HydroTrek
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HydroTrek
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Artificial Intelligence

Artificial Intelligence

Artificial Intelligence

We integrate Artificial Intelligence across our browser-based platforms to transform how water, sewer, and environmental systems are managed. By combining AI with IoT, GIS, and digital twin technologies, we turn complex data into actionable insights. From predicting infrastructure failures to analyzing real-time video and training workforces with custom language models, our AI capabilities empower utilities and communities to make smarter, faster, and more sustainable decisions.

Internet of Things

Artificial Intelligence

Artificial Intelligence

Internet of Things (IoT) is at the core of how we connect physical infrastructure with digital intelligence. By deploying advanced sensors and smart devices across water and sewer networks, we capture real-time data on flow, pressure, quality, and asset conditions. This continuous stream of information powers our digital twins and AI models, enabling proactive monitoring, early fault detection, and data-driven decision making that improves efficiency, reduces risks, and extends the life of critical infrastructure.

Data Science

Physics-based Modeling

Physics-based Modeling

Data Science drives the transformation of raw information into meaningful insights. By applying advanced analytics, statistical modeling, and visualization techniques, we uncover patterns in complex water and sewer datasets that traditional methods often miss. Our data science capabilities support everything from demand forecasting and risk assessment to optimizing maintenance schedules, helping utilities and communities make informed, evidence-based decisions with confidence.

Physics-based Modeling

Physics-based Modeling

Physics-based Modeling

 At HydroTrek, physics-based modeling forms the foundation of our digital twin and simulation platforms. We leverage industry-standard tools such as EPANET for drinking water distribution, HEC-RAS for river hydraulics, and SWMM for urban stormwater management, enabling accurate representation of real-world systems. For river spill and contaminant transport, we integrate the USGS-developed Branched Lagrangian Transport Model (BLTM) to perform advanced water quality simulations. By combining these proven models with IoT data and AI analytics, HydroTrek delivers highly reliable forecasts that support planning, emergency response, and sustainable infrastructure management.

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