Features

Discover how Fugro’s national-scale seagrass mapping project helps Italy to protect and restore marine ecosystems, driving smarter decisions for coastal resilience and the blue economy

Boxfish Robotics discusses the use of its remotely operated vehicle technology for non-invasive monitoring of Marine Protected Areas, enabling precise visual surveys in deep and mesophotic habitats to support marine park management

SubC Imaging explains how Rayfin SCI simplifies ROV inspections by unifying camera control, recording, and data management within a single platform to improve efficiency and reduce operational complexity

Deep Trekker outlines how its ROV technology is being applied by Australian marine services provider Franmarine, alongside digital inspection workflows, to scale in-water hull inspections, biofouling assessments, and UWILDs across vessel fleets

FarSounder’s Argos 3D Forward Looking Sonar enhances unmanned vessel performance by delivering real-time subsurface mapping, environmental awareness, and intelligent navigation capabilities across hybrid naval fleets

Oceanbotics details the use of its remotely operated vehicle technology by the Maricopa County Sheriff’s Office within a dedicated unit supporting underwater operations across multiple lakes

Impact Subsea discusses the deep-water field testing of its ISA200 Altimeter and Echosounder at Loch Ness, Scotland, demonstrating strong and continuous return signals, clear echogram data, and stable altitude measurements during dynamic operation

Pro-Oceanus Systems’ dissolved gas sensors are enhancing global ocean observatories, enabling continuous carbon dioxide measurements that advance research into ocean acidification and climate processes

AGISTAR’s OXR T100 electric outboard enables remotely operated inflatable boats to support flexible, unmanned oceanographic survey missions with improved safety and operational efficiency

SatLab Geosolutions’ HydroBoat 1200MB USV conducted precise multibeam mapping of Japan’s Yodo River, achieving IHO Special Order accuracy in narrow, obstacle-dense waterways

SubC Imaging explores how subsea remotely operated vehicles support data collection, imaging, and sampling across complex underwater environments for modern oceanographic research worldwide

Ben Grant from Impact Subsea discusses the evolution of underwater sensing, key technology additions, and emerging trends in autonomous subsea operations

Deep Trekker ROVs are helping UNDP and Ukrainian agencies safely advance large-scale underwater demining through technology, training, and national capacity building

AGISTAR’s custom USVs deliver flexible, mission-ready platforms with integrated sensors, intelligent software, and rapid deployment for diverse maritime operations

SubC Imaging’s LiquidOptics lens technology enhances subsea imaging performance, delivering sharp, true-color visuals with minimal distortion across the company’s advanced underwater camera systems

Oceanbotics outlines the deployment of its SRV-8X inspection-class remotely operated vehicle, detailing a step-by-step setup process from system connection to water entry in under three minutes

Voyis has equipped the VideoRay Defender ROV with advanced optical and laser systems, enabling high-resolution imaging and precise subsea measurement in compact inspection missions

SBG Systems explores how to accurately interpret GNSS-denied test reports, emphasizing the importance of real-world performance data and key factors influencing INS reliability in challenging conditions

Impact Subsea ISS360 imaging sonar supports Woods Hole Oceanographic Institution research, enabling a compact, lower-power obstacle avoidance pipeline integrated with a REMUS 100 underwater vehicle