TidiViews

Precision Coastal Observation & Hydrodynamic Analytics

We provide adaptive intelligence modules designed to monitor and model nearshore dynamics. By combining multi-sensor observations with physics-informed algorithms, we help ports, coastal engineers, and agencies make data-driven decisions.

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OUR MISSION

Advancing coastal resilience through data-driven insight

Coastlines are dynamic, complex environments under constant stress from climate change, rising sea levels, and human activity. Traditional monitoring systems are costly, rigid, and provide insufficient spatial resolution.

Our mission is to establish a modular, scalable coastal intelligence layer. We leverage computer vision, remote sensing, and regional modeling to deliver actionable insights directly to the operators and engineers safeguarding our shores.

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REGIONAL CHALLENGES

Addressing critical risks to coastal assets and environments

01Coastal FloodingPredicting and monitoring high-water events, sea level rise anomalies, and wave run-up hazards to protect low-lying communities.See solutions →

02Shoreline & Port SedimentationTracking sand drift and siltation patterns that threaten harbor navigation and require expensive dredging operations.See solutions →

03Saltwater IntrusionAssessing marine water infiltration into freshwater estuaries and coastal aquifers, protecting agricultural and drinking water supplies.See solutions →

04Coastal ErosionMeasuring volumetric loss and shoreline retreat over time to inform dune management, nourishment programs, and hard infrastructure design.See solutions →

OUR INTELLIGENCE MODULES

Modular solutions built for operational reality

Module A

Shoreline Detection

Uses multi-spectral satellite imagery and local video feeds to detect shorelines, monitor retreat rates, and map beach morphology at high frequencies.

Module B

⁠Precision Coastal Observation & Analytic

Converts video observations (from mobile or fixed cameras) into nearshore wave parameters (Significant Wave Height, Wave Period, direction) and local tide monitoring without in-situ buoys.

Module C

Wave Overtopping Detection

Analyzes seawall and port infrastructure video feeds to identify active wave overtopping, measure splash frequency, and forecast localized flood hazards.

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REGIONAL ADAPTABILITY

One global model does not fit every coastline

Generic global wave and hydrodynamic models lack the resolution needed for local engineering decisions. Coastal processes vary significantly across geography: European shorelines experience high tidal ranges and severe storm swell, whereas West African coastlines exhibit unique long-period waves, different sediment transport dynamics, and severe erosion patterns.

Our system is designed around regional adaptation. We train and calibrate our models using local observations, ensuring that our outputs match the hydrodynamic reality of your specific coastline.