Kongsberg Digital has developed cloud-based simulation technology to support advanced operational studies, research and education in the maritime industry. The use of increasingly advanced equipment and an elevated focus on safety and sustainability has raised the bar for innovative new solutions to collect, simulate and share data to assist in optimization of vessel operations.

Kongsberg Digital’s advanced simulation technology has huge potential and is already in use by several international projects focused on developing digital twins and autonomous vessels. In addition, the company continues to develop its simulation technology in support of new competence requirements. It is this focus on improving the quality of maritime education and training which has led to a recent funding award from Innovation Norway of NOK 24 million, to be dedicated to developing cloud-based simulation solutions for teaching and practicing navigation.

“Digitalization and the use of big data will play an increasingly major part in improving safety, efficiency and, not least, in contributing to more sustainable maritime operations. Kongsberg Digital is intensifying its commitment to these goals, and is now establishing a new business domain – Digital Ocean – to deliver value-generating digital solutions in close cooperation with our industry partners,” commented Hege Skryseth, President, Kongsberg Digital. “This project to develop cloud-based training technology is one of many initiatives in which we will participate going forward. By combining our unique domain expertise in digital solutions with our broad experience in developing advanced simulation technology, Kongsberg Digital is in a strong position to raise the bar for quality training in the maritime industry.”

By combining Kongsberg’s world-leading simulation technology with Azure, Microsoft’s cloud-based infrastructure, Kongsberg Digital will develop a cloud-based simulation solution for navigation-related training according to the IMO’s International Convention on Standards of Training, Certification and Watchkeeping for Seafarers (STCW). The resulting simulator will – unlike traditional simulators which are demanding in terms of space and hardware – be a highly cost-effective teaching tool, which can be made available to more students, at any time and in any place.

The research community at the University of South-Eastern Norway (USN) is also taking part in this project, and will contribute to developing the professional curriculum and in necessary research activities to optimize the instructional technology and educational aspects of the cloud-based training solution.