A green stop light with a TLPI® in the middle next and a 'left turn yield on green' sign on the right

The Importance of TLPI®: Combatting the Fatality Crisis

  Introduction As of 2023, the alarming rise in pedestrian fatalities has become a pressing concern, particularly in Idaho. The state has witnessed its deadliest year for traffic-related incidents in two decades, highlighting the urgent need for innovative solutions. Idaho’s traffic fatalities surged to an estimated 277 in 2023, marking…

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Woman Riding an eBike on the Street

E-bikes: Navigating the Laws and Ordinances

  Introduction Electric bicycles or e-bikes are gaining popularity as eco-friendly transportation alternatives, especially amidst rising fuel costs and environmental concerns. However, with this surge in ridership comes the need for clearer and consistent regulations to ensure safety and accessibility for all as the variances between each can lead to…

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A little girl placing a call at an accessible pedestrian signal

Independent vs Networked APS: A Comparison

  Introduction “Accessible pedestrian signals (APS) are devices that communicate information about the walk and don’t walk intervals at signalized intersections in non-visual formats to pedestrians who are blind or who have low vision”. Accessible pedestrian signals play a crucial role in ensuring safety and accessibility for all individuals, primarily…

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TLPI® mounted next to a green stoplight and a straight or turn lane sign

TLPI® White Paper

  TLPI® (Turn Lane Pedestrian Indicator): Protecting Pedestrians by Warning Drivers Authored By: Travis Goldsby and Katie Behrens Co-Authored By: Tony Brennan and Josh Meier     Introduction and Situational Purpose: It is widely acknowledged that optimal pedestrian road-crossing occurs at designated crosswalks when the pedestrian signal displays a walk…

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A man placing a call on a Guardian Wave by using the active infrared sensor

Active Infrared vs Radar: Which Sensor is Better for Touchless APS

  Introduction By delving into the intricacies of active infrared and radar sensors, and carefully evaluating their strengths and weaknesses in in pedestrian push button (PPB) and accessible pedestrian signal (APS) applications, users can make well-informed decisions when selecting the optimal product for their requirements. With a plethora of touchless…

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Multiple people crossing the street of a busy intersection in a city

Enhancing Pedestrian Safety: The Power of LPIs and APS

  Introduction Navigating intersections poses risks even when pedestrians have the right of way. While measures like TLPI and other innovations show promise, their effectiveness is maximized when coupled with Leading Pedestrian Intervals (LPIs). These intervals, allowing pedestrians to start crossing 3-7 seconds before vehicle traffic, reduce pedestrian-vehicle crashes by…

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