Geotechnical and Natural Risks

We provide comprehensive technological solutions for the identification, assessment, and continuous monitoring of geotechnical risks and natural hazards. Our preventive approach combines high-precision instrumentation with automated networks to protect communities, the environment, and vital infrastructure.

We design and implement systems geared toward emergency management, ensuring timely responses and informed decision-making in the face of extreme weather events, adverse geological dynamics, and terrain vulnerabilities.

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Our services

Experts in the assessment and continuous monitoring of natural hazards. We implement cutting-edge technology to anticipate landslides, manage watersheds, and protect essential infrastructure through automated networks and immediate alert systems.

Landslides and instability

Monitoring of hillsides, natural slopes, and geologically hazardous areas.

Flash floods and water management

Water levels, flow rates, and flood alerts.

Critical infrastructure

Bridges, dams, and essential infrastructure at risk.

Early warning systems

Automated systems, telemetry, and real-time notifications.

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More information

Specialized Consulting

High-Quality Equipment

Custom Solutions

Business Areas

Natural Disaster Prevention

Continuous monitoring of hillsides and watersheds to anticipate and mitigate the impact of landslides, mudslides, and floods.

Hillsides and natural slopes
Watersheds, rivers, and channels
At-risk communities and populations

Infrastructure Resilience

Monitoring of vital and strategic infrastructure exposed to severe geological, seismic, or climatic threats.

Bridges and road networks
Dams and reservoirs
Mitigation and containment works

Early Warning Systems (EWS)

Comprehensive development of sensor networks and immediate alert platforms for operational emergency management.

Emergency control centers
Exclusion zones and vulnerable areas
Industrial and mining operations under natural risk

Landslides and instability

We implement continuous monitoring systems for hillsides, natural slopes, and high-risk geological zones. We evaluate terrain kinematics and soil or rock mass instability to detect anomalous movements early, preventing landslides, mudslides, and rockfalls that could affect vulnerable areas.

Deep and surface instrumentation (inclinometers, extensometers, and prisms).
Topographic monitoring and radar scanning for stability control.
Real-time analysis of ground deformation and movement rates.

Flooding and water management

We deploy control networks for hydrological and meteorological monitoring in the face of adverse weather events. We continuously measure water levels, flow rates, and precipitation for efficient watershed management, preventing overflows and minimizing the impact of flooding on communities and operations.

Ultrasonic/radar level sensors and automated flow measurement.
Networks of autonomous meteorological and hydrological stations.
Visualization software and historical logging of hydrological variables.

Critical infrastructure

We assess vulnerability and safeguard the integrity of essential infrastructure exposed to natural threats. We provide continuous structural and geotechnical monitoring for bridges, dams, highways, and lifelines, ensuring their stability and safe operation even under extreme environmental and hydrological conditions.

Structural health monitoring for bridges, viaducts, and overpasses.
Specialized instrumentation for dams, tailings, and retaining walls.
Continuous assessment of scour and stability in critical foundations.

Early warnings

We design and integrate robust, high-availability Early Warning Systems (EWS). We combine field data collection with analysis platforms to issue automated, immediate alerts when critical thresholds are exceeded, facilitating evacuation and the activation of emergency protocols in the face of imminent natural hazards.

Integration of IoT sensors with redundant telemetry (satellite/cellular).
Web platforms with automated multi-channel alarms (SMS, email, sirens, beacons).
Definition of risk thresholds and configuration of immediate response logic.

Key Advantages

Specialization in the implementation of Early Warning Systems (EWS) for civil and industrial protection.

Flexible deliverables, adapting telemetry technologies to the terrain and the level of environmental risk.

Hands-on management involvement and technical support for high-criticality, high-profile projects.

Continuous innovation in autonomous equipment and environmental and geotechnical monitoring platforms.

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