Our team of scientists and engineers are developing a new generation of autonomous ocean observing systems.
Modular, scalable, and adaptable platforms for multi-domain monitoring, ensuring comprehensive coverage and flexibility.
Interchangeable pontoons for effortless transport, rapid deployment, and customizable sensor payloads tailored to mission needs.
Innovative wave energy harvesting and storage solutions, enabling extended mission durations and sustainable operations.
SEAQR aims to develop advanced marine-focused foundational AI models that will usher in a revolution in marine monitoring and understanding, allowing autonomous oceanic systems to explore and interpret the world around them in ways not previously possible.
Harnessing high-fidelity data for AI model training and real-time insights.
Make complex decisions autonomously, in real-time, adapting to unexpected situations without human intervention.
Interact with oceanographic data and systems using natural language.
Detect unusual objects, environmental changes, or marine hazards.
Identify, track, and analyze marine life, debris, aerial objects, or other things of interest in real-time.
Data collection is at the heart of our mission, but ocean monitoring & exploration methods are costly, limited in scope, and often fail to provide comprehensive, systematic, real-time data in a standardized format. We aim to solve this with our USV-as-a-Service, enabling you to focus on your operations and research while we handle the deployment, maintenance, and data management.
Design and initiate your data collection campaign through our intuitive user interface.
Watch as your data is collected and transmitted in real-time from our network of USVs.
Access and analyze your collected data through our comprehensive analytics platform.