Features

SubC Imaging’s Rayfin Observatory Camera captures the rhythms of underwater ecosystems, and has been deployed to observe and monitor sub-Arctic marine ecosystems

applied acoustics delves into how Ultra-Short Baseline (USBL) systems work and their various applications in different water depths, providing key tools for subsea operations by enabling precise tracking of underwater targets

Deep Trekker explains how its ROVs complement divers by enhancing capabilities and improving efficiency across diverse underwater operations

Impact Subsea’s ISS360 is an underwater imaging sonar ideal for integration into ROVs and AUVs for applications such as search and rescue that require high precision imaging

applied acoustics outlines how its USBL tracking systems ensure precise positioning for AUV and ROV operations in complex underwater defense scenarios, including mine countermeasure operations

Subsea camera technology reveals behaviors of northern elephant seals, providing deeper understanding of marine mammal intelligence and adaptive strategies in deep-sea environments

Wavefront Systems employed its Solstice MAS sonar with Sonardyne's SPRINT-Nav Mini to produce high-resolution maps of seagrass beds, supporting restoration in Plymouth Sound

SubC Imaging explains the key considerations for selecting ROV cameras, including low-latency imaging, lightweight design, and seamless integration, for efficient and accurate underwater operations

Charles River Analytics develops advanced autonomy-enabling technologies for maritime applications, integrating artificial intelligence and machine learning for seamless collaboration in human-machine teams

Deep Trekker explores the use of ROVs for marine vessel inspections, delving into its Dead Reckoning navigation technique for more accurate and efficient vessel assessments

Boxfish Robotics provided its Boxfish Luna underwater drone for All Too Clear, a documentary that reveals the effects of invasive quagga mussels on the Great Lakes

Sound Velocity Profilers (SVPs) are vital tools across oceanography, hydrography, defense, and offshore industries, enabling precise underwater acoustic modeling. This article explores leading global suppliers of SVPs.

Advanced Navigation’s Hydrus AUV navigated dynamic currents and challenging seabed terrain to deliver high-resolution imagery for benthic inspection off Rottnest Island, Western Australia

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

AML Oceanographic examines how sensor accuracy in oceanographic instrumentation is defined, measured and validated, outlining the relationship between precision, trueness and bias alongside the statistical and calibration methods used to assess sensor accuracy

applied acoustics has provided a guide on sub-bottom profiling technology and how it helps map the seafloor for offshore construction and environmental protection

Discover how the Valeport SWiFT Sound Velocity Profiler is evolving to meet the demands of autonomous marine platforms, with enhanced power endurance and versatile sensor integration capabilities

Deep Trekker outlines the role of modern sonar systems for inspections and surveys, highlighting their impact on underwater navigation, mapping, and positioning across various marine industries and applications

Open Ocean Robotics’ DataXplorer™ USV, integrated with McLane Research Laboratories’ RoCSI™ eDNA sampler, collected critical data on Shinnecock Bay’s marine species while operating with zero emissions