Skip to main content

EGNOS for freight tracking and tracing

Tracking and tracing devices have been universally adopted in ITS for freight transport and logistics. In addition, through its policies and research initiatives, the European Union is stimulating technological innovation in the use of advanced satellite-based technologies to support smart mobility, higher efficiency and security of freight transport in the logistics chain
February 10, 2015 Read time: 2 mins
%$Linker: 2 Internal <?xml version="1.0" encoding="utf-16"?><dictionary /> 4 9782 0 oLinkInternal <span class="oLinkInternal"><span class="oLinkInternal">RSS</span></span> Events (Diary) false /rss/events/ true false%>

Tracking and tracing devices have been universally adopted in ITS for freight transport and logistics. In addition, through its policies and research initiatives, the European Union is stimulating technological innovation in the use of advanced satellite-based technologies to support smart mobility, higher efficiency and security of freight transport in the logistics chain.  Some of these initiatives specifically pursue the use of the positioning services provided by the European satellite navigation systems EGNOS (European Geostationary Navigation Overlay Service) and Galileo.

Italian company 6711 Telespazio, a Finmeccanica-Thales company, has developed a solution to provide tracking and tracing services utilising EGNOS. The solution has been extensively proved within the framework of the European CONTAIN project in demonstrations in Europe in cooperation with Interporto Bologna and also in Jordan in cooperation with the Ministry of Transport of Jordan and Jordanian Customs within the framework of the European MEDUSA project.

Both demonstrations validated the added value of EGNOS for providing robust and reliable traceability of freight traffic. In particular, the use of EGNOS is said to enhance the security of the transport of goods and enable the establishment of liability schemes among the various stakeholders, supporting the implementation of smart mobility and European policies for logistics, such as e-freight and green lanes.

The recent European CORE project capitalises on these results to develop a real business case for the intermodal transport of dangerous material like chemicals across European corridors, turning the proofs of concept developed within CONTAIN and MEDUSA into best practices based on EGNOS and in the perspective of Galileo.

Related Content

  • Latest publications from ITS-JPO
    December 3, 2014
    Recently released publications from the Intelligent Transportation Systems Joint Program Office (ITS-JPO) include the United States-Japan Evaluation Tools and Methods fact sheet and the United States-Japan-European Union Probe Data fact sheet.
  • ITS associations highlight road safety, video analysis, new regulations
    December 19, 2016
    ITS Australia has welcomed the country's National Transport Commission's roadmap of regulatory reform for automated vehicles, Ertico-ITS Europe has been appointed as the work-package leader for dissemination, exploitation and standardisation for the EU’s Cloud LSVA, French opportunities in the Italian ITS market formed the theme of ITS France’s first international breakfast meeting, TTS Italia vice president Diego Galletta highlighted the role of new technology solutions, Chris Philip, ITS Canada’s new boar
  • Riverdating – barge to business
    October 22, 2014
    European cooperation between key players in the sector has developed inland navigation as a competitive transport mode. Waterway transport is an environmentally sustainable transport mode that also brings innovative solutions to the current logistics challenges. The next Riverdating event in Luxembourg on 19 and 20 November provides a forum for exchange and dialogue between stakeholders of demand and supply in waterway logistics and enables individual business meetings between companies looking for mult
  • Siemens displays on intermodal and integrated eTicketing system
    October 22, 2012
    Intelligent traffic information and management systems are the key to reducing traffic jams and accidents. And, as Siemens points out, they can also cut carbon dioxide emissions by up to 20 per cent. "By managing and monitoring networked traffic flows, our goal is to make mobility in cities significantly more efficient, and above all more environmentally friendly," said Sami Atiya, Head of the Mobility and Logistics Division of Siemens' new Infrastructure & Cities Sector. But it isn’t just intelligent traff