Kraken Robotics offers a broad range of rental equipment through its @EIVA_HQ, @sonardyne and @teamvoyis subsidiaries, supporting subsea and marine operations across survey, mapping, imaging, positioning, navigation, and equipment deployment. With a rental pool that includes integrated ROTV survey solutions, individual sensors, positioning systems, and towing equipment, Kraken provides flexible solutions that can be configured around specific survey requirements. 𝗜𝗻𝘁𝗲𝗴𝗿𝗮𝘁𝗲𝗱 𝗥𝗢𝗧𝗩 𝗦𝘂𝗿𝘃𝗲𝘆 𝗦𝗼𝗹𝘂𝘁𝗶𝗼𝗻𝘀 ViperFish and ScanFish provide remotely operated towed vehicle solutions that can be configured for different subsea survey applications. ScanFish can be configured for magnetometer surveys, sub-bottom imaging, soft-tow applications, high-resolution seabed imaging, and UXO survey applications. ViperFish can be configured for high-resolution imaging, autonomous USV operations, offshore energy seabed mapping, geophysical site inspections, subsea pipe and cable inspections, and other hydrographic and geophysical surveys. 𝗜𝗺𝗮𝗴𝗶𝗻𝗴 𝗦𝗲𝗻𝘀𝗼𝗿𝘀 The rental pool includes multibeam echo sounders and side scan sonar systems for applications including hydrographic survey, seabed mapping, imaging, and inspection. There are also optical sensors, laser scanners and camera systems available, which provide 3D point cloud data, high resolution stills and videos for subsea surveys, inspections and monitoring applications. 𝗡𝗮𝘃𝗶𝗴𝗮𝘁𝗶𝗼𝗻 & 𝗣𝗼𝘀𝗶𝘁𝗶𝗼𝗻𝗶𝗻𝗴 The USBL and inertial navigation systems support accurate subsea positioning, navigation, and motion data collection. Options include Micro-Ranger 2, Mini-Ranger 2, SPRINT-Nav, SPRINT-Nav Mini, and SPRINT-Nav U, providing flexible positioning and navigation solutions for subsea operations. 𝗧𝗼𝘄𝗶𝗻𝗴 & 𝗗𝗲𝗽𝗹𝗼𝘆𝗺𝗲𝗻𝘁 OceanEnviro winches are available in a range of sizes and configurations to support the towing and deployment of subsea survey platforms and sensors. Available with coaxial and fibre-optic cables, the winches can be matched to different survey vessels and operational requirements. From individual sensors to complete, ready-to-use survey solutions, Kraken Robotics provides flexible rental equipment to support a wide range of subsea and marine survey requirements. Explore our rental equipment: EIVA: eiva.com/rental/show-rental-… Sonardyne: sonardyne.com/offer/hire/ Voyis: voyis.com/rental-option-for-… #KrakenRobotics #SubseaSurvey #MarineTechnology #SurveyEquipment #SubseaTechnology #HydrographicSurvey #MarineSurvey #OceanTechnology #ROTV #SeabedMapping #OffshoreTechnology

Every mission has its own power demands. Kraken SeaPower was built to meet them. From small UUVs to the largest XLUUV platforms, our pressure-tolerant, lithium-ion battery systems scale to match the endurance, payload, and range each vehicle class demands. Small and Medium UUVs The lightest, smallest, and most energy-dense subsea battery option—maximizing endurance and payload within compact vehicle designs. LUUVs Increase mission duration with a high-capacity, pressure-tolerant battery system engineered for extended autonomous operations. XLUUV A modular architecture designed to scale, enabling next-generation extra-large autonomous underwater vehicles with the energy required for the longest and most demanding missions. With scalable configurations exceeding 1 MWh, Kraken SeaPower pressure-tolerant lithium-ion battery systems help operators extend range, increase endurance, and unlock new mission capabilities. Learn more: krakenrobotics.com/products/… #KrakenRobotics #SeaPower #SubseaEnergy #MarineTechnology #AUV #UUV

