Subdron utilizes proprietary Relative Object Navigation (RON) technology to conduct fully autonomous underwater inspections, generating high-resolution 3D point clouds of structures such as port walls and ship hulls. This approach enables precise damage assessment and efficient data collection, addressing the need for accurate underwater infrastructure monitoring.
Funding
Funding not disclosed
Founders
Product
Problem
Underwater infrastructure inspections are often costly, time-consuming, and lack the precision needed for accurate damage assessment, especially for structures like port walls and ship hulls. Traditional methods may not provide consistent resolution across the entire surface area of interest.
Solution
Subdron offers fully autonomous underwater inspections using its proprietary Relative Object Navigation (RON) technology. This approach enables the generation of high-resolution 3D point clouds of underwater structures, ensuring consistent data quality and resolution. The system maintains an ideal position and orientation of the 3D scanning sensor relative to the structure, facilitating precise damage assessment and efficient data collection. Subdron's services provide detailed insights into the condition of submerged assets.
Target Audience
Subdron's primary customers include port authorities, shipping companies, and infrastructure operators responsible for the maintenance and inspection of underwater assets.
Features
- Proprietary Relative Object Navigation (RON) technology for autonomous underwater missions
- High-resolution 3D point cloud generation for detailed structural analysis
- Precise damage assessment capabilities for identifying defects and anomalies
- Bathymetry and Side Scan data harvesting for comprehensive underwater mapping
- Hull mapping using lifting gantry systems
- Vessel biofouling detection