Movement Monitoring

Precision Movement & Deformation Monitoring

MSI specializes in the design, implementation, and analysis of sophisticated movement monitoring systems. Built on our foundational expertise in high-precision engineering, we provide the rigorous measurement techniques required to monitor the stability of critical infrastructure and natural landscapes. From geotechnical hazard evaluation to structural deformation tracking, we deliver the high-fidelity data necessary to mitigate risk and ensure long-term asset integrity.

Core Technical Capabilities

Real-Time Deformation Monitoring

Automated systems providing continuous tracking of structural or ground movement.

Geotechnical Hazard Evaluation

Utilizing high density LiDAR and conventional spike monitoring to monitor slope integrity, riverbank stability, and subsidence.

Structural deformation

Precise horizontal and vertical surveys for dams, bridges, penstocks, and industrial facilities.

Remote Sensing Integration

Leveraging high density LiDAR change detection to identify subtle topographical shifts over large areas.

Spike Monitoring

Specialized systems designed for high-frequency movement detection in sensitive environments.

Volumetric Analysis

Tracking changes in earthworks or stockpiles to monitor settlement or erosion over time.

The MSI Technical Edge

Monitoring methodology is customized to the scope and precision requirements of each project. MSI utilizes a multi-sensor approach overseen by P.Eng. and ALS professionals to ensure data meets engineering-grade standards:

Specialized Instrumentation

High-precision total stations, digital levels, and GNSS systems integrated with customized geotechnical sensors.

Autonomous Acquisition

Deployment of UAV-based LiDAR and terrestrial scanners for sites where physical access is dangerous or would disrupt operations.

Advanced Processing

Sophisticated post-survey analysis and visualization, including the ability to host real-time data via our customized web GIS environment.

Expertise in Complexity

Leveraging 20 years of experience in solving unique high-precision measurement challenges ranging from structure deformation to particle accelerator alignment.

Safety-First Operations

Remote sensing often requires mobilization in remote or hazardous areas. MSI operates under a COR-certified safety program, with field teams specifically trained in Bear Awareness, Snowmobile Safety, and Industrial Fall Protection. We maintain verified compliance with ISNetworld, Avetta, and ComplyWorks, and prioritize the use of autonomous UAVs and long-range aerial sensors to minimize ground-personnel exposure to high-risk environments like unstable slopes or active utility corridors.

info@msciences.ca