Vessels are required by law to have a trained maritime pilot on board responsible for safely navigating the ship to its desired destination. However, ensuring safe navigation inside dock environments is demanding as mistakes can be extremely costly, time-consuming to correct, and even fatal. An assisting tool working autonomously to support the maritime pilot by predicting possible collisions would lower the risk involved with navigating the vessel.
LuxSpace CEO, Jochen Harms, on putting the ESAIL microsatellite into orbit.
ESAIL is part of ESA’s Partnership Projects and has been developed to enhance the next generation of space‐based services for the maritime sector. The spacecraft will track ship movements over the entire globe as it orbits the planet.
Lack of standard user interfaces across bridge equipment is a major concern for maritime safety. Pilots are in a unique position, as they are constantly exposed to new and differing bridge working environments, equipment, interface designs and combinations of systems. As pilots face this problem throughout every shift they need to put in considerable effort to adjust their work to the many user interfaces they meet.
The Maritime Innovation Lab serves as a co-creation platform where projects focus on next generation port operations such as vessel traffic management, remote pilotage, and just-in-time port services coordination, as well as maritime autonomous surface ships (MASS) are experimented. In addition, the MIL will also house the maritime data hub to support industry digitalisation efforts and data sharing. Beyond MIL, the MPA Living Lab also supports physical test-beds at sea. The recently...
