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Mission Areas and Use Cases
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Mission Area and Use Case
Detection, survey, characterization, and persistent awareness for undersea environments and infrastructure.
How to read the record
This page shows reviewed True North Map assessments. It is not a released requirement, procurement priority, endorsement, customer interest, or classified guidance.
Organizations reviewed for this mission
Mapped technologies
Separately reviewed Public Needs
Released needs connected through this technology
These Public Needs were reviewed separately against technologies on this page. The Mission Area does not create or change the released source.
11 technologies are connected to both records through separate human review.
Inspect the released need7 technologies are connected to both records through separate human review.
Inspect the released needRead the wider context
Articles appear here when their linked organizations, technologies, or released Public Needs also appear in this Mission Area.
A guide to the different companies, interfaces, and evidence needed to turn a standard container into a useful naval mission system.
Read the articleA timely look at what the first River-class Destroyer production milestone may mean across Canada's naval industrial base.
Read the articleA practical guide to the public infrastructure, logistics, partnership, and sustainment needs shaping Canadian Arctic defence operations.
Our assessment
Organizations are ordered by the strongest published assessment on this page, then alphabetically. This is not a ranking or recommendation.
Company
Rimouski, Quebec
Devocean is a Quebec marine-technology company developing on-demand recoverable buoy systems, embedded ocean electronics and acoustic release mechanisms for field-deployed underwater sensing and data recovery.
3 technologies are connected to both records through separate human review.
Inspect the released need1 technology is connected to both records through separate human review.
Inspect the released need1 technology is connected to both records through separate human review.
Inspect the released need1 technology is connected to both records through separate human review.
Inspect the released need1 technology is connected to both records through separate human review.
Inspect the released need1 technology is connected to both records through separate human review.
Inspect the released need1 technology is connected to both records through separate human review.
Inspect the released needTechnology reviewed for this mission
Devocean's documented capability could supply a distinct sensing, processing, integration, deployment or sustainment layer for a containerized anti-submarine-warfare system; this is an analyst-derived fit, not evidence of a specific procurement role.
Company
Toronto, Ontario
DroneBoy is a Toronto-area commercial-drone company that includes remotely operated underwater vehicle inspection in its industrial imaging, mapping and remote-inspection service portfolio.
Technology reviewed for this mission
Underwater drone imagery and inspection could support assessment of submerged structures and waterway assets; this is a derived mission fit and not a defence-customer claim.
Company
Mount Pearl, Newfoundland and Labrador
Canadian naval and commercial shipbuilding design partner that turns vessel concepts into production-ready digital models, engineering information, and coordinated data for construction and lifecycle support.
Technology reviewed for this mission
Production-ready vessel design and digital coordination can support integration of sensors, payloads, and mission systems on naval platforms, subject to project-specific scope.
Company
Montreal, Quebec
Groupe Ortam Inc. is a Montreal-headquartered environmental, engineering and construction-services company that offers aerial and underwater drone inspection services in Quebec and Ontario.
Technology reviewed for this mission
Underwater drone inspection and three-dimensional data capture could contribute to submerged-infrastructure assessment; the mission fit is derived and not evidence of a defence engagement.
Company
Dartmouth, Nova Scotia
GSTS is a Canadian maritime AI company developing the OCIANA platform for risk management, intelligence and operational optimization across defence, security, commercial maritime and supply-chain environments.
Technology reviewed for this mission
Maritime intelligence, risk analysis and common-operating-picture capabilities could contribute to wider maritime situational awareness; the connection to underwater ISR is a derived fit only.
Company
Edmonton, Alberta
Industrial Recon is an Alberta industrial-inspection company that provides UAV and ROV inspection services, including underwater-drone operators and crews for Western Canadian projects.
Technology reviewed for this mission
Commercial underwater-drone operators could provide localized inspection capability for submerged industrial assets; the mapping is derived and no government customer or defence adoption is asserted.
Company
Halifax, Nova Scotia
Leeway Marine is a Nova Scotia ship owner, operator and manager providing marine support, security and training services, including autonomous surface-vessel capability for complex operations at sea.
Technology reviewed for this mission
Autonomous maritime operations and vessel-support services could be relevant to maritime sensing and training contexts; this is a derived mapping, not a documented defence contract.
