Skip to main content

ISS launches DeepBlue traffic monitoring sensor

The DeepBlue sensor range from US-based Image Sensing Systems offers a simple to deploy solution for traffic monitoring. Suitable for obtaining online travel time information and origin/destination information for improved infrastructure planning, the auto-configured, easy-to-install, side-fire sensor detects the Bluetooth and Wi-Fi signals from vehicles including hands-free sets, mobile phones and navigation systems.
December 11, 2017 Read time: 1 min
The DeepBlue sensor range from US-based 6626 Image Sensing Systems offers a simple to deploy solution for traffic monitoring.


Suitable for obtaining online travel time information and origin/destination information for improved infrastructure planning, the auto-configured, easy-to-install, side-fire sensor detects the Bluetooth and Wi-Fi signals from vehicles including hands-free sets, mobile phones and navigation systems.

The sensors have specially designed antennas for extreme sensitivity, longer range and faster scanning for enhanced detection of fast moving vehicles in up to 12 lanes of traffic and can be installed on existing roadside poles.

For more information on companies in this article

Related Content

  • Cisco’s 5 steps to cyber-resilient roadways
    September 12, 2024
    As the ITS world becomes ever more connected, cybersecurity risks are increasing. Cisco experts Pete Kavanagh and Angela Murphy explain how to overcome key challenges
  • Redflex launches all-in-one traffic enforcement, variable speed detection/enforcement
    February 29, 2016
    Intertraffic Amsterdam 2016 sees the launch of Redflex Traffic Systems’ newest traffic enforcement solution. The company claims the system uses the most advanced image technology the enforcement market has seen to deliver detection rates up to five times higher than competitor products, from within a single housing. Redflex says the system can deliver accurate enforcement of red light; speed; mobile phone use; bus lanes; average speed; close following, ANPR; gridlock and wrong-way driving, to name a few.
  • Researchers use drones to assess infrastructure damage
    March 6, 2015
    Researchers at the University of New Mexico, along with collaborators at San Diego State University and BAE Systems, are utilising drone technology to develop an operational prototype to assess infrastructure damage. The drone will use innovative remote sensing approaches and cameras mounted on low cost aircraft or unmanned drones to detect and map fine scale transportation infrastructure damage such as cracks, deformations and shifts immediately following natural disasters such as earthquakes, floods and h
  • EdgeVis removes bandwidth barriers to mobile streamed video
    October 26, 2017
    A new generation of video compression can lower transmission costs of data and make streaming from mobile and body-worn cameras a reality, as Colin Sowman discovers. Bandwidth limitations have long been the bottleneck restricting the expanded use of video streaming for ITS, monitoring and surveillance purposes. Recent years have seen this countered to some degree by the introduction of ‘edge processing’ whereby ANPR, incident detection and other image processing is moved into (or close to) the camera, so