On a fog-heavy morning along the B.C. coast, a pilot boat idles at the edge of a shipping lane. The pilot aboard needs to know not just what the weather is doing now, but what it will do in the next six hours. His call could hold a container vessel at anchor or clear it for a complex manoeuvre through some of the most technically demanding waters in North America. He checks his dashboard. The data is already there.
That data comes from Victoria-based MarineLabs, a company building something Canada's coastal economy has needed for a long time: a real-time, hyper-local intelligence network for the ocean's edge.
The problem MarineLabs is solving is deceptively straightforward. Maritime weather is notoriously difficult to predict at the local level. Global forecast models are built for scale, not for the specific conditions of a single harbour mouth or pilot boarding station.
MarineLabs built a growing network of rugged, self-powered sensor nodes that mount to MarineLabs buoys and existing coastal infrastructure, turning buoys and land locations into live data stations. The platform processes that data through automated systems and machine learning models trained on MarineLabs' own proprietary measurements, producing site-specific forecasts that carry, on average, 50 percent lower error rates than standard global models. Operators get real-time wind, wave, and weather conditions, 10-day hyper-local forecasts, customizable threshold alerts, and 360-degree real-time coastal imagery through BuoyCam.
None of it requires customers to buy hardware or manage equipment. MarineLabs handles that. Ports and pilots subscribe to the intelligence, not the infrastructure.
“Canada’s coastline is one of the most complex operating environments in the world, and for too long the people working on it have been making critical decisions with data that wasn’t built for where they actually are,” says Scott Beatty, CEO of MarineLabs. “We’re changing that, with real-time data and forecasts that are already improving safety and efficiency in major ports.”
The company's longest-standing proof of concept is also one of Canada's most operationally demanding. Since 2021, the Pacific Pilotage Authority and B.C. Coast Pilots have relied on MarineLabs data to coordinate vessel movements up and down the B.C. coast, improving decision-making around ship movements, pilot boarding stations, and the PPA's helicopter transfer operations on the South Coast.
MarineLabs raised the largest seed investment in Canadian history for an ocean technology company, a signal that the blue economy is no longer a niche conversation. Canada has 243,000 kilometres of coastline, more than any other country on earth. That coastline moves energy, goods, and people. It also takes lives when conditions are misread or data is absent.
The company is expanding its sensor network globally, but its foundation is Canadian, and the mission is rooted in the specific challenge of operating reliably in some of the world's most unforgiving marine environments.
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This article is part of CCI’s “By Canadian Innovators” series, which showcases how members of the Council of Canadian Innovators work with homegrown companies to fuel their growth and make Canada more prosperous. Each story in this series highlights the unique contributions of these companies to building a more prosperous, innovation-driven economy. To learn more about the companies CCI works with to build a more prosperous Canada, visit our member directory.
That data comes from Victoria-based MarineLabs, a company building something Canada's coastal economy has needed for a long time: a real-time, hyper-local intelligence network for the ocean's edge.
The problem MarineLabs is solving is deceptively straightforward. Maritime weather is notoriously difficult to predict at the local level. Global forecast models are built for scale, not for the specific conditions of a single harbour mouth or pilot boarding station.
MarineLabs built a growing network of rugged, self-powered sensor nodes that mount to MarineLabs buoys and existing coastal infrastructure, turning buoys and land locations into live data stations. The platform processes that data through automated systems and machine learning models trained on MarineLabs' own proprietary measurements, producing site-specific forecasts that carry, on average, 50 percent lower error rates than standard global models. Operators get real-time wind, wave, and weather conditions, 10-day hyper-local forecasts, customizable threshold alerts, and 360-degree real-time coastal imagery through BuoyCam.
None of it requires customers to buy hardware or manage equipment. MarineLabs handles that. Ports and pilots subscribe to the intelligence, not the infrastructure.
“Canada’s coastline is one of the most complex operating environments in the world, and for too long the people working on it have been making critical decisions with data that wasn’t built for where they actually are,” says Scott Beatty, CEO of MarineLabs. “We’re changing that, with real-time data and forecasts that are already improving safety and efficiency in major ports.”
The company's longest-standing proof of concept is also one of Canada's most operationally demanding. Since 2021, the Pacific Pilotage Authority and B.C. Coast Pilots have relied on MarineLabs data to coordinate vessel movements up and down the B.C. coast, improving decision-making around ship movements, pilot boarding stations, and the PPA's helicopter transfer operations on the South Coast.
MarineLabs raised the largest seed investment in Canadian history for an ocean technology company, a signal that the blue economy is no longer a niche conversation. Canada has 243,000 kilometres of coastline, more than any other country on earth. That coastline moves energy, goods, and people. It also takes lives when conditions are misread or data is absent.
The company is expanding its sensor network globally, but its foundation is Canadian, and the mission is rooted in the specific challenge of operating reliably in some of the world's most unforgiving marine environments.
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