AI Meets Human Intelligence: Need for Artificial Integrity in Vehicles

Published Date: 24/06/2024

This article explores the importance of artificial integrity in autonomous vehicles, highlighting the limitations of AI-led design and the need for a fusion of AI and human intelligence to ensure safety and reliability.

The recent incident involving a Tesla Model Y, where a driver found herself trapped inside her car, underscores the difference between artificially intelligent-led and integrity-led machine design. The former implies a heavy reliance on AI and electronic systems, without sufficient consideration of human factors, human agency through manual intervention capabilities.

This distinction underscores the growing need for artificial integrity in autonomous vehicles.\n\nA scenario that illustrates artificial integrity would have been for the car to be designed to shift from an AI-First mode to a Fusion Mode, thus transitioning from heavy reliance on AI to a synergistic approach where the AI system and human intelligence work together seamlessly. 

This involves designing AI systems that not only manage technical aspects but also support human conditions and reactions, providing clear, accessible support and fail-safes that consider human psychology and stress responses.\n\nLet's explore three scenarios where the driver's Tesla would have exhibited artificial integrity, shifting from AI First to Fusion mode in its functioning. In the first scenario, the AI system detects the power failure and attempts to assist the driver through notifications. In the second scenario, the AI system detects the loss of power and attempts to switch to a non-electronic backup manual mode.

 In the third scenario, the AI system immediately detects the power loss and activates a secondary, non-electronic manual override for doors and windows, providing a comprehensive approach to driver safety and confidence.\n\nArtificial integrity over artificial intelligence represents this paradigm shift, where AI and human intelligence work together to prevent regrettable but avoidable life-altering situations in autonomous vehicles.

FAQs:

Q: What is artificial integrity?

A: Artificial integrity refers to the fusion of AI and human intelligence in machine design, ensuring that AI systems not only manage technical aspects but also support human conditions and reactions.

Q: What is the difference between AI-led and integrity-led machine design?

A: AI-led design implies a heavy reliance on AI and electronic systems, without sufficient consideration of human factors, human agency through manual intervention capabilities. Integrity-led design, on the other hand, involves a synergistic approach where AI and human intelligence work together seamlessly.

Q: What are the benefits of artificial integrity in autonomous vehicles?

A: Artificial integrity ensures safety and reliability in autonomous vehicles by providing clear, accessible support and fail-safes that consider human psychology and stress responses.

Q: How can artificial integrity be achieved in autonomous vehicles?

A: Artificial integrity can be achieved by designing AI systems that support human conditions and reactions, providing proactive monitoring, automatic fail-safes, and multi-channel communication.

Q: What is the future of artificial integrity in autonomous vehicles?

A: The future of artificial integrity lies in the development of more advanced AI functions, such as proactive monitoring, automatic fail-safes, and multi-channel communication, providing a comprehensive approach to driver safety and confidence.

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