E-navigation

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Wärtsilä successes on remote guidance service capabilities trial

Wärtsilä announced that it successfully tested its remote guidance service, a digital way of optimizing vessel repaid and maintenance operations. By using augmented reality ‘wearables’ and a remote guidance software, the interested parties will achieve real-time communication, with personnel onshore, located anywhere in the world.

New collaboration allows real-time ECDIS updates

Inmarsat and SRH Marine SAIT signed a contract on February 2019, that formalises arrangements for real-time Electronic Chart Display and Information System (ECDIS) updating to be accomplished ‘ship-to-shore’ by using an application over FleetBroadband for the first time.

Ericsson unveils broadband IoT smart vessel

On the occasion of the Mobile World Congress 2019 this week, Stockholm-based telecommunications company Ericsson is showcasing a Smart Vessel industrial use case – operating remotely on commercial 4G broadband. The use case is a joint development of Ericsson, China Mobile and OceanAlpha.

NOAA makes changes in channel depths on raster nautical chart products

NOAA’s Office of Coast Survey announced its plans to change the US Army Corps of Engineers maintained channel depth values on raster nautical chart products, which include paper nautical charts and the corresponding digital raster navigational chart. The change from showing, often outdated, controlling depths, to showing channel project depths on raster nautical chart products, will provide more clarity and safety for mariners.

AI and automation to boost seafarers’ job

Artificial intelligence and automation will improve the human’s place in the near future. Mainly, Jeremy Bogaisky, Deputy Editor at Forbes, quotes that autonomous and remote-control shipping is sure to decrease cost of consumer goods and enhance safety for passenger ferries and cruise liners.

How e-navigation will transform passage planning

During the 2019 SMART4SEA Conference, Børge Hetland, Director of Sales & Marketing at NAVTOR, shared the company’s experience from its’ involvement in European Research & Development projects to describe how the emerging technology is expected to transform the four stages of the Passage Planning procedure in the very near future. His conclusion was that e-Navigation has already started to transform the passage planning process, and it will result in enormous time savings for navigators when preparing voyages – which means increased efficiency and consequently cost savings.

Company develops auto-navigation, auto-docking robotic boat

Yanmar is developing technologies for robotic boats and auto-docking, technologies that are expected to see service in operations in dangerous waters, maritime surveys, or smart fisheries. The autonomous piloting technology involved in the robotic boat was developed into an auto-docking system that can be integrated into fishing vessels or marine pleasure craft. This technology is not just for commercial vessels, but may be integrated into Yanmar vessels to reduce the hassle of docking and make boating a more enjoyable experience.

Watch: Royal Navy improves its autonomous vessel capabilities

L3 ASV delivered its long-endurance autonomous vessel ‘C-Enduro’ to the Royal Navy. The autonomous vessel is scheduled to be used for military data gathering trials by the Mine countermeasures and Hydrographic Capability program, as the Navy seeks to exploit autonomous technology.

Autonomous shipping project tries multiple sensors enhancing safety

The Finnish Geospatial Research Institute and Aalto University will cooperate with maritime solution providers Fleetrange and Tallink Grupp on a project to develop autonomous shipping. Mainly, the project’s goal is to create a system that automatically identifies and recognizes objects, such as navigation aids and other vessels around the ship, improving situational awareness.

Algorithm programs AUVs to take calculated risks

MIT engineers have now developed an algorithm that lets AUVs weigh the risks and potential rewards of exploring an unknown region. Specifically, if a vehicle tasked with identifying underwater oil seeps approached a steep, rocky trench, an algorithm could assess the reward level, and the risk level, if it were to take a path through the trench.  

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