The project aims to deliver an AI-powered vessel automation toolkit, which will transform existing vessels into smart vessels that have autopilot capabilities and improved operational efficiency. Smart vessel applications will include enhanced catch monitoring capabilities through autonomous navigation and fishing route planning, as well as autonomous location detection of ghost gear in deep water.

The project is led by Halifax, NS-based Marine Thinking, in partnership with ACEL Power in Vancouver, BC. With a total project value of $3,873,528, Canada’s Ocean Supercluster is investing $1,548,990, with the balance of funding coming from project partners.

By developing this toolkit and cross-platform control software, Marine Thinking and its partners will improve data visualization and remote control onboard vessels. The solution will enhance maritime safety and support the health and prosperity of Canada’s oceans and coastal communities while also contributing to the long-term viability of Canada’s fisheries.

This project will support the growth of Canada’s ocean economy, including in the areas of sustainable fishery, offshore energy, and marine transportation. By lowering the barrier for end-users to access smart autonomous vessels and boosting the adoption of AI technologies in vessel operation, the project will position Canada as a leader in maritime automation technology.

The global ocean economy is expected to outpace the broader economy by 20 percent by 2030, and Canada’s ocean community has developed a bold, collective goal to grow the country’s ocean economy by 5X to $220 billion by 2035. Continued investment in the accelerated development and commercialization of globally relevant, made-in-Canada ocean solutions, including the projects announced today, will realize this transformative growth potential mapped out through Ambition 2035.