Kraken Robotics’ Sub-Bottom Imager (SBI) has been deployed across offshore wind developments in Europe, Asia, and North America providing reliable cable detection and 3D acoustic imaging of buried infrastructure across a wide range of seabed conditions. In Taiwan alone, Kraken has supported surveys across seven of the country’s eight offshore wind farms, from its earliest offshore wind projects through to current developments. Across projects in the region, SBI has achieved cable detection rates of more than 95%. Imaging buried cables is a difficult technical challenge. Sediment type, burial depth, cable construction, and seabed complexity can all affect acoustic performance. SBI has been purpose-built and continually refined for this application, drawing on years of operational experience across commercial offshore projects. For route verification, cable depth of burial, and remedial assessment, that experience matters. SBI provides operators with dependable 3D sub-bottom data from the first survey, helping reduce uncertainty and the risk of additional survey work. Learn more about the Sub-Bottom Imager: krakenrobotics.com/services/… #KrakenRobotics #SubBottomImager #OffshoreWind #SubseaCables #CableSurvey

Kraken Robotics offers a range of software solutions through EIVA’s NaviSuite platform, supporting subsea operations from survey/inspection planning and navigation through data acquisition, processing, modelling, and delivery. By embedding automation and autonomy throughout the subsea workflow, NaviSuite helps teams improve efficiency, maintain data quality, and deliver consistent results.  𝗡𝗮𝘃𝗶𝗣𝗮𝗰  NaviPac supports navigation, positioning, route planning, and waypoint management for surface and subsea vessels, helping operators manage and optimise operations in real- time while maintaining accurate vehicle positioning and data quality. .Used across applications ranging from hydrographic survey and IMR projects to barge management and rig moves, NaviPac provides a common operational platform for maritime positioning and vessel management. Learn more: ow.ly/4jR350ZLbbJ  𝗡𝗮𝘃𝗶𝗦𝗰𝗮𝗻  NaviScan supports subsea data acquisition, integrating sonar, LiDAR and other survey sensors into a single acquisition workflow, helping teams efficiently collect high-quality data for seabed mapping, inspection, and other maritime survey applications. Learn more: ow.ly/ZbvL50ZLbbI  𝗡𝗮𝘃𝗶𝗘𝗱𝗶𝘁  NaviEdit provides survey data processing and quality-control tools, supporting navigation and sensor data processing with autonomation features that help reduce manual effort, improve consistency, and accelerate project delivery. Learn more: ow.ly/WhHv50ZLbbH 𝗡𝗮𝘃𝗶𝗠𝗼𝗱𝗲𝗹  NaviModel supports the processing, visualisation, and modelling of subsea survey data, helping transform collected data into accurate 3D models and deliverables that support analysis, inspection, and decision-making. Learn more: ow.ly/87hf50ZLbbK 𝗡𝗮𝘃𝗶𝗦𝘂𝗶𝘁𝗲 𝗥𝗢𝗩 𝗔𝘂𝘁𝗼𝗻𝗼𝗺𝘆  NaviSuite ROV Autonomy brings automation and supervised autonomy to ROV inspections, supporting waypoint following, stand-off control, and automated vehicle movement to improve inspection consistency, reduce pilot workload, and enhance operational efficiency while keeping the pilot in control. Learn more: ow.ly/n3EJ50ZLbbA  #KrakenRobotics #EIVA #NaviSuite #SubseaSurvey #SubseaData #UnderwaterData #3DSubseaMapping #MarineTechnology #SubseaTechnology #ROV #UnderwaterInspection #OffshoreEnergy

Kraken Robotics understands that in naval operations, small details revealed through high-resolution subsea imaging can change the interpretation of an entire mission area.​ Rope, cables, tyres, ladders, anchors, small debris, and mine-like objects can all present differently on the seabed. At lower resolution, these objects may be harder to distinguish from true threats, increasing the risk of missed contacts or unnecessary follow-up investigations.​ Kraken SAS delivers high and ultra-high-resolution seabed imagery that helps operators detect, assess, and determine subsea objects with greater confidence. For mine countermeasures, maritime security, and critical underwater infrastructure surveys, that confidence supports faster decisions and a clearer understanding of what is on the seabed.​ Learn more about how Kraken supports naval operations: ow.ly/rcGc50ZIfYN​ #KrakenRobotics #SyntheticApertureSonar #SAS #MaritimeSecurity #MineCountermeasures #SubseaTechnology

