Maritime
Onboard vessel electrical systems are increasingly cable-dependent — and a power failure at sea is a safety event, not just an outage.
The Stakes
Maritime electrical systems are becoming more cable-dependent every year. Hybrid and electric propulsion, expanded onboard automation, and electrified auxiliary systems are all increasing the volume and criticality of medium-voltage cable connections aboard modern vessels.
These connections live in some of the hardest environments any cable splice ever sees: saltwater exposure, constant vibration, thermal cycling, and confined spaces that drive accelerated insulation degradation and make inspection difficult. The result is high failure rates in conditions where failure has outsized consequences.
A cable failure aboard a vessel at sea is not an operational inconvenience — it is a safety event. Loss of propulsion, navigation, or auxiliary power in transit puts crew, cargo, and vessel at risk, with no easy path to repair until reaching port. The criticality is fundamentally different from any shore-side application.
Most of the cable monitoring industry has focused on shore-side utility and industrial applications. Onboard vessel monitoring has been largely overlooked — but the problem is real, the consequences are significant, and the conditions accelerate the exact failure mechanisms our sensors are designed to detect. We see maritime as one of the most underserved monitoring opportunities in the energy transition.
How We Help
•Safety-critical visibility at sea
Onboard power failures aren't operational inconveniences — they're safety events. Loss of propulsion, navigation, or auxiliary power in transit can put crew, cargo, and vessel at risk. Continuous monitoring catches degrading connections before they fail in transit.
•Built for onboard vessel electrical systems
Designed for the medium-voltage cable distribution found in hybrid, electric, and conventional vessels — where cable connection failures cannot be ignored or scheduled around, and inspection access is severely constrained.
•Engineered for the marine environment
Sensor architecture designed to handle the saltwater exposure, constant vibration, thermal cycling, and confined-space installation conditions that define vessel electrical infrastructure — the exact stressors that drive high splice and termination failure rates.
•A monitoring problem few are solving
Most cable monitoring vendors focus exclusively on shore-side utility and industrial infrastructure. Onboard vessel cable health is a real, significant problem — and one of the most underserved monitoring markets in the energy transition.