Intelligent management for geotechnical and structural monitoring

Preserving historic buildings and government facilities requires extreme care. T4G offers precise, non-invasive monitoring to assess the impact of time, urban vibrations, or seismic events on high-value heritage structures, ensuring their integrity without altering their aesthetics.

• Non-invasive monitoring: Use of discreet sensors that respect the original architecture.
• Micro-deformation detection: Identification of cracks or millimeter-scale settlement.
• External vibration control: Monitoring the impact caused by heavy traffic or nearby construction.
• Accessible reporting: Intuitive dashboards for public entity management.
• Preventive preservation: Historical and traceable data for planning timely restorations.

Megastructures face constant challenges from pressure, load, and weather factors. Through T4G, we centralize the monitoring of structural and geotechnical behavior in concrete dams and skyscrapers, ensuring maximum stability and safety against dynamic and hydrostatic forces.

• Pore pressure and seepage control: Critical monitoring for the safety of hydroelectric retaining walls.
• Structural stress management: Continuous assessment of mass concrete and foundation behavior.
• Tilt and settlement control: Verticality measurement for high-rise buildings.
• Data centralization: Integration of multiple sensor clusters into a single dashboard.
• Predictive maintenance: Automated alerts that reduce repair costs and prevent emergencies.

Monitoring extensive linear infrastructure presents challenges regarding distance and access. By integrating LoRa wireless technology, T4G allows for the supervision of kilometers of roads, detecting threats to slopes and subgrades to ensure safe and continuous traffic flow.

• Long-range connectivity: Stable data transmission via wireless nodes over long distances.
• Road slope stability: Monitoring of landslide risks adjacent to roadways.
• Sinkhole detection: Monitoring of settlement or base ground failures.
• Climate resilience: Automated alerts for soil saturation due to extreme rainfall.
• Inspection optimization: Significant reduction in the need for manual inspections in hard-to-reach areas.

These structures are constantly subjected to vibrations, material fatigue, and moving dynamic loads. T4G provides real-time Structural Health Monitoring (SHM), evaluating the performance of piers and decks under heavy traffic conditions or seismic events.

• Dynamic vibration monitoring: Continuous analysis of natural frequencies and oscillations.
• Fatigue control: Wear assessment of joints, cables, and structural piers.
• Immediate seismic response: Rapid diagnostic of bridge condition following an earthquake.
• Deformation measurement: Monitoring deck deflection under traffic loads.
• Real-time visualization: Graphic dashboards for operational control by concessionaires.

The excavation and operation of underground works (NATM/TBM) require absolute geomechanical control. T4G manages convergence and pressure data in confined environments, protecting both the underground structure and the urban infrastructure located on the surface.

• Convergence control: Precise measurement of vault deformation during and after excavation.
• Lining monitoring: Assessment of the pressures exerted on the shotcrete or segments.
• Urban subsidence prevention: Strict control to prevent surface subsidence.
• Operation in harsh environments: Nodes and sensors with high resistance to moisture and dust.
• Real-time risk management: Instant alerts for any geomechanical anomaly during construction.

Mining operations take place in extreme conditions where the safety of personnel and equipment is the top priority. T4G centralizes geotechnical and hydrogeological instrumentation, anticipating failures in rock masses and large excavations to prevent critical incidents.

• Slope stability (Open Pit): Large-scale monitoring to prevent massive landslides.
• Rockburst control (Underground): Monitoring of stress and strain in tunnels.
• Deep connectivity: Uninterrupted data transmission in areas without traditional coverage thanks to our own IoT networks.
• Early evacuation systems: Activation of sirens and automatic protocols when risk thresholds are exceeded.
• Hydro-geomechanical integration: Combined analysis of water and rock behavior.

To ensure operational continuity, not only must the mine be stable, but its auxiliary facilities as well. T4G monitors crushing plants, transfer stations, and conveyor belts, protecting capital investments.

• Control at transfer stations: Post-failure or preventive monitoring in complex industrial excavations.
• Foundation stability: Measurement of settlement under high-tonnage equipment.
• Industrial vibration monitoring: Control of the impact of milling and crushing on structures.
• Operational continuity: Prevention of unplanned plant shutdowns.
• Centralized data: All auxiliary infrastructure controlled from the same system as the mine.

Waste containment structures represent one of the industry's greatest environmental and human risks. T4G provides comprehensive, end-to-end control of wall stability and saturation levels, meeting global audit standards.

• Pore pressure monitoring: Continuous monitoring of infiltration and saturation of the retaining wall.
• Global stability assessment: Prevention of structural collapses such as overtopping or liquefaction.
• Surface deformation control: Topographic and instrumental detection of anomalous movements.
• Regulatory compliance: Generation of traceable reports for international environmental audits.
• Critical weather alerts: Monitoring the impact of heavy rainfall on dam capacity.