IoT for Pedestrians Internet of Things Technology enables Next Generation Pedestrian Crossing Safety System
Pedestrians are the weakest link in the mobility chain and are still frequent victims in accidents. With an IoT-supported technology, the US company Applied Information, Inc. offers a new Solution, the Pedestrian Crossing Safety System (PCSS) to optimize safety at crosswalks.
Applied Information, Inc., the leading provider of intelligent transportation infrastructure technology, announced today a new configurable Internet of Things (IoT) Pedestrian Crossing Safety System (PCSS) to improve safety at midblock crosswalks.
The base configuration features a pedestrian crossing sign with push-button activated flasher, IoT connectivity, knockdown detector, Glance™ remote monitoring and connection to the TravelSafely™ smartphone app. Additional features include a configurable message sign and radar-based driver feedback. Multiple units can be connected wirelessly for boulevard and traffic circle deployment. All options may be solar powered.
“Crosswalks should be a safe place for pedestrians, yet more than 500 people are killed each year using them in the U.S.,” said Peter Ashley, Vice President of Business Development and Marketing. “Using a combination of technologies, the PCSS creates an active safety zone that engages the pedestrians and drivers to be more alert.”
When the PCSS is activated, alerts of approaching motorists are sent to the free TravelSafely™ smartphone app notifying drivers that pedestrians are in the crosswalk ahead. The PCSS radar detects if a vehicle is approaching the crosswalk at an unsafe speed and provides an audible warning to pedestrians using the TravelSafely app. The system also uses over-the-air software updates for uploading multiple flashing lights patterns and configuring the digital message sign.
The PCSS is part of the Glance™ Smart City Supervisory System suite of products which can be monitored and managed from a tablet or smartphone, receive over the air software updates with customizable flashing patterns and report device performance measures.