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Environmental Intelligence for a Changing Planet

The Challenge

Critical infrastructure—including bridges, pipelines, dams, levees, airports, and energy networks—is aging rapidly and increasingly exposed to hazards such as subsidence, flooding, and extreme weather. Traditional monitoring is often reactive, fragmented, and relies on costly, site-specific inspections, which leads to inefficiencies, escalating costs, and growing risks.

Our Solutions:

Artificial Intelligence Circuit

TerraIntel Digital Twin is an AI- and Earth Observation–powered dynamic simulation platform that transforms infrastructure management from reactive to predictive. Unlike static CAD or BIM models, it mirrors real-world conditions by fusing continuous satellite data, IoT sensor streams, and physics-based models into a living, time-evolving virtual environment.

Satellite Over Earth

Interferometric Synthetic Aperture Radar (InSAR) is a spaceborne remote sensing technology that measures millimeter-scale ground deformation by analyzing phase differences between repeated radar observations of the Earth’s surface.

Modern Highway Bridges

TerraIntel's infrastructure risk analysis is an integrated, data-driven framework that combines satellite geodesy, machine learning, and environmental data for identifying, quantifying, and forecasting risks to critical infrastructure arising from geophysical, climatic, environmental, and anthropogenic processes. It translates complex Earth system signals into actionable intelligence for asset owners, planners, insurers, and public agencies.

Concentric Water Ripples

Sustainable groundwater management relies on understanding the physical relationship between fluid pressure and land surface deformation. In confined and semi-confined aquifers, extracting water reduces pore-fluid pressure, increasing the effective stress on the aquifer's mineral skeleton and causing the land surface to subside.

Key Capabilities

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InfraAI delivers decision-ready intelligence at scale, enabling stakeholders to anticipate failures and optimize capital planning. Key functions include:

01
Monitoring

Continuously monitoring structural deformation of bridges, dams, levees, and pipelines.

02
Detection

Detecting subtle ground movement and structural deformation before failures occur.

03
Forecasting

Providing 12–36 month predictions using the Predictive Intelligence Engine.

04
Act

Supporting regulatory compliance and risk-based investment decisions.

Core Value

For asset owners and operators, our solution helps reduce maintenance costs, minimize downtime, and extend infrastructure life. For communities, it enhances the safety, resilience, and sustainability of the built environment.

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