Article

Ship ahoy! Using AIS data


by LuxSpace Sàrl - published on 30 January 2019 -  243 -

Article ans photo(s) by OHB Redaktionsteam, OHB SE

HOW LUXSPACE USES AIS MESSAGES TO MONITOR WORLDWIDE SHIPPING TRAFFIC
It is no secret that the Bremen-based aerospace company OHB likes to take to the skies with its technologies. However, what is perhaps less well known is that the Group is also well-versed in waterways. So it’s high time we shed some light on the darkness of the oceans and highlighted OHB subsidiary LuxSpace. This company is responsible for processing the AIS (Automatic Information System) signals emitted by ships all around the world. Satellites operated by partner company Orbcomm collect the AIS messages and relay them to the ground station and then to LuxSpace, which sends them to its customers.

The satellites are able to track shipping traffic around the globe. This is the process that is used: The AIS signal emitted by the ships is collected by the satellite in orbit, relayed to a ground station and entered via the Internet into a data processing center at LuxSpace, which then passes the data onto the customers. Day by day, around 20 million AIS signals are received. This means, for example, that when a ship departs from Singapore, LuxSpace is able to see when it arrives at the next port.

However, as AIS is an open source signal, the ship captain can also deactivate the signal. As a result, the number of incoming signals varies greatly. Around 180,000 ships are identified each day in Luxembourg.

LUXSPACE IS WATCHING YOU: AIS PROVIDES VALUABLE INFORMATION TO PROTECT AGAINST PIRACY
Yet, who cares about the signals and what benefits do they offer? There is a very wide range of possible applications for AIS. It is not only the shipping companies that need to know the current location of their ships, AIS is also highly relevant for maritime surveillance. This is because conventional surveillance systems, with which authorities control their territory, are installed on the coast and do not have very much penetration. By contrast, AIS can look beyond the horizon. The Luxembourg LuxSpace staff can see where ships come from, what maneuvers they have made on the open sea and whether they are even the ships they purport to be. Obviously, this is valuable information for combating modern forms of piracy. Many organizations need such information: LuxSpace has also been supplying the European Maritime Safety Agency EMSA with marine surveillance data for several years.

Another advantage of using AIS signals is that they help to detect marine pollution. Because LuxSpace can see which ships were traveling in a specific marine region at any given time, suspicious ships can be identified quickly. Some captains also use AIS as means of protection as it demonstrates to the surveillance authorities that “we are here, make sure you keep us safe.”

AIS ENABLES FAST HELP
And what about refugee boats? Obviously, they are not fitted with AIS, but once they have been located, the relevant authorities can contact ships when help is required.

Originally AIS was invented to avoid collisions as it is often dark and foggy out at sea. In addition, ships have a braking distance extending over many kilometers. All ships used to communicate their position, speed and direction to other ships continuously via AIS. It was not until years later that it was realized that it was also possible for the signals to be picked up in space.

Fishing in foreign waters? The satellite images provided by Copernicus makes this really difficult. Satellite imagery combined with AIS signals can help locate illegal shipping boats as a means of preventing wild fishing. LuxSpace is going to work on an ESA-funded project in conjunction with Mexico to improve the surveillance of Mexican waters.
What's your opinion on this?
Login or register to write comments and join the discussion!
Read more...

Video How an AIS MOB Personal Emergency Transmitter works

published on 10 September 2020

Within seconds after the AIS MOB personal locator beacon easyONE-DSC is submerged into the water, the unit activates automatically and starts trasnmitting AIS and DSC alerts into vicinity of up to 7 nauticval miles.
You can also see the bright and strong red LED flare flashing which increases visibility of the victim in darkness drastically.
More product information

1

Article How AIS Works - Operation of AIS

published on 25 July 2019

The term Automatic Identification System (AIS) refers to a radio system that improves the safety and guidance of vessel traffic by exchanging navigation and other vessel data.

0

Article Maritime Big Data in Demand - Vessels on a Map Is No Longer Cutting It

by GateHouse Maritime A/S - published on 30 October 2019

In the last couple of years several paid as well as free tools have made it easier than ever to access vessels on a map. Although vessels shown on a map have their place, authorities and industry are understanding the greater potential and value of the underlying AIS data.

0

Video ABB and Keppel O&M collaborate on autonomous tug with remote operation

published on 22 June 2021

ABB, together with Singaporean shipyard Keppel Offshore & Marine (Keppel O&M), has successfully carried out South Asia’s first remote joystick control of a tugboat in the busy Port of Singapore.
The Port of Singapore, with more than 130,000 vessels calling annually, presents one of the most complex settings for autonomous harbor operations in the world. The trial marks a major milestone in validating the increased safety and efficiency of tug operations utilizing digital solutions already...

1

Video Allision Between Containership Maersk Shekou & Tall Ship Leeuwin II | ATSB Released Interim Report

published on 22 April 2025

Details on Fremantle Incident: MV Maersk Sheoku Collides with STS Leeuwin II and actions of Crew and Pilots April 21, 2025 In this episode, Sal Mercogliano — a maritime historian at Campbell University (@campbelledu) and former merchant mariner — discusses the Australian Transport Safety Bureau Interim Report on the Collision between Maersk Shekou and tall ship STS Leeuwin II. #leeuwinII #Fremantle #collision 00:00 Background 09:57 Arrival at Fremantle 17:22 Entrance into Channel 27:27...

1

Article “The Pilot Ladder Manual”, 2nd Edition by Kevin Vallance

by Kevin Vallance - published on 22 January 2024

This publication (2024) details the rules, regulations and procedures that should be followed when preparing for pilot embarkation and disembarkation. It includes relevant excerpts from SOLAS regulations and IMO resolutions.

1

Video Smart Ports: Piers of the Future

published on 25 November 2019

Six leading Ports join forces to show the world their Smart Port model

1

Article Adding map and speedometer widgets in your time-lapse video

by River Pilot Kris De Decker - published on 29 September 2021

Adding map and speedometer widgets to your GoPro video clips. Tips by Capt. Kris de Decker

1

Article Blackcomb Helicopters doing precision work

published on 12 November 2020

Video from Rob Munday Hoist Operator/Instructor at Blackcomb Helicopters & SR3 Rescue Concepts

0

Article TRENZ SIRIUS PPU – Special Year-End Price Available

published on 5 December 2024

The TRENZ SIRIUS is now available at a reduced price for a limited time. Until December 31st, 2024, the device can be purchased for €1,300.

0