Services Solutions · SaaS Platform & API for Submerged Infrastructure

SPG Corrosion Solution

SPG Corrosion Solution is an enterprise predictive risk platform, available as both a SaaS application and a developer API, developed through a decade of applied research in maritime corrosion science — including contributions to the European Interreg SOCORRO programme. It forecasts corrosion rates in submerged steel infrastructure with multi-sensor precision, enabling industrial operators to move from scheduled inspection cycles to targeted, evidence-based maintenance planning.

Submerged steel infrastructure with glowing corrosion prediction analytics

CORROSION / SAAS · API

Failure prevention rate

8.2× ROI

Telemetry latency

< 1.2 s

Data-points integrated

15+ markers

Illustrative results from representative deployments; not a guarantee of outcome.

Capabilities

What this platform does

Each capability is a deployed module — not a feature on a roadmap. Engagements typically begin with a 4-week scoping exercise to confirm fit against your operational data and constraints.

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Submerged steel corrosion prediction

Our machine-learning models predict the uniform corrosion rate of unprotected steel submerged in industrial process water or seawater, detecting risks before physical structural decay occurs.

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Real-time multi-sensor telemetry API

Developer endpoints ingest real-time sensor streams (pH, conductivity, dissolved oxygen, temperature) to dynamically compute local water corrosivity indexes.

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Predictive risk matrices

Predictive analytics map telemetry history into an intuitive risk matrix, enabling asset managers to plan targeted maintenance and anode replacements years in advance.

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Offshore & port infrastructure templates

The API includes pre-configured mathematical models for specific marine assets, including wind turbine monopiles, sheet piles, and harbour walls.

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RESTful developer integration

A developer-first REST API allows industrial operators and SCADA systems to query historical metrics and predict structural lifespans with simple JSON payloads.