See inside large structures and inaccessible assets — without opening, shutdowns, or on-site radiation sources.

Instead of firing an artificial beam, we reconstruct images from naturally occurring cosmic radiation present everywhere on Earth.

Comparable in principle to X‑ray scanners, but engineered for refineries, terminals, bridges, and buried infrastructure.

Operates where conventional tools fall short — through thick steel, concrete, or many metres of soil and rock.

Detect blockages, wall‑loss, and build‑up in pipelines and furnaces while systems remain operational.

Map shafts, voids, and buried structures without excavation.

Identify density anomalies in bridges and large concrete elements to guide maintenance decisions.

• No production shutdown to acquire data.
• No artificial radiation source on site.
• Deployed in constrained, high‑shielding environments.

• Quantitative density maps and anomaly localisation.
• Clear go/no‑go guidance for maintenance.
• Executive summary with technical appendix.

Passive method uses natural cosmic radiation—no generators, permits, or exclusion zones.

Inspections run during normal operation, avoiding energy‑ and emission‑heavy outages.

Minimal access and no cutting reduce waste, scaffolding, and reinstatement works.

Compact equipment and short deployments lower site disruption and travel.

No on‑site radiation sources; passive measurements align with ALARA principles.

Targeted interventions prevent unnecessary replacements and extend asset life.