Kraken Robotics offers a range of optical imaging technologies designed to provide high-resolution visual and 3D data for subsea inspection, measurement, and monitoring. Combining precision LiDAR, underwater imaging, and 3D reconstruction, these technologies support applications across defence, offshore energy, marine infrastructure, and scientific research. Kraken Subsea LiDAR Kraken Subsea LiDAR delivers high-precision 3D data for the inspection and monitoring of underwater assets and environments. It produces detailed point clouds with millimetric accuracy and supports applications including dimensional measurement, digital twins, change detection, infrastructure inspection, and asset monitoring. Learn more: ow.ly/blRl50ZHgi8 Voyis Laser Scanners Voyis laser scanning technologies enable detailed 3D reconstruction and measurement of underwater assets. By capturing accurate spatial and visual data, they support inspection, analysis, and monitoring across a range of subsea applications. Learn more: ow.ly/80aJ50ZHgi6 Voyis Discovery Stereo Cameras Voyis Discovery Stereo Cameras combine high-resolution stereo imaging, integrated lighting, and onboard processing to support subsea inspection, 3D modelling, and vehicle awareness. The cameras provide low-latency video, detailed still imagery, and 3D data, helping operators understand and measure underwater environments. Learn more: ow.ly/8Czj50ZHgi3 Voyis Observer Imaging Systems Voyis underwater cameras capture high-resolution imagery in challenging subsea environments, supporting detailed inspection, documentation, and 3D modelling. Designed for integration with ROVs and AUVs, the Observer Imaging Systems provides visual data for a wide range of subsea operations. Learn more: ow.ly/JrmF50ZHgig #KrakenRobotics #SubseaImaging #LiDAR #UnderwaterImaging #3DImaging #DigitalTwin #SubseaTechnology #MarineTechnology #OffshoreEnergy #MarineInfrastructure #OceanTechnology

Kraken Robotics Reports Q2 2026 Financial Results “Our second quarter and year-to-date results reflect our continued focus on building for long-term growth, supported by recent product orders, an expanding customer base, increased manufacturing capacity and an enhanced organizational structure with several additions to our senior management team,” said Greg Reid, CEO of Kraken Robotics. “The closing of the Covelya Group acquisition early in the third quarter represents a major inflection point for Kraken, significantly expanding our total addressable market and strengthening our position across subsea defence and commercial markets.” Read the press release: ow.ly/FUJw50ZG0Zu

Kraken Robotics offers a range of subsea survey platforms designed to support advanced sonar and environmental sensors across defence, mine countermeasures, offshore energy, and marine survey applications. From high-speed seabed mapping to hydrographic, oceanographic, and environmental data collection, these platforms support efficient and reliable survey operations in demanding marine environments.   KATFISH   Purpose-built for Kraken SAS, KATFISH is an actively stabilized towed vehicle designed to deliver consistent, ultra-high-resolution seabed imagery over large survey areas. Its stable flight characteristics support reliable target detection, classification, and mapping. Learn more: ow.ly/VTtj50ZBGpS EIVA ScanFish   The flexible EIVA ScanFish range of platforms consists of multiple remotely operated towed vehicle variants, designed for applications such as geophysical, hydrographic, oceanographic, and environmental surveys. Its modular payload configuration allows operators to integrate multiple sensors and acquire complementary datasets in a single deployment. Learn more: ow.ly/IZqu50ZBGpT  EIVA ViperFish   ViperFish is a compact remotely operated towed vehicle designed for inspection and mapping applications. Designed for deployment from crewed and uncrewed surface vessels, it provides an intelligent platform for sensor integration and subsea data collection. Learn more: ow.ly/aTiM50ZBGpU   #KrakenRobotics #SubseaTechnology #HydrographicSurvey #OceanTechnology #DefenceTechnology #OffshoreEnergy #MarineTechnology #KATFISH #ScanFish #ViperFish

Kraken Robotics will be exhibiting at a number of industry events across Europe and the Americas throughout the remainder of 2026, connecting with defence, offshore energy, and subsea professionals across our global markets. 📍 DALO Industry Days | Aug 19–20 | Herning, Denmark 📍 Rio Oil & Gas | Sep 21–24 | Rio de Janeiro, Brazil 📍 DEFSEC Atlantic | Oct 6–8 | Halifax, Canada 📍 Hydro 2026 | Oct 27–29 | Antwerp, Belgium 📍 Euronaval | Nov 3–6 | Paris, France Meet our teams at these events to learn more about Kraken Robotics’ SAS, sub-seabed imaging, LiDAR, subsea power, and wider portfolio of subsea technologies. See where we’re heading next and catch up on our latest news: ow.ly/ZrSf50ZBlXn #KrakenRobotics #DALOIndustryDays #RioOilAndGas #DEFSECAtlantic #Hydro2026 #Euronaval

