The 'Stewart II' is a haptic communication device that will enable drivers to keep a connection to their vehicle when it is in an autonomous operation mode to ensure they are always aware of what is going on.
One of the problems with self-driving cars is the fact that they will make decisions that passengers are uninformed about, which can be somewhat startling given the unpredictable nature of driving. This is acknowledged with the device seen here that will communicate the directional intentions of the system via haptic feedback that can be accessed through the integrated palm pad to keep passengers informed. Passengers can also have their say to ensure that the vehicle operates as they want it to rather than only according to how its sensors and AI control center believe it should.
The 'Stewart II' is the design work of Felix Ros.
What Makes This Trend Stand Out
- Autonomous Car Communication
- Devices that improve communication between autonomous cars and passengers are an opportunity for innovation in the automotive industry.
- Haptic Feedback Technology
- The use of haptic feedback technology to improve communication between humans and machines presents opportunities for innovation in various industries.
- AI-assisted Passenger Control
- Incorporating AI technology to allow passengers to take control of self-driving cars presents an opportunity for innovation in the transportation industry.
Sectors Adopting This
- Automotive Industry
- The automotive industry can benefit from integrating communication devices that allow passengers to stay informed about autonomous car operations.
- Technology Industry
- Haptic feedback technology can be applied to various products and devices in the technology industry to enhance the user experience.
- Transportation Industry
- Using AI-assisted passenger control in self-driving cars can revolutionize the transportation industry and create new business opportunities.
