Find Marine AI Software developers and suppliers of artificial intelligence software for autonomous and unmanned maritime vehicles; UUV, ROV, USV & AUV
Maritime Artificial Intelligence for Uncrewed Vessels
AI (artificial intelligence) software may be installed on a variety of marine and maritime uncrewed systems platforms, including USVs (uncrewed surface vessels), AUVs (autonomous underwater vehicles) and ROVs (remotely operated vehicles). These vehicles can use the power of AI software to intelligently analyze data from their sensors and learn how to respond to highly dynamic environments.
Guardian Autonomy for USVs – AI Software by Marine AI
Marine AI for Unmanned Surface Vessels
USVs largely use AI for autonomous navigation, combining data from sensors, navigation charts, real-time weather reports and AIS (automatic identification systems) to calculate the best possible route that will avoid all hazards as well as provide optimal fuel economy. This type of marine AI system may help the USV comply with COLREGS (International Regulations for Preventing Collisions at Sea).
USVs may also use AI and computer vision to interpret data from cameras and sonar in order to identify and track targets. This may be useful for a variety of maritime defense applications such as port security and patrolling, and interception of rogue vessel threats.
AI software for autonomous underwater navigation
AUVs may employ the use AI for autonomous navigation. This is particularly important due to the fact that RF communications are largely unusable under water, AUVs may spend large amounts of time without access to GNSS signals or communications with their support vessel.
Charles River Analytics’ AutoTRap Onboard – AI software application for Automatic Target Recognition
AUVs may also undertake missions such as minehunting, inspection and sea life identification with the help of computer vision and AI software.
ROV AI
ROVs typically have less direct need for AI-based navigation as they are usually remotely controlled directly by a human operator. However, AI software in the marine industry can be used to analyze the video feed and images transmitted by the ROV, in order to classify features and spot items of interest, such as structural flaws during marine inspections, that a human may overlook or take longer to see.
MASS @ Moorgate will receive Robosys Automation, among other maritime automation innovators, in London on Thursday 31 October 2024, discussing the opportunities of the sector
The Robosys CSO will present in Theme 4 of MATS 2024, Autonomous Platforms: the Next Generation & Supporting Technology, focusing on ANS for COLREGS compliant USVs
The newly launched Advanced Swimmer Delivery Vehicles from Robosys will be upgraded in a phased roll-out to feature an autonomous mode, allowing autonomous self-navigation
Greenroom Robotics will draw on its maritime autonomy capabilities in a collaboration with SubSea Craft, setting out to develop innovative concepts, products, and technical solutions in the maritime robotics domain
Kraken’s K3 SCOUT USV, K4 MANTA USSV and K5 KRAKEN Gunship are set to be outfitted with BlueHalo’s autonomous innovations and C-UAS systems in order to develop next-generation uncrewed vessels
Greenroom Robotics’ ethical solutions are designed to make the oceans safer and cleaner while enabling sustainable exploration and scientific discovery
Robosys’ Voyager AI is a maritime artificial intelligence software, which delivers autonomous navigation and remote control for USV control systems at various levels of autonomy
The Awarion® Autonomous Lookout System from Charles River Analytics is a leading collision-avoidance notification system, detecting the presence of maritime objects by using AI to assist human lookouts and radar systems
