Canada’s Ocean Supercluster is doubling down on innovation with three new projects, pouring USD$15.8 million (CAD$22.1 million) into cutting-edge ocean technology. These initiatives span robotics, maritime electrification, and seaweed cultivation, each poised to reshape industries and bolster Canada’s position as a maritime innovator.
The Marsupial Flying Robots Project, led by Avestec, is a standout example of how robotics can transform offshore operations. With USD$2.57 million (CAD$3.6 million) in funding, this project aims to develop a dual-robot system designed for complex inspections in hazardous environments. By reducing human exposure to dangerous conditions, the Marsupial Flying Robots could significantly enhance safety and efficiency in offshore and marine settings. “This initiative is set to generate revenue growth and market expansion for Canadian SMEs, strengthen supply chains, and foster innovation-driven economic development,” says Avestec. The project’s success could pave the way for broader adoption of advanced robotic solutions across the maritime sector, driving down costs and improving operational safety.
Meanwhile, Mostar Labs is leading the charge in maritime electrification with the Lilypad: Electric Charge Barge Project. This USD$2.15 million (CAD$3 million) initiative introduces a mobile floating charging station designed to support electric vessels. By providing a flexible, cost-effective charging infrastructure, Lilypad aims to reduce reliance on permanent installations and accelerate the transition to clean marine transportation. “The mobile solution operates like a floating gas station for electric boats in coastal waters,” explains Mostar Labs. This project not only enhances coastal community resilience but also positions Canada as a global leader in sustainable marine infrastructure. With the growing demand for electrification in regions like the Mediterranean, North America, and Australia, Lilypad offers a low-risk, high-reward opportunity for marinas to capture this burgeoning market.
The Enabling Scalable Seaweed Restoration & Cultivation Project, led by Canadian Pacifico Seaweeds, is another game-changer. With USD$11.08 million (CAD$15.5 million) in funding, this project aims to revolutionize seaweed seeding technology through the development of KelpSpat, an adhesive and automation system that improves kelp seed survival rates by up to 400 percent. This breakthrough enables large-scale sustainable cultivation and seaforestation, supporting rural communities and strengthening aquaculture. “The project includes trials at Indigenous-stewarded farms and explores commercialization pathways for food-grade seaweed, functional foods, performance ingredients, bioplastics feedstock, and regenerative ocean conservation,” says Canadian Pacifico Seaweeds. By tapping into the USD$930 million (CAD$1.3 billion) global edible dried seaweed market and related food system markets, this initiative positions Canada as a global leader in cold-water seaweed cultivation and exports.
These projects underscore Canada’s commitment to leveraging technology and innovation to address pressing maritime challenges. From enhancing safety and efficiency with advanced robotics to accelerating maritime electrification and revolutionizing seaweed cultivation, these initiatives are set to drive significant economic and environmental benefits. As these projects unfold, they will likely spark further debate and collaboration within the maritime industry, shaping the future of ocean technology and sustainability.