Multi-agent coordination
Distributed USVs and UUVs coordinate as a cohesive mission team.
aerROBOcean is exploring collaborative maritime autonomy, connecting uncrewed surface vessels, underwater robots, bio-inspired systems, seabed sensors, and satellite communications to support future operations in remote and challenging ocean environments.
A collaborative maritime system in which autonomous platforms sense, communicate, plan, and operate together across air, surface, underwater, and seabed domains.
Distributed USVs and UUVs coordinate as a cohesive mission team.
Platforms share observations to extend situational awareness across domains.
Mission plans adapt to changing environments and mission objectives.
Robust links connect air, surface, underwater, and seabed assets.
Operations remain robust in remote and GNSS-challenged environments.
Multi-domain data supports stronger detection and decision making.

Monitor water quality, ecosystems, and climate indicators using coordinated surface and subsurface platforms.

Support persistent situational awareness across coastal regions and remote ocean environments.

Inspect offshore assets, aquaculture sites, and infrastructure with reduced human exposure.

Integrate mission-specific sensors for scientific experiments and distributed data collection.

Provide rapid sensing, localization, and communications support during difficult marine operations.

Map, monitor, and detect changes across the seafloor and subsea infrastructure.
Enable research and conservation with reliable platforms and open data integration.
Strengthen maritime awareness through persistent and coordinated observation.
Combine modular payloads and software for changing mission requirements.
The surface vessel concept is motorboat-sized, low-profile, fully enclosed, and intended for harsh marine and Arctic conditions.
We are seeking collaborators in technology, operations, and research to advance the Arctic Sentinel initiative.