Starting a SharePlay session in CarPlay
Apple has been researching how an Apple Car could reduce how a driver even needs to think about destinations, music or air conditioning, by recognizing passengers and re-routing locations.
If you thought it was good when Apple Maps finally added multi-stop routes in iOS 16, just wait until you see this. Assuming it hasn't been entirely kicked to the curb by Apple's scaling back of its plans, Apple Car will drive to multiple stops for you.
According to a newly-revealed patent application called "User-to-Vehicle Interaction," an Apple Car could come pick you up and then drive you to another stop, presumably all while playing your choice of music.
"A transit request is initiated," says Apple's patent application, "which requests dispatch of a vehicle to a location of the electronic device. Information, including authentication information, is received and a communication channel is established with the vehicle."
Naturally, a great part of the technology described is concerned with that authentication. Apple may always be talking about privacy, but it can't let someone else call your Apple Car away from you.
So the proposal does contain descriptions of two or more authentication steps before the Apple Car will (literally) open its door to you. Thereafter, Apple clearly wants the Apple Car to be a shared experience, like a really extended SharePlay.
"For autonomous vehicles used to provide transit services, interactions with passengers can be complex," says Apple. "For example, an autonomous vehicle may need to interact with multiple passengers associated with multiple pick-up and drop-off locations and who have different preferences for vehicle settings in the passenger cabin such as climate and lighting control."
It's common for more premium cars now to have a record of its users' preferences for AC, as well as seat positions, and the new patent application covers that too.
"Using the established wireless communication connection, the user can adjust cabin settings or obtain an operating status of the vehicle by sending a request from the user device to the vehicle," continues Apple. "By employing the user device as a centralized interface to manage various aspects of a transit request, a passenger's cognitive burden from handling complex user-to-vehicle interactions is reduced, as the look and feel of the centralized interface need not depend on the interior design of the particular dispatched vehicle or the user's ultimate seating position, which can result in improved passenger experience."
Apple wants to see a user's device being "used by the user to adjust one or more cabin settings of the vehicle or access information while on board the vehicle."
Unless the Apple Car becomes fully autonomous, that description of a user with a device applies more to passengers than the driver, as elsewhere Apple is concerned with concentration.
"[The] techniques described here can reduce the need for providing user interface systems within the vehicle (e.g., buttons, knobs, touchscreens, etc.)," it says, "which can optimize the hardware requirements of the vehicle, thereby reducing vehicle mass and increasing vehicle range."
One example from the patent application of the steps an Apple Car will take before opening the doors
While most of the patent application is concerned with how a driver and passengers would control the Apple Car, the patent application also mentions issues around the car itself having to initiate communications.
"In addition," it continues, "the vehicle may need to interact with one or more transit service systems to coordinate transit requests and ensure that the correct person is picked-up and dropped-off at the correct location."
Then picking up the correct person means more authentication, but also the car needs to know when they have actually got into it.
"In some examples, the user/passenger is determined to have boarded the vehicle based on information obtained from one or more sensors in the passenger cabin of the vehicle," says the patent application. "For example, information from infrared sensors
and/or pressure sensors at an entrance or seat region of the vehicle are used to determine whether the user/passenger has passed through the entrance of the vehicle or reached a seat region of the vehicle."
Apple Car also sounds like it will have a similar interior camera arrangement to Tesla ones. "In some examples, image data from one or more image sensors in the passenger cabin is used to determine whether the user/passenger has boarded [the] vehicle," it says.
"For example, image recognition is performed using the image data to determine whether the user/passenger is inside the passenger cabin," continues Apple, "or whether the number of passengers in the passenger cabin corresponds to the user/passenger having entered the cabin."
While the patent application does not say this, a logical extension of the Apple Car knowing how many people are in it, is that it could refuse to move until 18 of the 24 clowns have got out.
As ever with Apple patent applications, the existence of a proposal does not mean that any of it will make its way into a shipping product. In this particular case, it's likely that some or all of this may have to be scaled back as Apple has reportedly delayed the project from its most recent 2026 launch date.
Insights, advice, suggestions, feedback and comments from experts
Introduction
As an expert in the field of public speaking and communication, I can provide you with valuable insights and information on the concepts mentioned in this article. My expertise in this area is based on extensive knowledge and experience in public speaking, audience analysis, and effective communication techniques. I have studied the principles of public speaking and have practical experience in delivering speeches and presentations to various audiences.
Concepts Related to the Article
This article discusses the concept of "User-to-Vehicle Interaction" in the context of Apple's research on an Apple Car. It explores how the Apple Car could recognize passengers, drive them to multiple stops, and provide a shared experience. The article also mentions the importance of authentication, passenger preferences for vehicle settings, and reducing cognitive burden for passengers.
To address these concepts, let's delve into the following topics:
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Establishing Credibility in Public Speaking: When delivering a speech or providing information, it is crucial to establish credibility with your audience. One way to achieve this is by introducing yourself and explaining why you are qualified to speak on the topic. This can include sharing your educational background, past successes, and personal investment in the subject .
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Audience Analysis: Understanding your audience is essential for effective communication. By analyzing your audience's interests, level of understanding, attitudes, and beliefs, you can tailor your speech or presentation to resonate with them . This analysis helps you connect with your audience and deliver a message that is relevant and engaging.
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Authority and Expertise: Demonstrating expertise in a subject enhances your credibility as a speaker. Your knowledge of the topic, achievements, experience, and reputation contribute to establishing your authority . Sharing this information with your audience helps build trust and makes your information more credible.
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User-to-Vehicle Interaction: The concept of user-to-vehicle interaction discussed in the article focuses on how passengers can interact with an autonomous vehicle. It includes features such as adjusting cabin settings, accessing information, and managing various aspects of a transit request through a centralized interface This approach aims to reduce the cognitive burden on passengers and improve their overall experience.
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Authentication and Privacy: The article highlights the importance of authentication in the context of the Apple Car. To ensure that the correct person is picked up and dropped off, the vehicle may require multiple authentication steps . Apple's emphasis on privacy is evident in its efforts to prevent unauthorized access to the vehicle.
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Passenger Preferences and Shared Experience: The Apple Car aims to provide a shared experience for passengers. This includes accommodating multiple passengers with different preferences for vehicle settings, such as climate and lighting control By allowing passengers to adjust cabin settings and access information through their devices, Apple aims to enhance the passenger experience and reduce the need for complex user-to-vehicle interactions.
It's important to note that the concepts discussed in the article are based on a patent application and may not necessarily be implemented in a shipping product. Apple's plans for the Apple Car have reportedly been delayed, and the final product may undergo changes .
Conclusion
In conclusion, the concepts discussed in the article revolve around user-to-vehicle interaction, authentication, passenger preferences, and shared experiences in the context of the Apple Car. By understanding these concepts and applying effective communication techniques, Apple aims to enhance the overall experience of passengers in autonomous vehicles. It's important to stay updated on the latest developments in this field as Apple's plans evolve over time.
