Case Study
Navigating Subsea Tracking Challenges in Norwegian Fjord Environments
For more than a decade, applied acoustics' ultra-short baseline (USBL) systems and tracking beacons have been used by ROVas to provide reliable inspection data from Norway's fjords
Reducing Risk in Explosive Ordnance Disposal Operations with ROVs
Oceanbotics explores how naval mines threaten ocean operations—and how modern ROV technology is transforming underwater mine detection and disposal for safer missions
Evaluating Survey Performance Using Singlebeam & Multibeam Systems
SatLab Geosolutions compares singlebeam and multibeam echosounder technologies, highlighting their impact on survey efficiency, data quality, and operational performance in inland waterway mapping
Extending Marine Science Capabilities Through ROV Deployment
Boxfish Robotics outlines how the Boxfish Alpha ROV supports mesophotic reef research by enabling safe access, observation, and data collection at depths beyond SCUBA limits
Providing Offshore Precision for Innovative Marine Construction
Discover how GNSS technology from Trimble Applanix is driving accuracy and supporting innovation in offshore engineering
Precision Motion Sensing by Xsens Anchors AI-Driven Maritime Safety
Xsens has provided the critical motion sensing technology for the Sentry AI lookout system from SEA.AI, enabling precise stabilization and object tracking for safer marine navigation in dynamic ocean conditions
Xsens MTi-300 Motion Sensing Technology Optimizes Offshore Wind Site Surveys
Xsens has provided the critical MTi-300 sensor technology used by Tachysséma Développement to deliver real-time wave motion analysis for the OCG-Data buoy, facilitating the global expansion of offshore wind capacity
AML Oceanographic MVP200 Supports CTD Profiling During Barents Sea Survey
AML Oceanographic discusses the deployment of its MVP200 Moving Vessel Profiler system by Fugro Germany Marine during a Barents Sea survey campaign, where underway CTD profiling supported continuous multibeam survey operations
Long Duration Oceanographic Monitoring for Kelp Farm Ecosystem Research
AML Oceanographic’s AML-6 instruments are supporting Cascadia Seaweed’s research into how cultivated kelp environments may influence fish biodiversity and marine habitat conditions
Mitigating Biofouling & Extending Sensor Longevity in Coastal Upwelling Zones
Oregon State University successfully implemented AML Oceanographic UV technology to protect fragile subsea sensors from extreme biofouling, ensuring data accuracy and reducing maintenance costs during six-month deployments off the Oregon coast
