Hullproof is hardware-agnostic by design (CLAUDE.md §2.1). Boston Dynamics Spot, ANYbotics ANYmal, subsea ROVs + AUVs, crawlers, drones, handheld — whatever robot platform your inspection capacity uses, Hullproof reads the footage and emits CoatingPassport. No lock-in, no per-vendor integration, no bespoke ingest pipeline.
Onshore + topside inspection — tank farms, refinery walks, offshore platform topsides. Captures gauge readings, thermal images, acoustic recordings. CoatingPassport reads the visual stream.
footage_source: fixed_camera (mounted on Spot) handheld (operator-directed)
Hazardous-area + offshore deployment (ATEX/IECEx zones). Autonomous inspection rounds, condition monitoring of static equipment. Hullproof emits structured findings from the visual capture.
footage_source: fixed_camera (mounted on ANYmal)
Jacket inspection, subsea structure surveys, pipeline inspection. Standard offshore IRM (Inspection, Repair, Maintenance) campaign output.
footage_source: rov
Long-range pipeline and seabed survey campaigns. Multi-day endurance. CoatingPassport ingests the AUV survey output post-recovery.
footage_source: auv
In-line inspection of pipelines, tank internals, ballast tanks. Confined-space, hazardous-atmosphere capture. CoatingPassport handles the structured-condition output.
footage_source: crawler
Wind monopile + blade, bridge section, power pylon, tank exterior, offshore topside aerial sweep. Same passport schema as subsea.
footage_source: drone
Drydock surveys, ad-hoc inspection by surveyor or technical superintendent. Lowest possible cost-of-capture; same passport quality.
footage_source: handheld
Cognite has demonstrated Spot + ANYmal integration with Atlas AI: agents request data, robots navigate + capture, CDF ingests. Hullproof slots into the captured-visual leg: the footage that Spot or ANYmal returns gets converted to CoatingPassport JSON, which feeds the same Atlas AI agent stack alongside NV-Tesseract time-series anomalies. The agent now sees both modalities on one Asset hierarchy.
Aker BP Eureka, Equinor subsea autonomy, ConocoPhillips Ekofisk autonomy — the VLA layer (finding → robotic action) is the next loop. Co-developed at platform tier with your robotics + engineering team.