Features

A Boxfish ROV enabled Deep Dive Division to navigate a confined underwater tunnel and gather inspection data using sonar systems where visual methods were ineffective

Ground Control examines how layered communications architectures can help offshore uncrewed surface vessel operators maintain visibility, continuity, and operational confidence when primary connectivity is disrupted

AGISTAR's Automatic Winch provides a controlled and efficient method for deploying and recovering underwater instruments from USV platforms during marine monitoring, research, and sampling operations

Coastal Sensing utilized the Voyis Discovery Stereo I-Series to develop a metrically accurate 3D model of an armored pipeline in Lake Washington

ALSEAMAR’s BMTI buoyancy modules provide depth-rated subsea buoyancy solutions for oceanographic vehicles and underwater platforms operating in shallow to full-ocean-depth environments

NORBIT Subsea showcases NORdredge, a real-time monitoring solution that combines multibeam sonar data and GIS-based visualization to support dredging operations

Cerulean Sonar’s Omniscan FS supported the successful identification of the Steinbrenner wreck during a deepwater Lake Superior ROV expedition near Isle Royale

Cetasol examines how crew training, change management, and user-focused AI tools support safer, more efficient, and sustainable maritime operations

Deep Trekker provides an overview of sonar technologies supporting underwater navigation, subsea inspection, real-time mapping, and asset assessment in complex marine environments

Deploying SubC Imaging's advanced recording software aboard a national research ROV enabled scientists to capture high-resolution seafloor imagery and seamlessly stream live video during complex expeditions across the Norwegian-Greenland Sea

MetOcean Telematics outlines how configurable surface detection methods in subsea recovery beacons, including conductivity, capacitance, and GNSS-based sensing, support reliable activation of recovery functions across challenging ocean environments

Xsens inertial sensors provide stable motion, heading, and heave data for offshore and subsea systems operating in challenging marine environments

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