Futures

Pirelli Launches Cyber Tire Pilot Program in Apulia, Italy, (from page 20250720d.)

External link

Keywords

Themes

Other

Summary

Pirelli is launching a pilot program in Apulia, Italy, introducing its Cyber Tire technology to monitor tire conditions and road status. These sensor-equipped tires gather data on temperature and pressure and communicate via Bluetooth. The Cyber Tire aims to improve tire pressure monitoring systems by identifying tire types and wear states, potentially enhancing vehicle performance and warning other road users of hazards like aquaplaning. Unlike previous vehicle-to-vehicle communication initiatives, this program will use a fleet of vehicles from Ayvens for data collection, as the current Cyber Tire usage is not widespread enough among private vehicles.

Signals

name description change 10-year driving-force relevancy
Widespread Use of Smart Tires Introduction of sensor-equipped tires like Pirelli’s Cyber Tire in everyday vehicles. Transitioning from luxury supercars to mainstream vehicle applications for tire technology. Smart tires could become standard equipment in vehicles, enhancing safety and performance. Growing emphasis on vehicle safety, efficiency, and connectivity in the automotive industry. 4
Fleet Management Innovation Pirelli partnering with local governments for pilot programs shows new trends in fleet management. Growth of innovative fleet management solutions focusing on technology integration. Fleet management could become more data-driven and efficient with advanced tire technologies. Need for enhanced operational efficiency and data analytics in transportation. 3
Real-time Road Condition Monitoring Sensors can assess road conditions and inform drivers, enhancing road safety. Shifting from static to dynamic road condition reporting through tire technology. Road safety could significantly improve with real-time data on road conditions. Advancements in sensor technology and real-time data analytics for safer driving. 5
Impending Vehicle-to-Vehicle Communication The technology aims to enable vehicles to communicate and warn each other. Anticipating a future where vehicles can alert each other about hazards. Vehicle-to-vehicle communication could be integral in preventing accidents. Increasing collaboration and technology sharing among automakers for safety innovations. 4
Privacy Concerns in Vehicle Data Use of sensors raises questions about data privacy for vehicle owners. From assumption of privacy to active monitoring of tire and driving data sharing. Regulations may evolve to protect individual data while using connected vehicle technologies. Growing public awareness and concern over data privacy in the digital age. 4

Concerns

name description
Data Privacy Concerns The use of Cyber Tires may raise issues regarding the privacy of data collected from vehicles, even if not crowdsourced from private vehicles.
Dependence on Technology Relying on advanced technology for tire monitoring may create vulnerabilities if the technology fails or is hacked.
Delayed Vehicle Communication Challenges in implementing vehicle-to-vehicle communication could hinder the potential safety benefits of Cyber Tires.
Limited Adoption The current lack of widespread use of Cyber Tires may limit the effectiveness and reliability of data collected in pilot programs.
Algorithmic Decisions Impacting Safety Potential reliance on algorithms to infer road conditions may lead to misjudgments affecting vehicle safety.

Behaviors

name description
Smart Tire Technology Development and deployment of sensor-equipped tires that communicate tire conditions and road information to vehicles.
Pilot Programs for Advanced Tech Implementation of technology trials, like Cyber Tires in Apulia, to assess practical usage in everyday vehicles.
Vehicle-to-Vehicle Communication Interest Renewed focus on vehicle-to-vehicle communication despite previous delays, enhanced by data from smart tires.
Adaptive Vehicle Settings Cars adjusting their performance settings based on real-time data from tire sensors regarding type and wear.
Tire Condition Awareness Increased awareness and monitoring of tire health, potentially reducing accidents and improving safety.

Technologies

name description
Cyber Tires Sensors-equipped tires that monitor temperature and pressure, allowing vehicles to adapt their settings based on tire type and condition.
Bluetooth Low Energy Communication A technology enabling sensor-equipped devices to communicate wirelessly with minimal power consumption, enhancing connectivity in automotive applications.
Vehicle Condition Monitoring Systems Advanced systems that provide real-time information about tire condition, helping to improve vehicle performance and safety.
Road Condition Detection Algorithms Algorithms developed to analyze tire data to infer the roughness of road surfaces, potentially enhancing driving safety.
Vehicle-to-Vehicle Communication Emerging technology aiming to enable vehicles to communicate with each other about road conditions, which could improve driving safety.

Issues

name description
Smart Tire Technology The development of sensors in tires (like the Cyber Tire) that monitor conditions and communicate data to vehicles.
Vehicle-to-Vehicle Communication The potential for tires to facilitate communication between vehicles to improve road safety, despite historical delays in implementation.
Urban Mobility and Fleet Management The integration of advanced tire technology with fleet management systems for better urban transport solutions.
Data Privacy in Automotive Technology Concerns regarding the privacy implications of tire data collection and its impact on vehicle usage.
Road Condition Monitoring Using tire sensors to assess and report on road conditions, aiding in infrastructure planning and maintenance.