Visual Intelligence for
Subsea & Offshore
AI vision that works through turbidity, suspended particulate, and the low-light conditions of underwater and offshore inspection. The same physics ProHawk AI solves in fog, applied beneath the surface.
Underwater Vision Is Just
Fog That Doesn't Lift.
Subsea inspection and offshore operations depend on cameras working in conditions that defeat surface-trained analytics. Turbidity scatters light the same way atmospheric fog does — suspended particles between camera and subject, signal degraded, detail lost. ROVs inspect pipelines through silt clouds. Platform-leg surveys work through ambient haze. Divers rely on helmet cameras in variable water clarity. The inspection window closes when visibility does, and the cost of that closure is measured in delayed operations and missed defects.
Subsea Camera: Before and After Restoration
Three Layers of Visual Intelligence
for Subsea & Offshore
Restore Vision Below the Surface
ProHawk AI restores feeds from ROV cameras, diver helmet cams, platform inspection systems, and subsea monitoring at 2ms latency. The physics-based restoration that clears atmospheric fog resolves turbidity the same way — recovering detail from the signal the camera actually captured.
Detect Defects and Anomalies Underwater
Analytics operating on restored subsea feeds detect pipeline corrosion, structural damage, marine growth, valve status, and integrity anomalies with higher reliability than on raw degraded input. Forensic search across inspection archives in plain English.
Run on Offshore-Grade Infrastructure
NVIDIA GPU compute carries the workload, delivered on HPE and Dell server platforms. Deploy at the vessel or rig, centralized in onshore operations, or hybrid — matched to the bandwidth constraints and reliability requirements of offshore environments.
What It Solves Below the Waterline
Pipeline and Riser Inspection
Detect corrosion, coating damage, and structural defects on subsea pipelines and risers through turbid water and ambient low light.
Platform and Structure Survey
Inspect offshore platform legs, jacket structures, and subsea templates. Maintain detail through silt plumes and current-stirred particulate.
ROV-Assisted Operations
Extend effective visibility for ROV operators during inspection, maintenance, and intervention tasks. Reduce mission time spent waiting for water clarity.
Aquaculture and Marine Monitoring
Monitor fish pen integrity, stock behavior, and structural condition in commercial aquaculture operations through variable water clarity.
Port and Harbor Bottom Surveys
Inspect harbor bottoms, quay walls, and berthing infrastructure in turbid port environments where visibility is consistently degraded.
Inspection Footage Archive Search
Search subsea footage archives in plain English. Find pipeline anomalies or structure defects across years of inspection recordings without manual review.
Restored a flooded tunnel at 105ft, live on cable television.
The History Channel's The Curse of Oak Island used ProHawk restoration to inspect a flooded shaft 105 feet below the surface — conditions defined by sediment, darkness, and color distortion that had blocked every prior attempt. ProHawk restored the feed to inspection-grade clarity in real time, revealing structural detail the team hadn't seen across multiple seasons of trying. The show's host called it the first clear view in the program's history.
Season 10 deployment · History Channel · See the case study →See It Work Below
the Waterline
Send us 30 seconds from your most challenging subsea camera — turbid ROV inspection, diver helmet video, platform survey. We'll restore it and show you the difference.