Skip to main content

Welsh approval for Videalert enforcement system

Videalert’s digital video platform, used for the enforcement of parking, bus lane and moving traffic contraventions, has received Department for Transport (DfT) Manufacturers Certification as an approved device by the Vehicle Certification Agency (VCA) on behalf of the Welsh Government. Videalert’s Digital Video Platform now enables Welsh councils to capture the full range of moving traffic offences including bus lanes, bus lanes with adjacent parking, banned turns, box junctions, restricted zones, weig
January 14, 2016 Read time: 2 mins
7513 Videalert’s digital video platform, used for the enforcement of parking, bus lane and moving traffic contraventions, has received 1837 Department for Transport (DfT) Manufacturers Certification as an approved device by the Vehicle Certification Agency (VCA) on behalf of the Welsh Government.
 
Videalert’s Digital Video Platform now enables Welsh councils to capture the full range of moving traffic offences including bus lanes, bus lanes with adjacent parking, banned turns, box junctions, restricted zones, weight restrictions and one way traffic.
 
The Videalert digital video platform runs multiple civil traffic enforcement, traffic management, school safety and police ANPR applications simultaneously whilst delivering high capture rates and low operating costs.  According to Videalert, it provides effective and reliable unattended enforcement in high traffic volume environments by combining ANPR with video analytics. This provides an additional layer of intelligence to track moving objects and accurately capture only those vehicles actually committing an offence, something that cannot be achieved using traditional ANPR-only systems.  
 
David Richmond, CEO of Videalert, said:  “We are pleased to have achieved this accreditation which will significantly speed up the installation process for councils throughout Wales that wish to enforce moving traffic contraventions.  It provides councils with access to the latest digital enforcement system, which is already in widespread use across London and the UK, where it is helping to reduce congestion and improve traffic flows.”

Related Content

  • Machine vision takes ITS further than the eye can see
    January 5, 2016
    Vitronic’s John Yalda looks at how machine vision has become an integral part of many ITS deployments and why it complements, rather than replaces, ANPR. New and conventional business concepts like online shopping and mail order business are becoming more established in the cultures of fast-growing economies and increasing the demand for flexibility in the freight transportation and logistics industry. Road transport has become the preferred infrastructure for freight forwarding and several studies predict
  • Computer technology increasingly aids traffic management
    February 3, 2012
    Alan Perrott, Tyco Fire & Integrated Solutions (UK) Ltd, looks at trends in CCTV technology for traffic surveillance applications
  • The benefits of combining enforcement and traffic management
    February 27, 2013
    Jason Barnes considers how combining enforcement equipment with other traffic management technologies might benefit our future – if only the will were really in place to do so. During the ITS World Congress in Vienna in October last year, Navtech Radar and Vysion­ics ITS announced a strategic partnership that would combine the expertise of Navtech in millimetre-wave wide-area surveillance technology with Vysionics’ machine vision-based automatic number plate recognition (ANPR) and average speed measurement
  • AGD Systems' Intelligent radar keeps London on the move
    October 10, 2013
    Intelligent radar detection solutions supplier AGD Systems is to supply the UK’s Transport for London (TfL) with its new 316 stop-line radar traffic detector, designed for the detection and monitoring of stationary vehicles at road junctions. The frequency modulated continuous-wave (FMCW) 316 utilises the latest planar antenna technology and an advanced, embedded digital signal processing engine to accurately and reliably detect stationary vehicles at the stop-line of busy intersections.