We build autonomous underwater capabilities that integrate observations from distributed sensors, autonomous platforms and existing customer systems into an evolving understanding of the underwater domain.
From isolated observations to persistent operational knowledge.
The seabed carries critical infrastructure that societies depend on every day. Yet underwater awareness is still largely created mission by mission — observations are collected, systems return, and the operational picture fragments.
The underwater environment does not stop changing when a mission ends.
Autonomy, distributed sensing and the ability to integrate observations from existing systems now make something different possible: persistent underwater understanding that evolves across platforms, missions and time.
SubOcean Eyes is building for that shift.
MOBY is the native underwater platform of the SubOcean Eyes architecture — designed to operate autonomously, adapt to different mission roles and contribute to a continuously evolving understanding of the underwater domain.
Its role is defined through mission payloads, software configuration and operational policies, allowing a common platform architecture to support multiple operational needs without being tied to a single mission.
MOBY is designed not only to observe the underwater environment, but to remain present, interact with it and act within it.
Persistent underwater understanding cannot depend on one vehicle, one sensor or one mission.
The SubOcean Eyes architecture is designed to integrate observations from MOBY, distributed sensors and the systems a customer already operates — across underwater, surface and airborne domains. These observations contribute to an evolving body of operational knowledge that persists across missions and can inform what happens next.
Across systems and domains.
Bring distributed observations together.
Build knowledge across missions and time.
Use understanding to guide future operations.
SubOcean Eyes capabilities are designed for missions where continuity, autonomy and reliable understanding of the underwater environment are critical.
Persistent observation, inspection and situational awareness around subsea cables, pipelines, ports and other strategically important underwater infrastructure.
Autonomous underwater capabilities for surveillance, area awareness and mission-specific operations in demanding and contested environments.
Distributed and autonomous operations across the water column and seabed — extending operational awareness beyond the duration and reach of individual missions.
SubOcean Eyes develops its underwater capabilities in Finland, combining autonomous systems engineering, marine technology and rapid physical prototyping.
The Baltic Sea provides a demanding environment for developing systems intended to operate reliably in complex underwater conditions and evolve toward broader missions and operating environments.
Designed, developed and integrated in Finland.
Building the next generation of underwater capability. SubOcean Eyes works with defence organisations, maritime operators, technology partners and investors who share the need for more persistent and connected underwater operations.
If you are exploring how autonomous platforms, distributed sensing and existing systems can contribute to a more complete understanding of the underwater domain, we would like to hear from you.
Contact us