Our Customers

"Here at ForestWave our aim is to maximise the utilisation of our vessels. There is such a wide range of possibilities when it comes to planning your contract cargoes while considering potential market cargoes and also positioning your fleet optimally. Emerging emission regulations will make this process even more complex. Seaber’s software provides a visual user interface that automatically calculates relevant KPIs with just a drag-and-drop move. This helps the users when they quickly need to make decisions and compare multiple scenarios in no time."

“With supply being very tight, optimising our fleet is extremely relevant. Seaber will be a helpful tool to support our scheduling process, save bunkers and most importantly CO2 emissions. We are happy to partner up with Seaber to help us reach our environmental goals.”

“Our aim is to move cargo safely, on time, and maximise efficiency and sustainability of European sea transport. We were looking for software solutions that could support our mission and believe that Seaber is the best tool to help us further digitalise our operations. It is important for us to improve collaboration and the service we provide to our customers. This is a pioneer project and we expect to set a new standard for how the entire industry manages scheduling in the future.”

”Neste's goal is to become a global leader in renewable and circular solutions. In order to achieve this, we need to find new ways to reduce the amount of carbon released into the atmosphere. New solutions and partnerships like Seaber are needed to help us optimise maritime logistics, which is one step towards reducing emissions.”

"After an extensive evaluation of available solutions on the market, we believe that Seaber provides the best tool for us to efficiently handle the planning of shipment schedules and communication with all stakeholders. Together with Seaber’s offering for shipowners, we are able to jointly improve operational efficiency and reduce emissions by optimising port calls and doing our part in avoiding unnecessary repositioning of vessels."