Home Transports Rolls-Royce Partners with Intel for Self-Driving Ships

Rolls-Royce Partners with Intel for Self-Driving Ships

Rolls-Royce recently revealed that it had entered into a deal with Intel, as part of the firm’s endeavor to create fully self-driving ships. The company has been dealing with self-driving shipping technology since the start of 2010.

Last year, the company revealed that it intends to launch its first ever self-driving ocean-going vessels, particularly by 2025.

As an initial step towards this effort, Rolls-Royce introduced its Intelligent Awareness system designed for crewed vessels at the start of the year.

The system comprises LIDAR, a network of cameras and radar all of which are expected to be monitored through a central program. Thanks to machine vision algorithms, the program identifies other hurdles such as other ships and conveys automated alerts to members of the crew. As part of this new transaction with Intel, Rolls-Royce is anticipated to utilize its 3D NAND solid-state tools for storing the data from the network, as Intel Xeon chips process it.

“It’s basically the eyes and ears of the ship. It’s about highlighting hazards in real time,”

Rolls-Royce’s director of ship intelligence Kevin Daffey first told The Verge.

The Intelligent Awareness system has the potential to classify adjacent ships automatically, regardless of whether the vessels are tugs, tankers, cruise ships, and pleasure crafts.

It facilitates proper visibility, especially in inclement weather conditions through centralizing and combining data drawn from various sources. What’s more, the system is vital when ships are moving in close quarters.

In such a situation, said Daffey, ships will normally have to have crew members on board positioned around the water body coupled with walkie-talkies for informing the caption of the impending dangers. Through the Intelligent Awareness system, such human spotters can be improved with digital feeds, which can be shared with the rest of the personnel positioned in the docks. “By implementing the LIDAR system, you get real-time accurate measurements of how far the ship is from its berth. And if any other ship comes near, it sets off an alarm,” said Daffey.

Presently, the Intelligent Awareness system is being evaluated in several ships such as a ferry situated in Japan. Intelligent Awareness is vital for launching greater independence in vessels Shipping firms and engineers have been looking at various ideas of drone ships for several years by focusing at how to either minimize crew numbers or get rid of them completely.

There are several hurdles for such systems. However, many people are in agreement that the basic technology is now in existence. Rolls – Royce ’s series of sensors and cameras are a single step towards this endeavor. Before ships begin to navigate themselves, they ought to spot their surroundings reliably.

“Within the next 18 months to two years, we will see the first commercially operated remote-control vessels. But they’ll be in coastal waters so that individual countries can set the legislative environment,” said Daffey. The autonomy of the ocean-going vessels is anticipated to have to wait until when nations make up an agreement for common codes. Furthermore, it is highly unlikely that vessels transporting volatile items like gas or oil will ever move crewless.

Subscribe to our newsletter

Signup today for free and be the first to get notified on the latest news and insights on artificial intelligence

KC Cheung
KC Cheung has over 18 years experience in the technology industry including media, payments, and software and has a keen interest in artificial intelligence, machine learning, deep learning, neural networks and its applications in business. Over the years he has worked with some of the leading technology companies, building and growing dynamic teams in a fast moving international environment.
- Advertisment -


AI Model Development isn’t the End; it’s the Beginning

AI model development isn’t the end; it’s the beginning. Like children, successful models need continuous nurturing and monitoring throughout their lifecycle. Parenting is exhilarating and, if...