The underwater drone market in the United States is rapidly evolving, driven by innovative companies specializing in robotics and AI. Key players like Clearsight and Dusty Robotics leverage advanced technologies for efficient inspections and automated construction processes, while Cohesive Robotics and built robotics focus on enhancing productivity in manufacturing. From improving energy management to revolutionizing sustainability practices, these firms showcase exceptional capabilities that cater to diverse sectors, shaping the future of underwater applications and robotics.
Riptide Autonomous Solutions is transforming the maritime transportation industry by developing high-performance, affordable unmanned underwater vehicles (UUVs) and autonomous marine robots for defense, research, and exploration. Their innovative approach focuses on advancing the capabilities of undersea vehicles to enhance operational efficiency and accessibility in underwater missions.
Bruin Underwater Robotics specializes in robotics engineering, focusing on the development of innovative underwater exploration technologies. Their unique approach aims to uncover uncharted underwater territories, pushing the boundaries of marine research and exploration.
NBOSI specializes in the development of advanced conductivity-temperature-depth (CTD) sensors for mobile marine platforms, including autonomous and remotely-operated vehicles. The firm offers customizable sensor solutions with various configurations and interfaces, emphasizing accuracy and reliability in marine applications.
AmphibiousAI specializes in developing sustainable amphibious autonomous vehicles designed for both land and underwater travel, utilizing cutting-edge AI technology and innovative graphene-based energy solutions. Their focus on environmental protection and minimal disruption to aquatic ecosystems positions them uniquely within the automotive and green technology industries.
Vatn Systems develops affordable modular autonomous underwater vehicles, leveraging innovative technology to reshape the underwater exploration industry. Their approach focuses on accessibility and versatility, setting the stage for advancements in autonomous marine operations.
Specializing in autonomous underwater vehicles and robotics, ASFT AUV, Inc. addresses the growing demand in the maritime transportation sector by leveraging innovative technology to enhance operational capabilities in commercial applications.
Specializing in marine robotics, this entity develops large, fully-autonomous diesel-electric submarines designed as "motherships" for battery-powered Autonomous Underwater Vehicles (AUVs), featuring innovative blimp and dirigible-like designs for enhanced operational capabilities.
Manifold Robotics specializes in the manufacturing of advanced commercial drone technology tailored for aerial and aquatic applications. They innovate by integrating electromagnetic field sensors for safer unmanned aerial system navigation and a computer vision platform for enhanced unmanned surface vessel operations.
NODAR specializes in developing high-performance 3D vision technology for the autonomous vehicle industry, offering a revolutionary camera-based system that delivers superior range and unprecedented accuracy. Their innovative approach positions them at the forefront of sensor technology, enhancing the capabilities of autonomous vehicles and mobile robots.
Dive Technologies specializes in providing advanced Autonomous Underwater Vehicles, offering unparalleled reliability and flexibility for deep-sea exploration and operations in the maritime industry.
Wanderlust Drones specializes in manufacturing underwater drones and water scooters, positioning itself as a leader in the aquatics technology sector. Its innovative approach focuses on creating high-quality, cutting-edge products that enhance underwater exploration and recreation.
Stanford AUV specializes in robotics engineering, focusing on the development of autonomous underwater vehicles for research and competitive purposes, leveraging innovative technology to enhance ocean exploration and understanding.
Juice Robotics specializes in creating innovative underwater robots designed to make deep-sea exploration accessible and exciting. By merging advanced research with recreational applications, they aim to inspire a fascination with the underwater world through engaging and user-friendly technology.
Tangram Vision specializes in software development for sensor technology, offering innovative solutions that enable the creation of safe and reliable autonomous products. Their flagship HiFi 3D sensor combines high-resolution depth perception with advanced AI capabilities, while their calibration platform supports a wide range of sensors, enhancing the performance and scalability of various applications in robotics and autonomous systems.
Orpheus Ocean is transforming deep-sea exploration through its innovative deep ocean intelligence service, utilizing a network of autonomous assets to enhance our understanding of Earth's underwater environments.
Specializing in software development, Compound Eye innovates 3D perception technology for autonomous machines, utilizing passive sensors to provide comprehensive environmental understanding at a lower cost than traditional active sensors. Their mission focuses on enhancing existing vehicles with advanced sensory capabilities to facilitate the mass production of fully autonomous vehicles and robots.
UCR RoboSub specializes in designing competitive autonomous underwater vehicles, focusing on innovative solutions in the field of underwater robotics within the educational sector.
Specializing in environmental services, Aquatic Sensors develops advanced sensor technologies for comprehensive water quality monitoring, addressing issues such as algae blooms, eutrophication, and pollution. Their innovative products include calibration-free sensors, digital field microscopes with AI capabilities, and next-generation wave buoys, all designed to enhance the efficiency and accuracy of aquatic monitoring.
ProMare is a non-profit organization dedicated to advancing marine research and exploration through innovative projects, such as the Mayflower Autonomous Research Ship and deep-sea dives with custom-designed autonomous underwater vehicles. Its focus on marine archaeology and technology positions it as a leader in enhancing understanding of the marine environment.
Yonder Deep specializes in designing and manufacturing innovative 3D printed Autonomous Underwater Vehicles (AUVs) and Underwater Surface Vehicles (USVs), aiming to inspire lifelong learning through the intersection of robotics and sustainability in the educational sector.
NeuroniCode specializes in software development for intelligent defense systems, focusing on video and AI integration for various autonomous platforms, including UAVs and underwater vehicles. The innovative approach includes compliance with NATO standards and full AI integration capabilities, complemented by a flexible licensing model that enhances cost-effectiveness.
Door Robotics specializes in autonomous indoor drone technology, utilizing advanced sensors and AI software to create detailed 3D models, mapping, measurements, and 360 photography. Their innovative approach allows for comprehensive indoor navigation and data capture, setting them apart in the consumer electronics industry.
Specializing in marine robotics, SeaRobotics develops innovative autonomous systems for the maritime transportation industry, including remotely operated and autonomous underwater vehicles. Their extensive expertise in engineering and field support enables the creation of advanced solutions for various applications, such as hydrographic surveys and hull inspections.
Specializing in research services, Lehigh Underwater Robotics focuses on the design, construction, and testing of autonomous underwater vehicles, offering students interdisciplinary hands-on experience while promoting community engagement to inspire future engineers in the field.
Specializing in defense and space manufacturing, this innovator offers the worldโs first wind and solar-powered autonomous underwater and surface vehicle, designed for long-range ocean missions. Their unique approach combines advanced robotics and AI for scientific research, maritime security, and data gathering.
A student-run organization focused on developing and programming autonomous underwater vehicles, specializing in robotics and marine engineering, and participating in international competitions to showcase innovative engineering solutions.
Strategic Robotic Systems specializes in robotics engineering, focusing on the innovative FUSIONโข hybrid underwater vehicle that integrates AUV, ROV, and diver navigation/propulsion into a single, efficient system. Its advanced design features bespoke sensors and a user-friendly interface, enhancing operational capability for diverse applications such as search and rescue, pipeline inspection, and subsea surveys.
Tercero Technologies specializes in advanced edge AI software and hardware, targeting applications in defense intelligent sensors and autonomous vehicles, leveraging innovative approaches in autonomy and machine learning.
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