About
Kraken Robotics, Inc. is a world-leading marine technology company headquartered in Canada, with offices across North America, South America, and Europe. The company specializes in transforming subsea intelligence through a suite of proprietary products and survey services that deliver unparalleled resolution and operational efficiency in underwater environments. Their flagship product, the Kraken Synthetic Aperture Sonar (SAS), integrates simultaneous imaging and bathymetric mapping capabilities, offering best-in-class resolution for seabed surveys. The KATFISH Towed SAS is a high-speed, actively stabilized towfish operating at speeds up to 10 knots, significantly increasing area coverage rates compared to traditional sidescan sonar. For power-critical subsea applications, the SeaPower battery system delivers the highest energy density on the market, purpose-built for unmanned underwater vehicles (UUVs) and subsea energy storage. On the services side, Kraken offers LiDAR solutions for millimeter-resolution inspection of underwater infrastructure, Sub-Bottom Imaging for 3D stratigraphic analysis, Acoustic Coring for deep geological profiling, and full Towed SAS Survey operations. These solutions are deployed across defense (mine countermeasures, surveillance), offshore energy (pipeline and infrastructure inspection), and marine research (oceanographic mapping). Kraken's technology empowers naval forces, energy operators, and scientific institutions to gain critical insights into ocean safety, geology, and infrastructure—making it an essential partner for any organization operating in complex subsea environments.
Key Features
- Synthetic Aperture Sonar (SAS): Kraken SAS simultaneously performs high-resolution seabed imaging and bathymetric mapping, delivering best-in-class data quality for underwater survey operations.
- KATFISH Towed SAS: An actively stabilized, high-speed towfish operating up to 10 knots that dramatically increases area coverage rates versus conventional towed sidescan sonar systems.
- SeaPower Subsea Batteries: Pressure-tolerant, high-energy-density battery systems designed for UUVs and subsea energy storage, offering the highest energy density available on the market.
- LiDAR & Sub-Bottom Imaging Services: Millimeter-resolution LiDAR metrologies and 3D sub-bottom imaging provide detailed insight into underwater infrastructure, stratigraphy, and geological hazards.
- Acoustic Coring: Delivers a 3D acoustic core with a 14-meter diameter and depths exceeding 50 meters, enabling non-invasive geological profiling of the seabed.
Use Cases
- Naval mine countermeasures and underwater surveillance missions using high-resolution SAS imagery for threat detection
- Offshore oil and gas pipeline and infrastructure inspection using millimeter-precision LiDAR metrologies
- Marine geological research requiring 3D sub-bottom profiling and acoustic coring for seabed stratigraphy analysis
- Long-endurance UUV missions powered by high-energy-density SeaPower battery systems for persistent ocean monitoring
- Seabed mapping and bathymetric surveys for port, harbor, and coastal infrastructure development projects
Pros
- Best-in-class resolution: Kraken's SAS and LiDAR systems offer superior imaging resolution compared to conventional subsea survey tools, enabling more accurate and actionable data.
- Global operational reach: With offices in multiple continents and clients in over 30 countries, Kraken provides internationally proven solutions for diverse maritime environments.
- Integrated product and service ecosystem: Kraken offers both hardware products and full survey services, allowing clients to choose technology acquisition or turnkey data delivery as needed.
- High-energy subsea power: SeaPower batteries provide unmatched energy density for long-duration UUV missions and persistent subsea systems, reducing operational constraints.
Cons
- Enterprise-level pricing: Kraken's hardware and survey services are priced for large defense, energy, and research organizations, making them inaccessible for smaller operators or academic projects with limited budgets.
- Specialized domain focus: Solutions are purpose-built for subsea and maritime environments, limiting applicability to organizations outside marine, defense, or offshore energy sectors.
- Hardware-dependent workflows: Leveraging Kraken's full capabilities typically requires deploying specialized physical equipment, which involves logistics, vessel operations, and trained personnel.
Frequently Asked Questions
What industries does Kraken Robotics serve?
Kraken Robotics primarily serves three sectors: defense and naval operations (mine countermeasures, surveillance), offshore energy (pipeline and infrastructure inspection), and marine research (oceanographic and geological surveys).
What is synthetic aperture sonar and how does it differ from traditional sonar?
Synthetic Aperture Sonar (SAS) uses signal processing to synthesize a much larger aperture than the physical sonar array, resulting in dramatically higher resolution imagery across wider swaths of the seabed compared to conventional sidescan sonar.
What makes SeaPower batteries different from standard subsea batteries?
Kraken's SeaPower batteries are pressure-tolerant and deliver the highest energy density on the market, allowing UUVs and subsea systems to operate longer and more efficiently without increasing vehicle size.
Does Kraken Robotics offer survey services in addition to hardware?
Yes. Kraken provides full-service survey operations including Towed SAS Surveys, LiDAR inspections, Sub-Bottom Imaging, and Acoustic Coring for clients who prefer data delivery rather than equipment procurement.
Where is Kraken Robotics headquartered and where do they operate?
Kraken Robotics is headquartered in Canada and maintains offices across North America, South America, and Europe, with active clients and operations in more than 30 countries worldwide.
