Expert Answers
Underwater Robotics, Inspection and Survey Expertise
Coratia Technologies helps infrastructure, maritime, defense, offshore, mining and research teams inspect, map and maintain submerged assets with ROVs, sonar, autonomous systems and underwater data workflows.
Underwater inspection
Underwater inspection uses ROVs, cameras, sonar, lighting, and measurement payloads to evaluate submerged structures without exposing divers to unnecessary risk. Coratia applies this approach to dams, bridges, ports, ships, reservoirs, pipelines, offshore platforms, and industrial water assets.
For asset owners, underwater inspection is a decision-making workflow: deploy a robotic platform, capture visual and sensor data, map findings to the structure, classify defects, and deliver evidence for maintenance planning. Coratia's ROV-led approach supports low-visibility conditions, repeat inspections, hard-to-access areas, and critical infrastructure where dewatering or shutdowns are expensive.
Bathymetric and hydrographic survey
Bathymetric and hydrographic surveys measure underwater depth, bed profile, and navigational or storage conditions. They are used for reservoirs, ports, rivers, lakes, coastal infrastructure, siltation studies, dredging decisions, and marine construction planning.
Coratia combines marine robotics, positioning, sonar, and survey workflows to help authorities and engineering teams understand underwater terrain. Survey outputs can support reservoir capacity estimation, dredging plans, bridge scour assessment, port maintenance, safety studies, and long-term monitoring of water bodies.
Dam and bridge underwater inspection
Dam and bridge underwater inspection identifies damage, siltation, scour, corrosion, cracks, leakage indicators, and structural anomalies using ROV cameras, sonar, and NDT tools. It enables safer inspections without draining reservoirs or sending divers into hazardous conditions.
Critical infrastructure teams need reliable underwater evidence before planning repairs. Coratia's robotic inspections document sluice gates, intake structures, spillways, bridge piers, piles, foundations, and surrounding bed profiles. The result is a practical record of condition, risk areas, and changes that can be compared across inspection cycles.