Swedish automaker Volvo is collaborating with also-Swedish helmet manufacturer POC to develop a car-cyclist safety system. The system makes use of a smart helmet and a smartphone app.
To use the system, cyclists must be running a special smartphone app that is able to track their location in real time. Their location information is then routed to a cloud-based program alongside the locations of all the Volvo cars that are also part of the system.
If the software detects that a cyclist and a car are in danger of colliding, it will send an alert to both of them. The cyclist will be notified via a helmet-mounted warning light, while the driver will be alerted via their car's head-up display. Both parties will then be able to buy a few extra seconds to take evasive action and prevent an accident.
Car-Cyclist Communication Systems
This System Tracks the Position of Cyclists and Volvo Cars
Trend Themes
1. Car-cyclist Safety Systems - Innovations in car-cyclist safety systems have the potential to drastically reduce collisions and improve road safety.
2. Smart Helmet Technology - Advancements in smart helmet technology can enhance communication and provide real-time alerts to cyclists, helping to prevent accidents.
3. Cloud-based Tracking Systems - The use of cloud-based tracking systems enables the real-time monitoring and coordination of cyclists and vehicles, promoting safer interactions on the road.
Industry Implications
1. Automotive - Automotive companies can seize the opportunity to develop and integrate car-cyclist safety systems into their vehicles, offering enhanced safety features for their customers.
2. Smart Wearables - Smart wearable technology manufacturers can explore the integration of safety alerts and communication features into their helmets, catering to the needs of cyclists seeking advanced safety measures.
3. Telecommunications - Telecommunications companies can play a role in providing the necessary infrastructure and support for cloud-based tracking systems, facilitating the seamless exchange of data between cyclists and vehicles.