Canada’s ocean economy has the potential to grow significantly, with industry leaders targeting a $100-billion contribution to GDP by 2040. British Columbia, with its 27,000 kilometres of coastline and a world-class marine research network, has become a hub for ocean technology companies quietly securing federal contracts. However, the province lacks the specialized, accessible water infrastructure required to move these technologies from prototype to product.
This is an infrastructure gap that is beginning to cost British Columbia commercial activity. Metro Vancouver and Victoria-based companies developing underwater autonomous vehicles, aquaculture sensor arrays, and marine carbon measurement systems are hitting a ceiling during the transition to commercialization. While Ocean Networks Canada, operated by the University of Victoria, provides sophisticated cabled ocean observatory infrastructure, it is designed for scientific observation rather than iterative hardware testing. The cadence and instrumentation required to de-risk a product in 18 months differ significantly from the needs of a research institution.
This gap is driving work offshore. Norwegian test sites—notably the cluster around SINTEF Ocean in Trondheim—have spent two decades building facilities for commercial marine technology validation, attracting North American firms that cannot secure equivalent access at home. U.S. Pacific Northwest operators near Puget Sound are also capturing this overflow. When a BC company tests in Norway, the resulting data, engineering talent, and follow-on partnerships often remain there.
This pattern mirrors the brain drain seen in the AI sector, but BC possesses a geographic advantage that AI does not: deep fjords, proximity to the open Pacific, existing Department of Fisheries and Oceans Pacific Region assets, and direct access to Asia-Pacific shipping lanes. Losing commercialization activity to Norway is not an inevitability; it is a policy failure in slow motion.
The federal government committed $2.3-billion to the Nature Legacy initiative to protect land and oceans, which forms a pillar of the broader blue economy framework. While Innovate BC’s CleanTech stream has funded early-stage work, the capital stack for physical infrastructure remains fragmented. Estimations for a mid-scale commercial test facility—featuring instrumented deep-water access and vessel support—range between $40-million and $80-million in capital costs, with operating subsidies required until utilization rates support self-funding.
This is a significant, yet achievable, investment. It requires DFO Pacific, Ocean Networks Canada, PacifiCan, and Innovate BC to approach the project as a shared infrastructure goal rather than through separate grant programs. Norway’s public-private ocean technology cluster infrastructure was built through a decade of coordinated institutional investment, and it now attracts foreign capital.
The companies most exposed to this constraint are those at the Series A stage and beyond, where they must run 200-hour endurance trials on autonomous underwater vehicles, validate aquaculture sensor arrays across varying thermocline conditions, or certify carbon measurement buoys against international standards. These tests require infrastructure that BC currently cannot reliably provide at commercial scale.
BC’s ocean tech cluster is growing, and its defensibility—rooted in geography and existing research assets—is unusual in an innovation economy. The question is whether provincial and federal partners can move quickly enough on physical infrastructure to keep commercialization onshore, or if BC will become merely an R&D address for products validated and headquartered elsewhere.
