Skip to main content

ITS and the battle against terrorism

Following the murderous events in Paris, investigators will be looking at how the terrorists’ plans could have been detected and foiled and why that did not happen in this case. Full details are not yet known but from the press reports it appears that there were several missed opportunities which centre on travel and transport: A car stopped by the German police was found to contain weapons and had a Paris address programed into its satellite navigation; the ‘mastermind’ has travelled undetected from Syria,
November 30, 2015 Read time: 2 mins

Following the murderous events in Paris, investigators will be looking at how the terrorists’ plans could have been detected and foiled and why that did not happen in this case. Full details are not yet known but from the press reports it appears that there were several missed opportunities which centre on travel and transport: A car stopped by the German police was found to contain weapons and had a Paris address programed into its satellite navigation; the ‘mastermind’ has travelled undetected from Syria, another two participants had travelled from Belgium in hired cars. After the atrocities took place another suspect is reported to have been stopped on their way to the Belgian border and then released.

If those initial reports turn out to be correct, then there are clearly internal communications issues for the security services to address but beyond that they will be looking at how such networks can be detected and their plots foiled. While the detection will probably centre on intercepting communications, preventing the perpetrators from arranging, equipping and carrying out their murderous deeds is likely to involve disrupting their travel plan. The reality is that the systems employed by the transportation sector are better equipped to detecting – or being modified to detect – the movement of marked individuals and suspect vehicles than any others currently deployed.

So in addition to tighter border controls, the response to Paris could involve road authorities, car hire and car share companies and transit operators having to monitor traffic and travellers for marked individuals. Furthermore, if one or more of these individuals is detected, there is likely to be a duty to inform the relevant authority.

While it probably won’t be long before we know the outcomes of these security reviews it seems clear that the transportation sector will be involved in countering future plots. Therefore it would be preferable for transportation authorities to participate in these conversations from the outset, rather than waiting for regulations to be imposed from on high.

Related Content

  • On a WIM – a global view of weigh in motion
    May 25, 2016
    Q-Free’s Andrew Lees looks at regional characteristics and technology trends in the global Weigh-In-Motion market. The principles of Weigh-In-Motion (WIM) are well established. Data derived from vehicles passing over in-ground sensors can be interpreted for vehicle classification (axle counts and spacing) and positive identification (especially when linked to image capture) applications as well as to derive individual axle and gross vehicle weight (GVW).
  • IBTTA's Pat Jones: 'It’s about expanding people's comfort zone and mine as well'
    October 24, 2024
    For two decades, Pat Jones, has been executive director and CEO of IBTTA. As he approaches retirement at the end of this year, he talks to Adam Hill about a career spent ‘stretching and growing’ – and helping others to do the same
  • Covid masks breathe life into roads
    February 8, 2021
    Research at RMIT in Australia paves way for used face masks in recycled concrete
  • Inertial sensors dramatically improve GNSS for ITS applications
    January 18, 2012
    Phil Harris, Thales UK, on how fused sensor data can significantly enhance GNSS-based positioning systems' performance in urban areas. Global Navigation Satellite System (GNSS)-based positioning is unique among available positioning technology due to its universal coverage and low equipment cost. By measuring the distances between an unknown position (such as a vehicle), and at least three known positions (GPS satellites), the unknown position can be calculated in three dimensions (latitude, longitude, and