Company
Ottawa, Ontario
Canadian defence and technology prime with a seven-site national footprint spanning naval combat management, electronic warfare, all-domain systems integration, autonomous-system control software, advanced manufacturing, training, sustainment, and program delivery.
Technology reviewed for this mission
A combat-management layer can integrate and present shipboard underwater-sensor and track data, but platform-specific anti-submarine performance requires reviewer confirmation.
Company
Edmonton, Alberta
Logican Technologies is an Edmonton electronics-manufacturing company providing domestic design support, assembly, integration and lifecycle support for highly regulated, communications and defence products.
Technology reviewed for this mission
Domestic manufacturing of sonar and related defence electronics could support maritime sensing supply chains; this is a derived alignment, not an assertion of a named CAF system.
Company
Mount Pearl, Newfoundland and Labrador
Pro-Dive Marine Services is a Newfoundland and Labrador-owned marine-services company providing ROV operations, commercial diving, vessels and project support for nearshore and offshore work in Atlantic Canada.
Technology reviewed for this mission
Inspection-class ROV operations and North Atlantic marine support could inform underwater-survey and infrastructure-assessment tasks; this is a derived fit and does not claim current government work.
Company
Ottawa, Ontario
Understand the water conditions shaping a subsea mission. RBR designs and manufactures Canadian oceanographic sensors and loggers for measurements from coastal waters to deep-ocean and polar environments.
Technology reviewed for this mission
Oceanographic measurements can provide environmental context for undersea sensing and operations, although mission-specific integration still requires validation.
Company
Sherbrooke, Quebec
SBQuantum is a Sherbrooke quantum-sensing company developing nitrogen-vacancy diamond magnetometers and magnetic-mapping software for navigation, geophysical, defence, public-safety and space applications.
Technology reviewed for this mission
More sensitive magnetic sensing could support detection and classification of underwater objects, as described by NRC, but this is a derived application and not evidence of a deployed naval system.
Company
Iqaluit, Nunavut
Sedna ROV Services is a 100-percent Inuit-owned Iqaluit marine-technology company providing locally crewed ROV inspections, bathymetry, sea-ice monitoring, wildlife surveys and search-and-rescue support across the Canadian Arctic.
Technology reviewed for this mission
Sedna ROV Services's ROV, underwater-sensing, inspection or mission-support capability could improve rapid collection and interpretation of public-source subsea observations.
Company
Clarenville, Newfoundland and Labrador
Bring clear underwater imagery into inspection, survey, and remote-operation workflows. SubC Imaging combines Canadian cameras, lights, lasers, recording software, and remote systems from Newfoundland and Labrador.
Technology reviewed for this mission
Integrated subsea imaging can support identification and documentation within underwater ISR workflows after a target or infrastructure feature is located.
Company
Stony Plain, Alberta
True Depth Diving & Marine Services is an Alberta commercial-diving and marine-services company providing ROV, CCTV and pipe-crawler inspections across Western Canada.
Technology reviewed for this mission
Portable ROV and crawler inspection could provide visual assessment of submerged or confined infrastructure, subject to task-specific sensor and deployment validation.
Company
Vancouver, British Columbia
Design the ship around the missions it may need tomorrow. Vard Marine provides naval architecture and marine engineering for naval, security, offshore, icebreaking, research, and specialized vessels, including flexible mission bays and deck arrangements that accept standard ISO containers and containerized payloads without dedicating the platform to one role.
Technology reviewed for this mission
Public Vard Marine designs connect containerized and plug-and-play mission payloads with sub-surface surveillance, subsea infrastructure protection, diving, and mine-countermeasure roles. This is a reviewed use-case connection, not proof of a customer requirement or procurement outcome.
Company
Waterloo, Ontario
Capture imagery detailed enough to identify, inspect, and document underwater objects. Voyis combines subsea cameras, lighting, and laser scanning for vehicle-based missions from Waterloo.
Technology reviewed for this mission
High-resolution optical imaging can support underwater ISR when close-range identification, inspection, or documentation is required after initial detection.
Company
Dartmouth, Nova Scotia
Find valuable equipment after it returns from the deep ocean. Xeos Technologies builds Canadian beacons, telemetry products, and sensors for locating, monitoring, and recovering marine assets.
Technology reviewed for this mission
A deep-rated recovery beacon supports underwater system accountability and recovery, but its role is enabling support rather than primary ISR collection.
