Subsea inspection robotics

Inspection targets

Targets can include subsea cables, pipelines, foundations, moorings, harbour assets, offshore wind structures, aquaculture infrastructure and environmental survey areas.

Different targets need different sensing. A visual inspection, sonar survey and environmental sampling mission have different data and evidence requirements.

ROV and AUV distinction

ROVs are remotely operated and often tethered. They are useful where direct control and live operator judgement matter. AUVs execute autonomous underwater missions and may be useful where repeatability or distance matters.

A USV can support surface operations, communications or survey. A complete architecture may combine several vehicle classes.

Data and reports

Inspection value depends on reliable capture, localisation, comparison over time, provenance and reporting quality.

A useful report should show what was inspected, where, when, by which sensor, under what conditions and with what level of confidence.

Safety and evidence

Real inspection work requires validated procedures, safety planning, customer context, operator competence and hardware appropriate to the environment.

Keel does not claim operational subsea inspection capability. The page explains a candidate architecture and opportunity area.

Why it is strategically important

Underwater infrastructure supports energy, telecoms, ports, offshore wind and trade. As the blue economy grows, reliable subsea evidence becomes more important for operators, insurers and investors.