Marine2024-09-06T18:12:40+00:00

AI-Driven Solutions for Hull Integrity Management

Inadequate hull or tank integrity management activities can result in unplanned vessel repairs, oil leaks, penalties, and in the worst cases, major accidents due to structural failures. Vidya employs AI-driven solutions which specifically target the external hull and tank integrity to guarantee a safe, reliable and sustainable FPSO operation.

FPSO Hull Digitalization with AI mask

AI-Driven Solutions for Hull Integrity Management

Inadequate hull or tank integrity management activities can result in unplanned vessel repairs, oil leaks, penalties, and in the worst cases, major accidents due to structural failures. Vidya employs AI-driven solutions which specifically target the external hull and tank integrity to guarantee a safe, reliable and sustainable FPSO operation.

Our company is trusted by:

Our company is trusted by:

Vidya technology External Hull and Tank Applications

Engineers are responsible for defining inspection strategies to support maintenance actions, which involves the manual analysis and interpretation of extensive technical reports, often being a time-consuming process. Through Vidya’s AI-Driven solutions, it’s possible to transform hull images and tank historical data into integrity outputs and engineering support.

Aerial view of a ship in the sea

NAVAL DIGITAL TRACKING

Corroded FPSO hull

DIGITAL HULL TRACKING

Naval Digital Tracking

Targeted Assets > FPSO – Tanks
Screenshots from Vidya Sofware Platform showcasing 3d models

The solution processes and visually contextualizes hull historical integrity data, such as thickness measurement and temporary repair history in an AI-Driven 3D environment.

Therefore, delivering the necessary outputs to support naval engineering and structural integrity teams on engineering analysis, lifespan or class society evaluations.

  • 3D heatmaps for identifying critical areas

  • Contextualization of thickness historical data on measurement points on the 3D model

  • Management of hull historical data and traceability of Inspection plans

  • Mobile app for field activities as thickness measurement surveys

  • Support for the engineering and the structural integrity team

FPSO topside with equipment highlited in red within Vidya Software Platform
corrosion being classified by AI Computer Vision
corrosion anomalies in metal structures
Screenshots from Vidya Sofware Platform showcasing 3d models

Engineering partner:

Proper Marine logo

Naval Digital Tracking

Targeted Assets: FPSO – Tanks

The solution processes and visually contextualizes hull historical integrity data, such as thickness measurement and temporary repair history in an AI-Driven 3D environment.

Therefore, delivering the necessary outputs to support naval engineering and structural integrity teams on engineering analysis, lifespan or class society evaluations.

  • 3D heatmaps for identifying critical areas

  • Contextualization of thickness historical data on measurement points on the 3D model

  • Management of hull historical data and traceability of Inspection plans

  • Mobile app for field activities as thickness measurement surveys

  • Support for the engineering and the structural integrity team

The solution combines reality capture with Artificial Intelligence to view, locate, classify and quantify potential discontinuities, pitting and critical corrosion points.

Therefore, reducing people on board and risk exposure for hull inspection, delivering precise anomalies targeting and classification to plan maintenance actions.

  • 90% Precision of AI Computer Vision for Hull Anomaly Detection

  • Potential discontinuities length, pitting and corrosion affected area [m²] mapped and classified

  • Integration with SAP or other CMMS to automate the pipeline of integrity notes

  • Outputs based on inspection standards, such as the Hull Inspection Grading Manual

Digital Hull Tracking

Targeted Assets > FPSO – External Hull
FPSO topside with equipment highlited in red within Vidya Software Platform
corrosion being classified by AI Computer Vision
corrosion anomalies in metal structures

Digital Hull Tracking

Targeted Assets: FPSO – External Hull

The solution combines reality capture with Artificial Intelligence to view, locate, classify and quantify potential discontinuities, pitting and critical corrosion points.

Therefore, reducing people on board and risk exposure for hull inspection, delivering precise anomalies targeting and classification to plan maintenance actions.

  • 90% Precision of AI Computer Vision for Hull Anomaly Detection

  • Potential discontinuities length, pitting and corrosion affected area [m²] mapped and classified

  • Integration with SAP or other CMMS to automate the pipeline of integrity notes

  • Outputs based on inspection standards, such as the Hull Inspection Grading Manual

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