Starling Crossing is an interactive roadway paving concept which would enable crosswalks to be visually modified based on its surroundings.
The system uses object tracking and LEDs to adjust the road markings based on what is happening in real time. For example, the road could warn drivers of potentially dangerous situations -- like a child running across the street -- by creating a buffer around the individual, indicating the situation further in advance. Additionally, the interactive surface could take weather conditions into account, creating a buffer that would help vehicles avoid collisions. The system would also offer school zone protection, steering polluting vehicles away from child-heavy crossings.
Essentially, Starling Crossing would learn road patterns over time, adjusting its markings accordingly to help keep drivers and pedestrians safe.
Visual Crosswalk Indicators
Starling Crossing Can Visually Modify Roads and Crosswalks
Trend Themes
1. Interactive Roadway Paving - Implementing interactive and adaptable paving systems like Starling Crossing can improve safety on the road and offer multiple benefits.
2. Real-time Object Tracking - Using object tracking technology in paving systems like Starling Crossing can create new safety features, like collision avoidance and school zone protection.
3. Weather-adaptive Road Markings - Roadway companies can create weather-responsive technologies in paving systems like Starling Crossing, which could potentially decrease accidents due to hazardous road conditions.
Industry Implications
1. Transportation - Transportation industries could use Starling Crossing's adaptable paving technology to promote safer road usage and avoid accidents.
2. Smart Cities - Developing smart cities technology and planning initiatives like Starling Crossing could offer a solution for urban safety, traffic control and road maximization.
3. Road Construction - New adaptable paving and road marking systems like Starling Crossing offer innovation opportunities for road construction companies to enhance roadway safety.