eVehicle Technology

New !important App Protects Pedestrians from Connected Vehicles

!important App

The world’s first app to predict accidents between pedestrians, bicyclists, motorcyclists and vehicles & trigger brakes before a collision occurs.

!important a company who work with car manufacturers, telecom companies, and government officials looking at improving road safety for all, have developed an app called !important, functioning as a digital safety belt the app communicates the user’s location to nearby connected vehicles. The !important app is compatible with all Android phones and iPhones and the beta version can be downloaded using the link below.

The technology can immediately alert drivers and even trigger vehicles’ brakes automatically to prevent a collision with an approaching person, bicyclist, or motorcyclist. This first pedestrian-based technology works in all 20 common pedestrian death scenarios and could save a million lives over the next decade.

A French automotive studyi shows that pedestrian deaths come from 20 common scenarios, which can be categorized into four groups: driver responsibility (35%), visual blockage (28%), unpredictable pedestrian behaviour (26%), and weather conditions (11%). While existing vehicle-based sensors such as cameras, radars, sonars, and lidars address the first category, the remaining categories are left unsolved by current technologies.

Download the app for free from www.important.com

The !important app is currently available for free on the iPhone and Android App stores. “This solves the remaining 65% of death cases. We hope it will become a regulation for the automotive industry.” says Bastien Beauchamp, inventor & CEO of !important.

Tara Andringa, Executive Director of Partners for Automated Vehicle Education (PAVE), summed it up well: “… a key issue is how we will ensure pedestrian safety in an automated vehicle (AV) world. !important is tackling this problem of pedestrian safety, and their mobile app seeks to enhance road safety by improving communication between pedestrians and other road users.”  

In early 2021, the technology will be implemented in vehicles on the roads of Reno, Nevada (USA) as part of the Intelligent Mobility (IM) initiative in collaboration with the Nevada Center for Applied Research (NCAR) at the University of Nevada in Reno. The Director of NCAR, Carlos G. Cardillo, remarked that “The !important app will increase the safety of vulnerable road users and the acceptance of autonomous vehicle infrastructure by minimizing potential dangers.”

iINRETS Report No. 256 (France, 2003)

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