In the science fiction future of the film Minority Report, Stephen Spielberg displayed his vision of driverless automobiles: a thousand gleaming pods of metal and glass flowing in perfectly coordinated highway traffic.
The IoT will employ radio frequencies to coordinate among applications such as factory floor robots and sensors, household environment controllers, driverless automobiles and drones, and others that total $4 trillion to $11 trillion in economic benefits.
In addition to not having a steering wheel or pedals to control the acceleration of the vehicle, Google's driverless car differs from a traditional automobile in that it only travels at a maximum of 25 miles per hour and the front of the car is made of a foamlike material, in case it strikes a pedestrian.
But people within the industrial design team including Jonathan Ive, Apple's chief designer, believed that a fully driverless car would allow the company to reimagine the automobile experience, according to the five people.
A driverless car could be a transport service, not an automobile.
Automobile companies and universities have worked on several driverless car projects over the last 30 years, some of them developed in government-sponsored competitions.
As a result, this system drastically reduces carbon emissions from automobiles, and in the case of Google's driverless car, saves electricity.
Team Lincoln pitched the idea that Ford could lead the driverless car market with the Lincoln brand, marketing the backseat of an automobile as a warm, luxurious comfort zone, and wooing millennials with edgy features like "suicide doors," which hinge at the rear of the door rather than the front.
In 2010, Google introduced the revolutionary concept of a driverless car: a car able to transport humans and goods from one location to another without a person controlling the automobile.
Same with the driverless car.
