The RThropod Concept Car Connects on a Genetic Level with Drivers
Josh Mears — January 28, 2012 — Autos
References: michelinchallengedesign & designbuzz
Lucas Lopez has designed a game-changing car: the RThropod concept car. This vehicle would actually link its owners genetically to their car! Designed by the Argentine, the RThropod concept car would actually be linked to the eventual buyer by using stem cells from birth. This genetic tie would then allow for the car to be completely customized to the driver unlike anything before.
This futuristic ride would be able to connect to the driver on a level in which enables the car to give real time advice on traffic, directions. To take it one step further, the car would actually be able to pick up on the driver’s mood. The RThropod concept car is the closest thing to a real-life Knight Rider car.
Furthermore the RThropod concept car would prevent drivers from making erratic decisions on the road and would even be able to change its color. This car may only be a concept now, but it appears to be the next generation in both AI and autos.
This futuristic ride would be able to connect to the driver on a level in which enables the car to give real time advice on traffic, directions. To take it one step further, the car would actually be able to pick up on the driver’s mood. The RThropod concept car is the closest thing to a real-life Knight Rider car.
Furthermore the RThropod concept car would prevent drivers from making erratic decisions on the road and would even be able to change its color. This car may only be a concept now, but it appears to be the next generation in both AI and autos.
Trend Themes
1. Genetic Linking - The RThropod concept car uses stem cells to link genetically with drivers, offering opportunities for personalized customization and enhanced connectivity.
2. Real-time Mood Sensing - The RThropod concept car can detect the driver's mood in real time, paving the way for adaptive driving experiences and personalized assistance.
3. Color-changing Autos - The RThropod concept car's ability to change color opens up possibilities for personalized aesthetics and dynamic vehicle designs.
Industry Implications
1. Automotive - The automotive industry can leverage genetic linking technologies and mood-sensing capabilities for developing personalized and connected vehicles.
2. Artificial Intelligence - The AI industry can explore the integration of real-time mood sensing and personalization technologies in autonomous vehicles for enhanced user experiences.
3. Biotechnology - The biotechnology industry can contribute to the development of genetic linking technologies and stem cell applications for customized automotive solutions.
2.4
Score
Popularity
Activity
Freshness
