Continuous monitoring for dams, slopes, and high-risk geotechnical structures.

We combine drone LiDAR, electrical geophysics, and AI to detect anomalies earlier than traditional sensors. Reduce uncertainty, eliminate risks, and support audit-ready decisions.

Volumetric coverage (3D)

Unlike point sensors, we scan the volume of the structure to fill gaps between piezometers.

Continuous Time-lapse monitoring (4D)

We monitor change over time so teams can see evolving moisture patterns before they become critical.

Predictive intelligence

By integrating weather data, our models anticipate how internal conditions may respond to future rainfall.

The blind spots in traditional monitoring

Point sensors such as piezometers and inclinometers provide precise data at their installation points, but they often fail to capture the full spatial complexity of subsurface hydrological behavior.

Reactive vs. Proactive: Inclinometers and Total Stations are “Lag Indicators”—they often detect movement only after deformation has already started.

The Invasive Risk: Manual data collection adds cost and delays, and installing additional sensors can require invasive drilling on unstable structures.

Bottom line: You can’t manage what you can’t see between the sensors.

Inside-out visibility

LiDAR maps the surface (outside). Geophysics maps the interior (inside).

We don’t replace your existing instrumentation; we make it spatially relevant. By fusing surface topography with subsurface imaging, we create a complete, repeatable picture of your asset’s health.

Outside (The Skin): Drone LiDAR penetrates vegetation to map the true ground surface with sub-centimeter accuracy.

Inside (The Organs): Automated Electrical Geophysics (AEG) scans the entire volume of the structure to map resistivity and chargeability.

How It Works

We deploy two distinct but complementary layers of intelligence to eliminate the blind spots in your dam safety monitoring.

Automated Electrical Geophysics (AEG)

We convert traditional geophysical surveys into a fixed, automated monitoring system that sees what point sensors miss.

Non-Invasive Installation

We install fixed surface electrode arrays that scan the internal structure without the risks or costs associated with invasive drilling.

Volumetric 3D Scanning

Unlike piezometers that only measure a vertical line (1D), our system scans the entire volume of the dam. This fills the critical gaps between sensors to detect hydrological features and internal erosion paths.

Predictive 4D Intelligence

By integrating real-time rainfall data, our AI models analyze how internal moisture plumes evolve over time. This allows us to identify saturation spikes days before they manifest as physical deformation.

DRONE
LiDAR

We replace manual, risky topographic surveys with fully autonomous aerial inspections.

Penetrates Vegetation

Utilizing the Zenmuse L2 sensor, our drones see through dense canopy to map the true ground surface with millimetric precision, ensuring your “As-Is” or “As-Buit” geometry is accurate regardless of overgrowth.

24/7 Autonomous Patrols

Supported by “drone-in-a-box” stations (DJI Dock), our systems conduct scheduled inspections day and night. This removes operators from hazardous zones and ensures continuous monitoring even during storm events.

Standardized Repeatability

Automated flight paths ensure every inspection captures the exact same data points, creating a consistent historical record for audit trails.

Earlier warning from synchronized subsurface models & rainfall

In field data, the 3D models tracked rainfall patterns, and the system identified saturation spikes days before traditional sensors.

Built for modern monitoring requirements

We support continuous monitoring programs and help teams address compliance gaps tied to Agência Nacional de Mineração (ANM) regulations, including ANM 220/2025.

Mandatory Automation

Meet the automation requirements for high-risk dams (DPA ≥ 4) without manual data collection.

The "As-Is" Requirement

For pre-2010 dams lacking “As-Built” plans, we map internal zoning and geometry non-invasively, satisfying Article 34 without dangerous drilling.

24/7 Remote Operations

Utilizing “Drone-in-a-Box” (DJI Dock), we support continuous monitoring even during storms or night shifts, keeping your team out of harm’s way.

Technical Comparison:
Why Add Mogo to Your Monitoring Plan?

Feature

Piezometers (Traditional)

Mogo Auto-Geophysics

Data Type

Point Source (1D)
Volumetric Coverage (3D/4D)

Timing

Reactive / Lag
Predictive / Lead

Blind Spots

High (Blind between sensors)
Low (Scans the whole volume)

Installation

Invasive (Drilling required)
Non-Invasive (Surface electrodes)

Why Mogo? ROI beyond safety

We don’t sell generic, off-the-shelf systems. Each deployment is engineered for the site, operations, and long-term goals.

Premium partnership

from concept through ongoing optimization

Proven ROI

through reduced operating cost and higher-quality, auditable data

Predictive insight

by combining monitoring with weather and historical comparison

Full lifecycle support

so the system keeps delivering value beyond installation

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Contact Us

See how Mogo can improve safety, strengthen compliance, and save costs at your sites.  Contact us to set up a call and see if we are a fit.