The vessel movements were captured using newest terrestrial and space-borne AIS technology from FleetMon and its partner Luxspace. The records cover the world's merchant fleet with some 100.000s of cargo ships, tankers, ferries, cruise ships, yachts and tugs. FleetMon provides advanced fleet monitoring services, software APIs, reports and analyses of maritime traffic data. The inset shows live monitoring with the FleetMon Explorer software.
The vessel movements were captured using newest terrestrial and space-borne AIS technology from FleetMon and its partner Luxspace. The records cover the world's merchant fleet with some 100.000s of cargo ships, tankers, ferries, cruise ships, yachts and tugs. FleetMon provides advanced fleet monitoring services, software APIs, reports and analyses of maritime traffic data. The inset shows live monitoring with the FleetMon Explorer software.
Video How an AIS MOB Personal Emergency Transmitter works
published on 10 September 2020
Within seconds after the AIS MOB personal locator beacon easyONE-DSC is submerged into the water, the unit activates automatically and starts trasnmitting AIS and DSC alerts into vicinity of up to 7 nauticval miles.
You can also see the bright and strong red LED flare flashing which increases visibility of the victim in darkness drastically.
More product information
Article How AIS Works - Operation of AIS
published on 25 July 2019
Article Ship ahoy! Using AIS data
by LuxSpace Sàrl - published on 30 January 2019
Opinion Scientific Fact: The ‘traditional’ understanding of the ship’s pivot point is wrong!
by Tim Cummins, Harbour Pilot, Portsmouth International Port - published on 9 July 2020
Article New female marine pilot in Cape Town
by Marine-Pilots.com - published on 17 September 2020
Article Study on Automated Remote Piloting: Basic Elements of Cyber Security
published on 24 November 2022
This article was first published in January 2022: The safety aspects of the maritime autonomy solutions need to be addressed. In order to develop maritime autonomy in the first stage in Finland, the Sea4Value / Fairway (54VF) research program has been established to create automated remote fairway pilotage features in the near future.