Technology overview
Because our first system is still in development, this page gives a high-level overview only. The system's architecture, methods, and performance data are proprietary and are not published.
This reflects an active prototype program. Features and capabilities may change and should not be read as final commercial specifications.
Real-time crew awareness
Continuous, real-time awareness of crew status aboard the vessel.
Faster recognition
Helping crews recognize a potential man-overboard event sooner, for faster and more informed response.
Built for working vessels
Grounded in the realities of the deck: motion, weather, noise, demanding work, and limited attention.
Operator-focused design
Clear status information and alerts for the people responsible for the vessel and crew.
Onboard operation
Designed to work aboard the vessel without depending on shore-based connectivity.
Adaptable to the vessel
Configured to each vessel's layout and operations. Final commercial hardware has not yet been selected.
Safety and reliability goals
Consistent detection, manageable false-alert rates, clear operator feedback, local operation without shore connectivity, and dependable function in real vessel conditions. These are engineering goals, not verified commercial performance claims.
How we test
Development has included controlled bench testing, an initial vessel field test, a formal controlled validation session, and an independently validated improvement in performance. Each stage refines the system ahead of expanded vessel testing.
What comes next
Commercial hardware design, alarm integration, vessel-specific configuration, search-and-rescue support, and testing on larger and more complex vessels.