Voyis Leads Hull Inspection Platform Project With Autonomous ROV Technology

Canada's Ocean Supercluster has announced two new ocean innovation projects valued at over 8 million dollars, including the 4.7 million dollar Ship Hull Inspection Platform project led by Voyis Imaging. The project will modernise how vessel hull inspections are conducted, delivering faster, safer and more accurate assessments. It replaces traditional qualitative diver inspections with a technology-driven workflow combining autonomous marine robotics, advanced optical imaging, machine learning and digital twin technology.

 

Details of the Project

 

Canada's Ocean Supercluster has announced new projects. These are two ocean innovation projects. Together they are valued at over 8 million dollars. One is the Ship Hull Inspection Platform. It is led by Voyis Imaging.

The project has significant funding. Its total value is 4.7 million dollars. The Supercluster is investing 2 million. Project partners provide the balance. This reflects a substantial commitment.

 

The Project's Purpose

 

The project modernises hull inspections. It delivers faster assessments. These are also safer and more accurate. They serve ship owners and ports. Regulators and maintenance teams also benefit.

The project changes the inspection approach. It replaces qualitative diver inspections. It uses a technology-driven workflow. This combines several technologies. These span robotics, imaging and machine learning.

 

The Technology

 

The system centres on advanced technology. It uses a compact ROV. This carries optical sensors and software. It enables high-resolution inspection. It reconstructs hulls in three dimensions.

The system creates a digital twin. This is a digital twin of the hull. It identifies and documents defects. These include cracks and corrosion risks. Coating degradation and fouling are also captured.

 

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The Practical Benefits

 

The system offers clear practical value. Results are compiled into reports. These can be used immediately. Maintenance and compliance teams benefit. This supports decision-making.

The system reduces vessel downtime. It allows quicker maintenance decisions. It requires fewer diver entries. This improves port safety. Inspections can occur during a berth window.

 

The Partnership

 

The project involves two companies. Voyis Imaging leads it. It is based in Waterloo, Ontario. MarineNAV is the partner. It is based in Prince Edward Island.

The partnership combines complementary strengths. MarineNAV provides the ROV platform. Voyis provides sensors and software. Together they enable the system. This reflects a collaborative approach.

 

Significance of the Project

 

The project strengthens Canadian capacity. It advances domestic expertise. This spans autonomous marine systems. Underwater imaging is also included. Machine learning and digital twins feature too.

The project supports broader goals. Officials cited ambitions for the ocean economy. It creates skilled jobs. It also positions Canada as a leader. This targets global export opportunities.