-term safe operation of highway, railway, municipal and mining tunnels, Haytham's tunnel safety monitoring system relies on multi-source sensing and an intelligent cloud platform to achieve all-element monitoring of structure and environment, remote early warning and scientific decision support — helping government and enterprise users build a digital, visualized and intelligent tunnel safety management system.
Based on multi-source sensing and intelligent cloud analysis, Haytham's tailings pond safety monitoring system delivers all-round dynamic monitoring and risk early warning of the dam body, seepage, displacement and environmental parameters — providing visualized, traceable, decision-supporting data for mining enterprises and regulators.
Based on multi-source sensor fusion and intelligent analysis, Haytham's slope safety monitoring system delivers real-time awareness and dynamic early warning of slope deformation, stress, groundwater and environmental changes — providing reliable data support for geological hazard prevention, engineering construction and operational safety.
Haytham's foundation pit safety monitoring system integrates multiple sensor types, intelligent acquisition terminals and a cloud monitoring and early-warning platform, delivering continuous monitoring and intelligent early warning of pit deformation, retaining structure stress, groundwater level and environmental disturbance. It is widely applicable to metro, deep foundation pit, high-rise underground and municipal utility corridor construction, providing scientific, real-time data support for design, construction and O&M units.
Built on digitalization and intelligence, Haytham's dam safety monitoring system integrates multiple sensor types, intelligent acquisition terminals and a cloud monitoring and early-warning platform, building a comprehensive safety monitoring system covering the dam body, seepage and environment — helping management authorities achieve real-time awareness, proactive early warning, scientific decision-making and compliant management.
Haytham's bridge safety monitoring system integrates multiple sensor types, intelligent acquisition terminals and a cloud monitoring and early-warning platform, building an intelligent monitoring system from data acquisition and trend analysis to risk early warning — helping management authorities achieve real-time bridge awareness, accurate assessment and scientific decision-making.
Haytham's building safety monitoring system integrates multiple sensor types, intelligent acquisition terminals and a cloud monitoring and early-warning platform, delivering continuous monitoring and intelligent analysis of structural deformation, tilt, cracks, settlement and environmental disturbance — providing scientific, real-time data support for management and protection authorities.