Why safety technology matters
U.S. Coast Guard statistics reveal the critical need for automated safety systems
In emergencies, there’s often no time to manually activate safety systems. Automated detection and response can mean the difference between rescue and tragedy.
Intelligent, automated safety systems
Our technology adapts to your sailing environment – from harbor to ocean. Whether coastal cruising or offshore passage-making, our systems understand the different risks you face and adjust monitoring and alerts accordingly. Technology that watches continuously, thinks intelligently, and responds appropriately to your specific circumstances
Continuous Monitoring
Systems that never sleep, continuously monitoring critical safety parameters using advanced sensors and AI
Instant Response
Automated emergency protocols that activate in milliseconds, not minutes, when incidents are detected
Commercial Standards
Technology meeting IMO MSC.302-87 Bridge Alert Management standards for commercial vessels
Invisible Integration
Seamlessly integrated systems that require no daily attention, working silently until needed
Engineering for harsh environments
Advanced Sensing
Leveraging your existing boat systems – GPS, AIS, wind sensors, depth sounders – to create comprehensive situational awareness without adding complex new equipment.
- Integration with existing NMEA instruments
- Works with equipment already on your boat
- Intelligent analysis of existing sensor data
Intelligent Processing
Edge AI and machine learning for local decision-making without relying on connectivity.
- On-device machine learning
- Pattern recognition and anomaly detection
- Predictive threat assessment
Communication Systems
Multi-band communication ensuring connectivity even in remote waters.
- Satellite communication integration
- Cellular and VHF backup systems
- Emergency signal broadcasting
Marine-Grade Hardware
Ruggedized electronics designed for saltwater, vibration, and extreme temperatures.
- IP67+ waterproof enclosures
- Corrosion-resistant components
- Wide operating temperature range
The science underneath
Every layer of our platform is invented in-house and covered by our own patent portfolio — across hardware, software, algorithms and sailing-specific solutions. We are not a re-skin of someone else’s stack.
Where the math matters, we do not hide it. The models we build into our products are first written up, peer-reviewed and published as open-access preprints — so any sailor, researcher or surveyor can read what is actually going on under the hood.
The Science of Fatigue at Sea
Biomathematical model for recreational sailing — how fatigue, circadian rhythm and sleep debt affect cognitive performance during passages. Built on 80+ peer-reviewed studies.
Read the preprint →Multi-Day Fatigue at Sea
Two-state biomathematical model for passage-making — how single-day fatigue compounds across multi-day passages, with a mathematical justification of the Swedish watch system based on coprime numbers.
Read the preprint →How we build reliable systems
Fail-Safe Design
Every system designed with multiple redundancies and graceful degradation paths.
Edge Computing
Critical decisions made locally, not dependent on cloud connectivity.
Power Efficiency
Low-power operation that doesn’t drain vessel batteries or require upgrades.
Security First
End-to-end encryption and secure communication protocols throughout.
Modular Architecture
Upgradeable components that evolve with technology without full replacement.
Real-World Testing
Extensive testing in actual offshore conditions, not just laboratories.
See what we have built
The technology above is not theoretical. It ships in our current products — designed and assembled in Mallorca, tested at sea.