Features

Cetasol highlights how artificial intelligence can significantly reduce fuel consumption and emissions in ferry operations by transforming real-world operational data into actionable, repeatable efficiency gains across complex stop-and-go voyages

eSonar is developing marine mammal detection technologies that help commercial vessels monitor underwater radiated noise and reduce disturbances to endangered species

Knight Optical examines how beam expanders and pressure-resistant optical components help autonomous underwater vehicles maintain laser performance for mapping, inspection, navigation, and remote sensing in subsea environments

An innovative collaboration between Videosoft and Marine AI delivers ultra low bandwidth video streaming technology to significantly enhance real time situational awareness and mission oversight for remote autonomous maritime operations

Pro-Oceanus Systems’ CO₂, CH₄, and TDGP dissolved gas sensors are used in wastewater treatment monitoring, supporting the assessment of greenhouse gas emissions and key process conditions in both new and existing treatment facilities

Boxfish Robotics details how its AUV Software Suite supports autonomous underwater survey workflows through dedicated mission planning, operational supervision, and spatial visualization applications designed for remote marine deployments

SubC Imaging examines how towed camera systems support repeatable large-area seabed surveys through integrated imaging, lighting, and synchronized metadata collection

Innovasea demonstrated its fine-scale positioning technology's ability to track diverse marine species near subsea power cables, providing critical ecological insights for the responsible development of offshore renewable energy

MetOcean Telematics discusses how Iridium satellite connectivity supports reliable real-time ocean monitoring and environmental data transmission in remote offshore environments

Boxfish Robotics explains how DVL-based awareness and stereo vision support autonomous obstacle avoidance while preserving survey integrity during low-altitude marine operations

NBOSI’s 500 Series CTD sensors combine compact construction, precision electronics, and configurable designs to provide research-quality oceanographic measurements for subsea integration applications

Cetasol examines how shipping companies are evaluating future marine fuel pathways using operational baselines, lifecycle emissions accounting, and data-driven transition planning to balance decarbonization goals with operational and commercial constraints

Tocaro Blue enhances maritime radar, essential for reliable, all-weather navigation and 360-degree awareness, with AI-driven processing that improves how targets are detected, classified, and tracked to support safer operations

Deep Trekker has enabled the Port Vue Fire Department to transform underwater operations, utilizing the PIVOT ROV to enhance safety, navigate heavy currents, and improve search success rates in hazardous river environments

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