UNDERWATER DATA PROCESSING 

At EONSEA, we offer advanced solutions for underwater data processing using computer vision and artificial intelligence.

Our system allows us to analyse and improve the quality of the images and videos obtained, providing accurate information on the condition of submerged infrastructure.  

METHODOLOGY

  1. Collection of material by the customer.
    Videos and images of submerged assets are captured using underwater inspection equipment, ensuring accurate visual documentation of the actual condition of each structure and enabling precise technical analysis within our underwater inspection, monitoring and processing processes.

  2. Secure data exchange:
    The collected files are shared via an encrypted link, guaranteeing the security and confidentiality of the information throughout the transfer and ensuring that the data flow is stable, accessible, and fully protected.

  3. Image processing with specialised algorithm:
    The images are processed using artificial vision. using algorithms designed to improve quality, contrast and visual detail, thereby optimising the detection of critical elements and facilitating more accurate and efficient subsequent analysis.

  4. Detailed evaluation of results:
    The collected material is processed using proprietary AI models to detect pathologies such as biofouling or corrosion. The results are automatically classified to provide a clear and structured overview of the asset's condition, speeding up technical decision-making.
  5. Delivery of technical report:
    Once processing is complete, a detailed report is generated with results, conclusions and recommendations. This document is ready to support strategic decision-making and improve maintenance planning for submerged infrastructure.

Discover how we can reduce the risks and costs of your inspections.

SECTORS IN WHICH WE WORK
MAIN SECTORS: PORTS, SHIPS AND OFFSHORE STATIONS

Inspection of hulls, ports and offshore platforms

Monitoring of corrosion, biofouling and cracks

Underwater photogrammetry technology for accurate measurements