By utilizing SailPlan’s technology, the USCG can easily monitor real-time high-resolution weather, air quality, and other data affecting navigation and make it available to mariners while reducing the cost of ATON maintenance to the USCG.
The deployment is part of SailPlan’s rapidly expanding portfolio of customers seeking to accelerate the connectivity of marine infrastructure and systems. The agreement provides a testbed for real-time monitoring and sharing of weather, current, tide, sea state, and air quality data while also providing real-time station-keeping data to the USCG.
“The U.S. Coast Guard is pleased to join SailPlan in this project as this work supports the worldwide “Successful Voyages, Sustainable Planet” effort led by the International Association of Marine Aids to Navigation and Lighthouse Authorities (IALA),” said Dave Lewald, Program Analyst – Navigation Systems, USCG.
SailPlan and the USCG will collect data, perform studies, and increase infrastructure resilience while reducing ATON maintenance costs. The deployed technology will ensure that critical marine infrastructure remains on-station and in good working order without the need for routine in-person inspections.
“ATONs present a compelling opportunity to improve maritime transportation efficiency and resiliency by providing them with a digital presence. This contract with the USCG brings legacy marine infrastructure into the 21st century,” said Jacob Ruytenbeek, Founder and CEO of SailPlan. “SailPlan will benefit not only the USCG but also port authorities looking to monitor emissions compliance and air quality.”
ABOUT SAILPLAN
SailPlan’s emissions monitoring and optimization platform revolutionizes marine transportation and helps companies achieve provable NetZero. Sailplan’s mission is to reduce fleet emissions, save fuel, and make it easy to achieve NetZero operations while also saving companies time and money. The Sailplan platform uses real-time infrastructure and vessel data feeds including engine, fuel, speed, and stability data, and advanced weather, mapping, and vessel traffic data feeds to monitor and reduce greenhouse gasses.
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