CorrosionRADAR (Cranfield University, UK) – Strategic-Technological Analysis
Developed from a Cranfield University research project, CorrosionRADAR is a UK-based deep-tech startup that aims to transform how critical infrastructure corrosion is monitored. Modern European energy networks span vast pipelines, often in hazardous or hard-to-reach environments, where manual inspections are slow, costly and expose workers to risk[1]. CorrosionRADAR adapts space-grade electromagnetic sensing for continuous remote inspection of pipelines and insulated tanks. Its patented “waveguide” sensors are embedded under insulation and linked to an analytics platform, enabling operators to detect and even predict corrosion under insulation (CUI) without removing pipe cladding[2][3]. This analysis examines CorrosionRADAR’s profile through the lens of European defense-industrial strategy: a UK-origin technology with clear civil safety uses that may also bolster energy and defense infrastructure security. We assess its legal and corporate identity, technology assets and readiness, program affiliations, and industrial partnerships to judge how the company supports European strategic autonomy, NATO interoperability and supply-chain resilience. Key questions include whether a European (allied) supplier can use this innovation to replace non-allied alternatives, contribute to multi-domain defense operations, and enhance deterrence by protecting critical energy assets. The following report will detail CorrosionRADAR’s activities and technologies, providing an objective view of its strategic value to Europe