Providing specialized engineering audits, underwater camera calibration, and lighting design for dark submerged structures, municipal water reservoirs, and harbor foundations. We optimize luminous intensity levels for deep-water inspections, evaluate concrete integrity in submerged environments, and calibrate optical equipment for underwater surveying.
Request an AuditConcrete integrity evaluation and crack detection in submerged infrastructure.
Optical equipment tuning for accurate underwater surveying and imaging.
Luminous intensity optimization for deep-water inspection visibility.
We have calibrated equipment ready for deployment on reservoirs, harbor foundations, and submerged pipelines. No counseling, no swimming instruction — only structural and optical engineering for dark-water environments.
Request an Inspection QuoteWe specialize in municipal water reservoirs, harbor foundations, dam walls, cooling water intake structures, and subsea pipeline supports. Our team has experience with concrete, steel, and composite materials in depths up to 60 meters.
We use a combination of spectral radiometry and contrast target arrays at known distances. The calibration accounts for turbidity, ambient light penetration, and the specific LED output of your ROV or diver lights. The result is a camera response curve that maximizes crack and defect visibility.
Yes. We design custom LED arrays for ROVs, towed platforms, and fixed subsea installations. Our designs optimize beam angle, color temperature, and intensity to reduce backscatter and improve image contrast for structural assessment.
Each report includes annotated video footage, still imagery with scale references, concrete core sample analysis (if applicable), scour depth measurements, 3D models of the surveyed area, and a prioritized remediation plan with estimated timelines.
A standard reservoir or harbor foundation survey takes one to three days on site, depending on depth, visibility, and structure size. Data processing and report generation typically require an additional five to seven business days.
Both. We can deploy our own inspection-class ROV with calibrated cameras and lighting, or we can integrate our sensors and calibration targets onto your existing platform. We also offer on-site training for your team to operate the calibrated system.
Our underwater inspection and calibration work has been relied upon by infrastructure operators and marine contractors across multiple sectors.
"The concrete audit of our 40-meter reservoir was thorough and actionable. The team identified micro-cracking that our own divers had missed. Their remediation plan gave us a clear path forward."
— Senior Engineer, Municipal Water Authority
"Their sonar mapping of our harbor pier foundations gave us precise scour data. The 3D models and damage zone imagery made it easy to justify emergency grouting to our board."
— Harbor Operations Director, Coastal Port Authority
"The lighting calibration for our subsea pipeline inspection reduced backscatter by 40%. We spotted three hairline fractures that standard lighting would have missed. Saved us millions in potential repairs."
— Subsea Inspection Lead, Offshore Energy Corp