Kraken Robotics offers a range of navigation and positioning technologies designed to deliver accurate guidance, tracking, and localisation for crewed and autonomous underwater operations. From hybrid inertial navigation to acoustic positioning, these technologies enable safe, reliable operations in GPS-denied environments. SPRINT-Nav SPRINT-Nav combines inertial navigation (INS), Doppler velocity log (DVL), and pressure sensing in a single compact system. The family has been designed to work with any size AUVs, ROVs, and USVs. It delivers precise navigation while reducing payload, cabling, and integration complexity. Learn more: sonardyne.com/product/sprint… Fusion 2 LBL Fusion 2 unifies Long Baseline positioning (LBL), Sparse LBL, and acoustically aided inertial navigation into one integrated system. Designed for subsea construction, metrology, and inspection projects, it delivers centimetric accuracy while reducing vessel time, mobilisation effort, and operational complexity. Learn more: sonardyne.com/product/fusion… Ranger 2 USBL Ranger 2 combines a topside transceiver, tracking software, and in-water transponders in a single scalable Ultra Short Baseline (USBL) family. Designed for vessels, USVs, ROVs, and divers, it delivers precise target tracking while spanning from portable, shallow-water systems to the most powerful long-range USBL on the market. Learn more: sonardyne.com/product/ranger… #KrakenRobotics #UnderwaterNavigation #AcousticPositioning #MarineTechnology #AutonomousSystems #SubseaTechnology #OceanTechnology

Kraken Robotics develops advanced subsea technology, but that work is only possible because of the people behind it. In this video, members of our Aberdeen team share what they do, what it's like working at Kraken Robotics, and what makes our working environment unique. If you're interested in building technology that supports defence, offshore energy, and ocean science, take a look at our current opportunities: ow.ly/YtFv50ZymyY #KrakenRobotics #Careers #LifeAtKraken #MarineTechnology #EngineeringJobs #OceanTechnology

Kraken Robotics’ subsea LiDAR provides operators with an accurate and repeatable way to monitor the long-term movement of critical subsea infrastructure. Flowlines and jumpers can gradually move over time due to thermal expansion, seabed interaction, and operational loading. Monitoring that movement helps engineers understand asset behaviour, assess long-term trends, and support informed asset integrity decisions. The video below overlays high-resolution subsea LiDAR datasets acquired in 2016, 2019, and 2024 at approximately 1,500 metres water depth, revealing measurable infrastructure movement over time. The repeat surveys are conducted without any physical contact to the structures/jumpers and provide engineering-grade 3D data in half the time compared to other methods. Read the full case study: krakenrobotics.com/case-stud… #KrakenRobotics #SubseaLiDAR #AssetIntegrity #OffshoreEnergy #SubseaTechnology

Kraken Robotics offers a range of sonar systems designed for high-resolution imaging, obstacle avoidance, and underwater security across defence, offshore energy, and marine survey applications. From ultra-high-resolution seabed imaging to real-time navigation and underwater security, these technologies support a wide range of critical subsea missions. Kraken SAS Kraken's Synthetic Aperture Sonar (SAS) produces ultra-high-resolution seabed imagery that enables operators to detect, classify and inspect underwater objects with exceptional detail. It supports mine countermeasures, hydrographic surveys, and critical underwater infrastructure inspections. Learn more: ow.ly/PvAp50ZvyHX Solstice MAS Solstice Multi-Aperture Sonar (MAS) delivers high-resolution seabed imagery with wide-area coverage. Combining a compact footprint with low power consumption, it is designed to maximise the capability of uncrewed underwater vehicles. Learn more: ow.ly/5Blt50ZvyHT Vigilant FLS Vigilant Forward Looking Sonar (FLS) provides real-time obstacle detection and seabed mapping allowing crewed or uncrewed vessels and vehicles to navigate complex underwater environments safely and effectively. Learn more: ow.ly/6ytU50ZvyHW Sentinel IDS Sentinel Intruder Detection Sonar (IDS) continuously detects, classifies and tracks divers, UUVs and other underwater threats, providing persistent protection for ports, vessels and critical infrastructure. Learn more: ow.ly/TCgT50ZvyHZ #KrakenRobotics #Sonar #SyntheticApertureSonar #MineCountermeasures #MaritimeSecurity #MarineTechnology #CriticalInfrastructure #Maritimesecurity #SentinelIDS #DefenseTechnology #AUV #UUV #ForwardLookingSonar

