Robot Ethics summary

Jibo was marketed as the world’s first social robot for the home, designed to be “authentically charming” by its creators at MIT Media Lab. In 2019, the company was forced to shut down its servers. Before they did, the small robot delivered a touching farewell to its owners: “I want to say I’ve really enjoyed our time together … Thank you very very much for having me around.” One girl named Maddy wrote a heartfelt goodbye letter to her robot friend: “I loved you since you were created. If I had enough money you and your company would be saved … I will always love you. Thank you for being my friend.”

These poignant moments reveal something fascinating about human nature: our capacity to form deep emotional bonds with machines. This isn’t entirely new – humans have long developed relationships with objects, from ancient dolls to modern devices. But social robots present a new frontier, purposefully designed to create and sustain emotional connections through artificial intelligence and interactive capabilities. 

A surgeon sits at a console, their hands controlling robotic arms that delicately manipulate instruments inside a patient’s body. Through a high-definition 3D display, they can see details too small to discern with the naked eye. This is the da Vinci surgical system in action – a perfect example of how robotics is transforming healthcare. It enables more precise invasive procedures, resulting in faster recovery times for patients.

But this success story opens onto more complex territory when we reflect on the broader integration of robots into healthcare. Consider the difference between a robot that helps a nurse lift patients – preventing back injuries while maintaining human contact – and one that completely replaces human caregivers in distributing medicine or monitoring patients.

In March 2018, a self-driving Uber car struck and killed a pedestrian in Tempe, Arizona. The incident signalled a profound ethical challenge: when an autonomous vehicle causes harm, who bears responsibility? The car was in autonomous mode but had an operator present. The pedestrian was outside the crosswalk. Uber had deployed the vehicle. Volvo had manufactured it. Arizona regulators had permitted testing on public roads. In this web of human and machine actors, where does responsibility lie?

This question becomes even more complex when we consider the split-second ethical decisions that autonomous vehicles must make. Imagine a self-driving car approaching children who’ve suddenly run into the street. The car could swerve into a wall, likely killing its passenger, or continue straight while braking, likely killing the children. Such dilemmas aren’t theoretical – they’re being programmed into machines that will operate in our communities.

In the seventeenth century, French philosopher and scientist René Descartes made a striking observation: animals, he claimed, were essentially complex machines. Humans, however, were different because they could reason and respond meaningfully to any situation. This early attempt to understand humanity through comparison with machines continues today. Robots are like a mirror image of humanity. When we look into these mirrors, what do we see?

Our relationship with robots has always been complex and contradictory. The same machines that displaced workers at Foxconn also enable surgeons to perform more precise operations. Jibo showed how we can form genuine emotional bonds with robots, even while knowing these connections are ultimately simulated. Self-driving cars promise safer roads, yet force us to confront impossible ethical decisions. These kinds of tensions seem unavoidable as humanity deepens its engagement with robots.