Skip to main content

KoMoTo unveils through windscreen face recognition

Taiwanese company KoMoTo Enterprise is showing through-the-windscreen face recognition system on its stand in hall 12. According to product manager Rick Huang, the system can be used in two ways; either to confirm the identity of errant drivers or to locate the whereabouts of a wanted individual. The need to confirm the identify the drivers of speeding and red-light running vehicle for enforcement purposes is likely to account for the majority of uses. However, in countries issuing photo ID driving
March 21, 2018 Read time: 2 mins
In the frame: Rick Huang

Taiwanese company 8341 Komoto Enterprise is showing through-the-windscreen face recognition system on its stand in hall 12. According to product manager Rick Huang, the system can be used in two ways; either to confirm the identity of errant drivers or to locate the whereabouts of a wanted individual.

The need to confirm the identify the drivers of speeding and red-light running vehicle for enforcement purposes is likely to account for the majority of uses. However, in countries issuing photo ID driving licences, if licence plate information is not available then the system can used to cross check the complete database of registered drivers to refer potential matches for human confirmation.

Alternatively, if the authority is hunting an individual, their image can be uploaded so the system will search for them via all cameras connected to the system. In both cases the number of potential matches is influenced by the size of the database being searched.

Also on the stand is a combined speed, ANPR and WIM package and the company’s range of LED strobes (white light, IR and coloured) designed for enforcement purposes.

Stand: 12.409

%$Linker: 2 External 0 0 0 link-external www.komoto.com Komoto website link false http://www.komoto.com/EN/ false false%>

For more information on companies in this article

Related Content

  • Driver assisted truck platooning: webinar
    April 22, 2014
    Ertico-ITS Europe’s latest webinar, Driver Assisted Truck Platooning: Evaluation, Testing, and Stakeholder Engagement for Near Term Deployment will be held on 25 April at 1600-1700. Driver assisted truck platooning, enabled by V2V communications, offers substantial fuel economy and safety benefits for long haul trucking. A project started in 2013 under the Federal Highway Administration (FHWA) Exploratory Advanced Research program has funded Auburn University, Peloton, Peterbilt Trucks, Meritor-Wabco
  • Oberthur looks at data and privacy at CARTES
    November 3, 2014
    Until recently, criminals were the main concern of customers using the internet to make electronic payments. The public believed that malware and hacking were the domain of people on the wrong side of the law. The revelation that many governments and their secret services – the ‘good guys’ – were also gaining access to millions of computers and other electronic devices was a huge shock.
  • Instamac promotes UltraCrete repair product
    March 22, 2018
    UK company Instarmac International is promoting its UltraCrete Instant Road Repair pothole repair product and offering it to licensees worldwide. UltraCrete is a first-time permanent repair that has been continuously developed over the past 40 years and used around the world. It is used on a daily basis in all climates, from the snowbound island of Hokkaido in Japan, to the tropical monsoon-hit roads of Malaysia and the heat of the Namibian desert. UltraCrete repairs can be returned to operational use
  • Schick Electronic launches SP4-C Outdoor Camera System
    March 20, 2018
    Schick Electronic says it is surfing on the wave of technical evolution by launching a new generation of camera-based products for parking guidance systems (PGS) here at Intertraffic Amsterdam 2018. The SP4-C Outdoor Camera System is a new solution that relies on state-of-the art artificial intelligence technology. One camera can monitor dozens of spaces and, as the system is based on standard Ethernet technology, it can easily be scaled to thousands of spaces. The cameras transmit still images to a centr