Kraken Robotics' Synthetic Aperture Sonar (Kraken SAS) captured these images of concrete mattresses protecting a subsea cable.​ While the mattresses are clearly identifiable in the overview, the level of detail becomes apparent when zooming in. Individual concrete blocks measuring just 20 × 20 cm remain clearly resolved at approximately 55 m range, demonstrating the consistent, high-resolution performance of synthetic aperture sonar.​ SAS imagery enables survey teams to move beyond simply locating infrastructure to understanding its condition, providing greater confidence when assessing critical underwater infrastructure.​ Learn more about Kraken Robotics' Synthetic Aperture Sonar:​ ow.ly/tKIw50ZqUe8​ #KrakenRobotics #SyntheticApertureSonar #SubseaTechnology #OffshoreEnergy #MarineTechnology #CriticalUnderwaterInfrastructure

Kraken Robotics Announces $35 Million in New Orders and Business Update. “Our product portfolio forms the backbone of a wide range of platforms used across both defence and commercial applications and we expect it to represent over 75% of consolidated revenue in 2026. These include crewed platforms such as ships and submarines, as well as uncrewed systems including autonomous underwater vehicles (AUVs), uncrewed surface vessels (USVs) and remotely operated vehicles (ROVs). Beyond vessel-based applications, our dual-use technologies are also deployed in unattended seafloor sensors.” said Greg Reid, CEO of Kraken Robotics. Read the announcement: ow.ly/I1kx50ZpXIe

Kraken Robotics' 3D acoustic Sub-Bottom Imager (SBI) can be deployed in shallow water and nearshore environments utilizing our GeoArm and GeoLink platforms. Designed for stable vessel-mounted survey operations in water depths up to 15m, the GeoArm allows SBI surveys to take place in areas that are difficult to access with traditional towed or ROV-based solutions. The GeoArm was initially designed to ensure cables could be surveyed along the entire cable route - from the intertidal zone to the offshore asset. Since its design, the GeoArm's portfolio has rapidly expanded, surveying around harbour infrastructure and in fluvial environments. Operating in maximum water depths of 8m, the GeoLink is the ideal solution for shallow port and harbour surveys, due to its maneuverability. The GeoLink has a strong track record, particularly for ferrous and non-ferrous UXO surveys. Using our SBI technology, operators can locate and image buried cables, pipelines, boulders, and UXO in the shallow-water zone, supporting route clearance, asset integrity, and offshore energy projects. Learn more about Kraken’s Sub-Bottom Imaging service: krakenrobotics.com/services/…

Kraken Robotics is hiring across our global team, with 35 open positions available in Canada, the United States, the United Kingdom, Germany, Brazil, and remote roles. Current opportunities span software development, operations, commercial, IT, supply chain, and more. View our open positions here: ow.ly/3KeO50ZllHX

Kraken Robotics wishes our U.S. customers, partners, and colleagues a Happy Independence Day. #KrakenRobotics #IndependenceDay

Kraken Robotics is excited to announce the acquisition of Covelya Group. Together, we're creating a world-leading marine technology company focused on transforming subsea intelligence.  "We welcome the new employees to the team and look forward to the many benefits this combination can provide. Together, Kraken and Covelya Group bring complementary products, technological capabilities, and customer relationships that we expect will strengthen Kraken’s growth potential and long-term outlook. This positive long-term outlook is further supported by the expected increase in defence budgets globally, including growing investment in autonomous underwater systems.” said Greg Reid, CEO of Kraken Robotics. Read the announcement: ow.ly/9fim50ZjEPB

Kraken Robotics wishes our Canadian employees, customers, and partners a Happy Canada Day. Headquartered in Canada, with teams across Newfoundland, Nova Scotia, and Ontario, we help deliver subsea imaging, power, and robotic technology to customers around the world, transforming subsea intelligence for defence, offshore energy, and ocean industries. Learn more about Kraken Robotics: krakenrobotics.com/ #KrakenRobotics #CanadaDay