As Canada’s investment in uncrewed and autonomous systems grows and the Royal Canadian Navy begins testing uncrewed technologies across maritime domains, ENVGO and Open Ocean Robotics are responding to the call by signing a Memorandum of Understanding (MOU) to bring together ENVGO’s high-speed hydrofoiling uncrewed surface vessels (USVs) and Open Ocean Robotics’ persistent, solar-powered USVs through Open Ocean Robotics’ XplorerView command-and-control platform.

The collaboration will use XplorerView as a common operating environment for Open Ocean Robotics’ persistent USVs and ENVGO’s high-speed USVs, creating a foundation for coordinated uncrewed maritime operations. The combined approach means more eyes on the water across Canada’s vast coastlines and Arctic approaches, without adding crew or large vessels.

The companies will jointly define integration milestones, interfaces, and demonstration objectives. 

Canada’s maritime future will be hybrid, with crewed ships supported by distributed uncrewed systems, and will come from technologies proudly conceived and built in Canada. Through this collaboration with Open Ocean Robotics, we are bringing together the best of the best in service of our country’s maritime defence,” said Mike Peasgood, CEO and Chair, ENVGO.

“Modern maritime security depends on interoperability, a system of systems approach that brings the best capabilities together. XplorerView has been proven through years of DataXplorer operations, and bringing new USV capabilities into that environment demonstrates how Canadian technologies can work together to deliver integrated solutions for Canada and its allies,” said Julie Angus, CEO, Open Ocean Robotics.

ENVGO’s Uncrewed Surface Vessel Platform

ENVGO is building a family of uncrewed surface vessels on a common technology platform of onboard autonomy, electric and hybrid propulsion, and hydrofoils, designed to scale across vessel sizes and missions within Canada’s future hybrid fleet. The platform’s underlying hydrofoil technology has logged more than 300 hours of testing and 1,000 kilometres of open-water foiling.

XV2, the first autonomous vessel on the platform, is Canada’s only dual-mission-mode micro-USV: it sprints to a mission area at up to 25 knots on its hydrofoils, then loiters for efficient, low-signature intelligence, surveillance and reconnaissance (ISR).

XV2 delivers capability usually associated with much larger vessels in a compact 2.0-metre, 68-kilogram hull that one person can deploy with minimal launch infrastructure. XV2 went from concept to in-water trials in under six months and is now available for private demonstrations to Canadian defence and security customers.

ENVGO is led by the team behind Aeryon Labs, whose SkyRanger uncrewed aircraft system was deployed in more than 35 countries.

Open Ocean Robotics’ Platform

XplorerView is Open Ocean Robotics’ secure, cloud-based command-and-control maritime intelligence platform, designed to manage multiple uncrewed vessels and bring vessel, sensor, and mission data into a common operational picture.  Operators can plan and control missions, monitor system health, and integrate AIS, radar, camera, sensor, and navigation data in one environment.

XplorerView has been proven through years of DataXplorer operations. Open Ocean Robotics’ solar-powered, self-righting DataXplorer USVs are field-proven across three ocean basins, with more than 13,000 operational hours at sea, continuous deployments exceeding 30 days, and operations in conditions up to Sea State 7. Their long endurance, onboard sensors, AI-enabled detection, and satellite communications provide persistent maritime awareness without onboard crew or propulsion fuel.