Features

Xeos by Satlink’s Nemo X combines subsea recovery beacon functionality, satellite communications, and remote vehicle control capabilities for autonomous marine platform operations

SubC Imaging examines the key factors influencing subsea video latency, outlining how delays affect offshore operations and how real-time streaming performance can be optimized

Knight Optical outlines the differences between optical domes and optical windows, detailing how factors such as pressure resistance, field of view, and optical performance influence their suitability for subsea and other demanding applications

Ocean Sonics outlines how nearly a decade of acoustic monitoring at Cambridge Bay, Nunavut reveals increasing and more complex Arctic underwater noise across seasons, including contributions beyond summer vessel activity

FT Technologies’ Acu-Res® wind sensors deliver reliable, high-resolution wind data, supporting wind-assisted propulsion, vessel control systems, and performance optimisation in demanding marine environments

Advanced Navigation outlines its integrated manufacturing, validation, and quality management approach to ensure consistent performance and reliability across high precision navigation systems for demanding applications

Greensea IQ outlines how operational pressures, evolving risks, and regulatory developments are driving the need for continuous hull visibility and proactive maintenance, supported by integrated robotic solutions such as EverClean

Cetasol details how AI-supported voyage optimization uses real-time operational data, weather inputs, and vessel-specific modeling to improve fuel efficiency, maintain schedule accuracy, and support regulatory compliance in maritime operations

Charles River Analytics develops the RECORDER tool to help the US Navy manage massive video data volumes by using intelligent compression and customizable rules to maximize disk space

AGISTAR's USVSTAR A300 is an autonomous surface vehicle designed to streamline water sampling, supporting rapid, repeatable collection while maintaining sample integrity across a range of marine environments

Michael Calvert, Geophysical Product Manager at applied acoustics, outlines the design, performance characteristics, and deployment of the HydraSeis multichannel seismic system, with a focus on its use in shallow offshore subsurface imaging and site investigation

As marine science missions grow in complexity, SubC Imaging examines how researchers are shifting toward versatile subsea imaging systems that offer selectable internal recording and real-time topside data streaming

Advanced Navigation’s case study explores how Tamboritha balanced cost, performance, and rapid deployment using the Boreas A70 for precise deepwater ROV navigation

Deep Trekker supported Arctic researchers on the 2025 Blue Green Expedition, using advanced ROV technology to explore Greenland shark habitats and fragile polar marine ecosystems

Cetasol explores how data driven approaches are enabling maritime decarbonization through improved operational efficiency, continuous emissions measurement, and digital monitoring, supporting compliance and performance

Advanced Navigation outlines how it protects naval vessels from GPS interference, detailing resilient inertial navigation systems, electronic protection strategies, and solutions for both surface and underwater platforms

Tocaro Blue’s ProteusCore software applies machine learning to marine Radar data, enabling automated target detection, classification, and tracking for improved situational awareness during marine operations

SubC Imaging’s Rayfin Trench subsea camera enables automated high-resolution imaging at hadal depths, using no-code scripting to coordinate capture, lighting, and sensors while managing power and data collection

Following successful Dungeness crab trials in California, innovative on-demand fishing systems are being deployed offshore to mitigate whale entanglement risks while maintaining high efficiency in deep-water lobster harvesting operations