Transas, a Wärtsilä company, will supply a Fleet Operations Solution (FOS) to Wilson ASA, the Norway-based fleet operator.
The FOS creates an infrastructure that includes onboard navigational and communication components to provide enhanced connectivity for business communications and crew services, and access to fleet data from shore-based locations for complete situational awareness.
Connecting Fleet Operations with Ships, Port and Traffic Management
This will be one of the first applications of the Thesis concept within Wärtsilä’s Smart Marine Ecosystem vision. Thesis creates a collaborative environment for ship operations by connecting fleet operations with the ships, the port, and with coastal traffic management, using shared data to increase safety, reliability, and efficiency.
This structure is an important element in Wärtsilä’s vision for future shipping, which uses high levels of connectivity and digitalisation to enable the optimal use of resources, the highest levels of safety, and the least possible impact on the environment.
A-suite Portfolio
The managed service solution incorporates elements of the recently launched A-suite portfolio, a portfolio of decision support tools developed by Transas. It adopts machine-learning techniques in a maritime setting to increase navigational safety and enhance efficiency. The FOS comprises an intelligent tool kit designed to improve vessel operations, while releasing resources for other work tasks, thereby promoting improved fleet efficiency, safety and compliance.
Advanced Remote Training for Seafarers
Wilson will also use the Advanced Remote Training for Seafarers (ARTS) module, an e-learning solution within A-Suite with online access to manufacturer approved, type specific training courses for Navi-Sailor ECDIS. This is fully compliant with SOLAS, ISM, and STCW requirements.
Transas was acquired by Wärtsilä in May 2018, and is seen as being an important advance in achieving Wärtsilä’s Smart Marine Ecosystem vision.
Picture: The Transas Fleet Operations Solution increases navigational safety and efficiency.
